&EPA
United States
Environmental Protection
Agency
Environmental Research
Laboratory
Duluth MN 55804
EPA-600/3-80-026
February 1980
Research and Development
Bibliography of
Aquatic Ecosystem
Effects, Analytical
Methods and
Treatment
Technologies for
Organic Compounds
in Advanced Fossil-
Fuel Processing
Effluents
-------
RESEARCH REPORTING SERIES
Research reports of the Office of Research and Development, U.S. Environmental
Protection Agency, have been grouped into nine series. These nine broad cate-
gories were established to facilitate further development and application of en-
vironmental technology. Elimination of traditional grouping was consciously
planned to foster technology transfer and a maximum interface in related fields.
The nine series are:
1. Environmental Health Effects Research
2. Environmental Protection Technology
3. Ecological Research
4. Environmental Monitoring
5 Socioeconomic Environmental Studies
6. Scientific and Technical Assessment Reports (STAR)
7. Interagency Energy-Environment Research and Development
8. 'Special" Reports
9. Miscellaneous Reports
This report has been assigned to the ECOLOGICAL RESEARCH series. This series
describes research on the effects of pollution on humans, plant and animal spe-
cies, and materials. Problems are assessed for their long- and short-term influ-
ences, investigations include formation, transport, and pathway studies to deter-
mine the fate of pollutants and their effects. This work provides the technical basis
for setting standards to minimize undesirable changes in living organisms in the
aquatic, terrestrial, and atmospheric environments.
This document is available to the public through the National Technical Informa-
tion Service, Springfield, Virginia 22161.
-------
EPA-600/3-80-026
February 1980
BIBLIOGRAPHY OF AQUATIC ECOSYSTEM EFFECTS, ANALYTICAL METHODS
AND TREATMENT TECHNOLOGIES FOR ORGANIC COMPOUNDS IN
ADVANCED FOSSIL-FUEL PROCESSING EFFLUENTS
Compiled by
Michael D. Marcus and Harold L. Bergman
Department of Zoology and Physiology
Duane A. Stoller and Stanley K. Brown
Division of Computer Services
Pat A. Molholt
Science and Technology Library
The University of Wyoming
Laramie, Wyoming
82071
Prepared under an Interagency Agreement between U.S. EPA and U.S. DOE
funded through DOE Contracts ET-77-S-03-1761, ET-78-C-03-1761 and
DE-AS20-79-LC-01761; Task Agreement #001.
Project Officers
Ken Biesinger and Len Mueller
Environmental Research Laboratory
Duluth, Minnesota 55804
David Farrier and Larry Harrington
Laramie Energy Technology Center
Laramie, Wyoming 82071
ENVIRONMENTAL RESEARCH LABORATORY
OFFICE OF RESEARCH AND DEVELOPMENT
U.S. ENVIRONMENTAL PROTECTION AGENCY
DULUTH, MINNESOTA 55804
-------
DISCLAIMER
This report has been reviewed by the Environmental Research
Laboratory-Duluth, U.S. Environmental Protection Agency, and approved
for publication. Approval does not signify that the contents neces-
sarily reflect the views and policies of the U.S. Environmental
Protection Agency, nor does mention of trade names or commercial pro-
udcts constitute endorsement or recommendation for use.
-------
FOREWORD
Our nation is confronting a mandate to develop synthetic fuels
from coal and oil shale to reduce dependence on foreign oil supplies
and to substitute for decreasing natural gas reserves. Achieving the
level of synthetic-fuel production necessary to significantly contrib-
ute to U.S. energy supplies requires establishment of many facilities
devoted to coal gasification, coal liquifaction, and oil-shale retort-
ing. Each of these technologies produce complex waste waters contain-
ing numerous organic contaminants, many present in high concentrations.
Pew of these organic constituents have been studied adequately to
determine potential effects in aquatic environments or possible routes
of exposure to man and subsequent effects on human health.
As an aid to research scientists and others concerned with envir-
onmental and health effects associated with synfuels development, this
indexed bibliography compiles many of the citations for the literature
published between 1970 and 1977 pertaining to aquatic ecosystem effects,
analytical methods and waste treatment technologies for many organic
compounds in effluents from advanced fossil-fuel technologies. This
bibliography not only identifies literature pertaining to individual
organic constituents but also identifies many constituents for which
little or no published information exists. This will aid investiga-
tors in selecting those compounds where additional research is required
while also avoiding unnecessary duplication of research on those com-
pounds for which adequate data exist.
J. David Yount
Acting Director
Environmental Research Laboratory
Duluth, Minnesota
111
-------
ABSTRACT
Advance fossil-fuel processing operations, including oil-shale re-
torting, coal gasification, coal liquifaction and tar-sands recovery,
can result in chemically complex aqueous waste effluents. This bibli-
ography compiles much of the recent literature (ca. 1970-1977) concern-
ing effects of organic compounds in advanced fossil-fuel processing
effluents when discharged into aquatic ecosystems, plus information
available on analytical methods and treatment technologies for these
organics. To compile the bibliography, nearly 500 organic compounds
known to be constituents of fossil fuels and fossil-fuel processing
effluents were crossed with a list of key words during a computerized
search of six bibliographic data bases. The bibliography contains 1314
citations which are indexed by chemicals, key words, taxonomic categor-
ies and authors. This bibliography is intended especially for research-
ers working with advanced fossil-fuel processing effluents in aquatic
environments, but may also be useful to those concerned with fossil-
fuel processing effluents in terrestrial environments and to those
working in pulp mill and pesticide research.
IV
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CONTENTS
Page
Foreword iii
Abstract iv
List of Tables vi
Acknowledgments vii
Introduction 1
Guide to the Bibliography 6
Literature Cited 12
Chemical Index 16
Key-word Index 41
Taxonomic Index 59
Author Index 69
Bibliographic Citations 130
v
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TABLES
Number Page
1 Issues and dates of hard copy indexes corresponding
to the data-base material searched for the
bibliography 4
The two key-word lists crossed with the results of
the chemical searches to obtain the initial set of
citations included in this bibliography
VI
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ACKNOWLEDGMENTS
During the preparation of this bibliography we were fortunate to
enlist the assistance of many individuals. To all we extend our deep
appreciation. Duane Stoller developed the computer programs through
which the bibliography was indexed and had responsibility for the final
computer production. Stan Brown produced the text programs through
which the citations were edited, sorted and formated for the final
printing. Pat Molholt provided a great deal of help in the bibliographic
data-base search through which the original collection of citations were
obtained and assisted with the bibliography from its conception.
Joan Anderson, Roseanne D1Andrea, Mick DeGraeve, Tim Fannin, Dianne
Geiger, Rodney Johnson, Joseph Meyer, Ron Overcast, Michael Parker and
Linda Zeveloff provided valuable assistance with various tasks. Finally,
we were responsible for selection of the citations and indexing terms
included in the bibliography. The support provided by the Division of
Computer Services, University of Wyoming, Charles Folkner, Director, is
greatly appreciated.
Our Project Management Team, comprised of Len Mueller and Kenneth
Biesinger of the Environmental Research Laboratory-Duluth, U.S. EPA,
and David Farrier, Larry Harrington and the late Robert Kerr of the
Laramie Energy Technology Center, U.S. DOE, assisted in compiling the
chemical list used in the searches and advised on the final publication.
A special thanks is extended to the personnel of the Bibliographic
Retrieval Services, Inc., Schnectady, New York, for extraordinary
assistance during our searches and for permission to use copyrighted
information from their System Reference Manual in the section entitled
"Guide to the Bibliography."
Many of the citations contained in this bibliography are copy-
righted (1970-1978) and used with permission of the copyright holders.
These citations may not be reproduced without their prior permission.
The source of each citation in the bibliography is indicated by a letter
following the "AN" label on the final line of each citation. Following
are the copyright holders and their addresses which correspond to the
letters.
B: Biosciences Information Service
H. E. Kennedy, Executive Director
2100 Arch Street
Philadelphia, Pennsylvania 19103
C: Chemical Abstracts Service
F. A. Healy, Manager
Operational Control
P.O. Box 3012
Columbus, Ohio 43210
vii
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D: Dissertation Abstracts International
P. M. Colling, Manager
Editorial, School, Library and Author Relations
University Microfilms International
300 North Zeeb Road
Ann Arbor, Michigan 48106
P: Pollution Abstracts
Loene Trubkin, President
Data Courier, Inc.
620 South Fifth Street
Louisville, Kentucky 40202
Citations from the following two bibliographic data bases are prepared
by the United States Government and are not subject to copyright under
the Federal Copyright Act.
M: Medlars
National Institute of Health
Department of Health, Education and Welfare
9000 Rockville Pike
Bethesda, Maryland 20014
N: National Technical Information Service
Department of Commerce
5285 Port Royal Road
Springfield, Virginia 22161
We would appreciate any suggestions from the users of this bibl-
ography on how we may improve subsequent updates of this document.
M. D. Marcus
H. L. Bergman
Department of Zoology and Physiology
University of Wyoming
Box 3166, University Station
Laramie, Wyoming 82071
Vili
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INTRODUCTION
Advanced fossil-fuel processing operations, including oil-shale re-
torting, coal gasification, coal liquefaction and tar-sands recovery, can
generate chemically complex aqueous waste effluents. While these efflu-
ents have many common organic and inorganic components, the composition
of an effluent depends both on the process technology involved and on
characteristics of the fossil fuel. The potential release of such waters
to aquatic ecosystems poses questions about the maximum concentrations
of effluent constituents which can be safely tolerated by resident aquatic
organisms. To obtain answers to these questions one must consider factors
related to the compounds, including degradability, toxicity, bioaccumula-
tion and cycling. Effects of both single compounds and mixed solutions of
these effluent constituents must be integrated in the answers. When prob-
lem compounds are identified, appropriate waste-treatment technologies
must be defined which will reduce to an acceptable level the hazards of
effluent releases.
Considerable literature exists on the response of aquatic ecosystems
to inorganic compounds and the fate of these compounds in such systems.
Much of this information has been summarized and reviewed (e.g., Battelle
Columbus Laboratories 1971, Committee on Water Quality Criteria 1973,
Kemp et al. 1973, McKee and Wolf 1963, and the reviews published annu-
ally in the Journal of the Water Pollution Control Federation, e.g.,
Shuman and Fogleman 1978). However, the literature dealing with fossil-
fuel associated organic compounds in aquatic systems is widely dis-
persed. Bibliographies and reviews are available on advanced fossil-
fuel processing technologies (e.g., Braunstein et al. 1977; Rogers 1974;
Smithsonian Science Information Exchange, Inc. 1976; U.S. Atomic Energy
Commission 1974; U.S. Department of Energy 1977) and on general aspects
of organic compounds introduced to aquatic ecosystems (e.g., Becker and
Thatcher 1973; Braunstein et al. 1977; Hundemann 1977; A. D. Little, Inc.
1970; McKee and Wolf 1963; Ryckman et al. 1966; Smith 1974; and the
annual Journal of the Water Pollution Control Federation reviews, e.g.,
Chian and DeWalle 1978). Yet the literature has not previously been
adequately compiled concerning effects of organic compounds in advanced
fossil-fuel processing effluents when discharged into aquatic ecosys-
tems. This bibliography was undertaken to compile much of the recent
literature (ca. 1970 through 1977, see Table 1) pertaining to the rela-
tionships of these organic compounds to aquatic ecosystems. Also inclu-
ded is information on available treatment technologies and analytical
methods for these organic compounds.
This bibliography is compiled from six computerized bibliographic
databases: Biosis Previews (Biological Abstracts and BioResearch Index),
Chemical AbstractsCondensates, Comprehensive Dissertation Abstracts,
Medlars (Index Medicus) , National Technical Information Service Abstracts
-------
(NTIS Government Reports Abstracts) and Pollution Abstracts. Nearly 500
organic compounds were included in the search of these data bases; all
have been identified as constituents of fossil fuels and fossil-fuel pro-
cessing effluents (Barbour et al. 1978; Dark et al. 1977; Denver Research
Institute and Environmental Engineering Division 1977; Forney et al.
1974; Gulf South Research Institute 1977a, 1977b, 1978; Hangebrauck 1977;
Herbes et al. 1976; Hills et al. 1968; King et al. 1975; Pellizzari 1978;
Schmidt et al. 1974; Schmidt-Collerus 1974, 1976; Skeist Laboratories,
Inc. 1969; and unpublished data obtained from the Laramie Energy Tech-
nology Center). Synonymous chemical names were obtained for each chemi-
cal compound identified (Christensen and Luginbyhl 1975, Weast 1977,
Windholz et al. 1976, Verschueren 1977). Following a data-base search of
the entire chemical list, the results were sequentially crossed with the
first list followed by the second list of key words shown in Table 2 to
obtain those citations most pertinent to this bibliography. Then re-
sults were loaded onto computer tapes for final editing to retain only
relevant citations and remove duplicate citations from different data
bases. The complete bibliography was indexed by chemicals, key words,
taxonomic categories and authors through computer processing.
This bibliography includes a total of 1314 citations. Many of these
citations pertain to published work on phenol and cyanide. Other com-
pounds have considerably fewer citations, revealing the scarcity of pub-
lished information available on these compounds. While all chemicals
included in this bibliography have been found in fossil fuels and rela-
ted effluents, not all have been identified as contained in advanced
fossil-fuel processing effluents. However, they are all chemically re-
lated to identified compounds and may eventually be identified in such
effluents. Information available on these related compounds may help
interested researchers to devise appropriate analytical methods and to
predict the environmental fates of compounds found in effluent waters.
In addition to containing information pertinent to organic compounds
in freshwater environments, selected citations are included which apply
to marine and terrestrial environments. This has been particularly em-
phasized in the case of the degradation literature because many microbial
and physical degradative processes are ubiquitous. For example, much re-
search has been completed on the fate of marine and terrestrial petroleum
and advanced fossil-fuel processing effluents share many compounds.
Since chlorinated hydrocarbons are not generally associated with ef-
fluents from advanced fossil fuel technologies, only general review papers
are included here. However, we would like to emphasize that chlorination
of complex organic effluents substantially increases the environmental
hazard of the effluent (e.g., Adelman et al. 1976; EIFAC 1973; Kobayashi
and Akitake 1975a, 1975b; Kopperman et al. 1974; Pickering and Henderson
1966).
We hope this bibliography will be useful not only to researchers
working with advanced fossil-fuel processing effluents in aquatic
-------
environments but also to investigators of other environments concerned
with all fuel processing effluents, e.g., coking and petroleum indus-
tries, as well as those in the areas of pulpmill and pesticide research.
-------
Table 1. Issues and dates of hard copy indexes corresponding to the data-base material searched
for the bibliography.
Index
Biological Abstracts
BioRe search Index
Chemical Abstracts
Dissertation Abstracts
Medlars
NTISa
Pollution Abstracts
Vol.
51
6
72
20
10
70
1
No.
1
1
1
7
-
1
1
Initial
Date
January 1
January ,
January 5
January,
January,
January 1
May, 1970
Final
, 1970
1970
, 1970
1960
1969
, 1970
Vol.
65
14
87
38
19
78
8
No.
8
4
26
10
5
8
6
April
April
Date
15, 1978
, 1978
December 26 ,
April
May,
April
, 1978
1978
1977
14, 1978
November, 1977
Equivalent hard copy is "Government Reports Announcements and Index."
-------
Table 2. The two key-word lists crossed with the results of the chemical searches to obtain the
initial set of citations included in this bibliography ($_ is a truncation device to in-
clude in the search all words beginning as indicated to the $_. Numbers following the $_
limit the number of words searched only to those containing the number of letters indi-
cated beyond the truncation point, e.g., "LAKE$1" includes "LAKES" but not "LAKEWOOD.")
List 1
CHROMATOGRAPH $ 5
EXTRACT $9
IDENTIF$9
ANALY$7
SEPARAT$7
DIGEST$9
STRUCTURE ACTIVITY
PARTITION COEFFICIENT
FISH
TROUT$1
MINNOW$1
INVERTEBRAT$1
LARVA$1
DAPHNIA$
WATER FLEA$1
CLADOCERA$
COPEPOD$
ROTIFER$
AQUATIC INSECTS
AQUATIC ANIMALS
AQUATIC LIFE
PHYTOPLANKT$4
ZOOPLANKT$4
PLANKT$4
ALGA$
BACTERIA? 2
MICROB$3
MICROORGANISM$
AQUATIC$1
LAKE$1
POND$1
POOL$1
STREAM$1
BROOK$1
CREEK$1
RIVER?!
TRIBUTAR$3
FRESHWATER$1
WATER? 1
ECOSYSTEM$
MICROCOSM?
EFFLUENT?
AQUEOUS
List 2
TOXIC $11
BIOASSAYS1
POLLUT?4
AVOID $5
TOLERA$4
ACUTE?
CHRONIC?
ACCLIMAT$8
LETHAL? 3
MORTAL? 3
SURVIV$7
GROWTH
REPRODUC$7
ENZYM$8
PHYSIOLOG?6
PATHOLOG$6
HISTOPATHOLOG?6
HISTOLOG$6
DEGRAD?7
OXIDAT?13
BIOACCUMULAT?4
BIOMAGNIFICAT?4
BIOCONCENTRAT?4
ACCUMULAT?4
MAGNIFICAT?4
CONCENTRAT?4
METABOL?7
NEUROLOG$6
EMBRYO?8
CYCLE
CYCLES
CYCLING
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GUIDE TO THE BIBLIOGRAPHY
This bibliography is arranged in five sections: the chemical in-
dex, the key-word index, the taxa index, the author index and the cita-
tions. Following each term in the indexes are numbers corresponding to
the numbers of the citations in which the term appears. The chemical
index contains all compounds included in the searches; selected chemical
synonyms are cross referenced to the principal entry, generally that
spelling which was used by the source reference where the compound was
identified. Only blank spaces follow those compounds for which the
search failed to produce any information.
The key-word index contains terms used in searching the chemical
compounds (cf. Table 2) as well as additional useful terms. As with
the chemical index, similar terms are referenced to a principal term
(e.g., "decomposition see degradation" and "bioassays see toxicology,
bioassays"),
Both general and specific taxonomic groups are alphabetically com-
piled in the taxa index. General taxonomic groups (e.g. bacteria,
crustaceans, fishes, etc.) are followed by the list of citation numbers
having information on these groups, while specific taxonomic groups
(e.g. coliform, Pseudomonas, Daphnia, etc.) present a listing of cita-
tions having information on these more limited groups. In many cases
the citations for several lower taxonomic classifications are grouped
under a higher classificational category; in such cases the interested
user is referenced to the appropriate classification to obtain the ci-
tations (e.g. "bluegill see Pishes, Centrachidae").
The author index includes all authors listed in the citations.
Due to the various formats used by the data bases, authors may have
more than one entry in the index (e.g., "Smith JD," "Smith, JD" and
"Smith, John D").
The citations are compiled alphabetically by lead authors. How-
ever, as with the author index, variations in format between the data
bases occasionally cause unavoidable but manageable shifts in the or-
dering of the citations for an author. Each citation is preceded with
a number on which the indexing is based. In general, following the ci-
tation number is the author(s), work location, publication year, publi-
cation title (translated title if a foreign language title is present),
publication source and other availability information, language of the
publication, abstract and/or key words, and, finally, a code indicating
both the data-base source of the citation and that source's index num-
ber for that citation. The final entry permits the user of this bib-
liography to go to the printed source citation (e.g., Chemical Abstracts
-------
or Pollution Abstracts) to obtain any additional information available.
A two-letter paragraph label (e.g., AU) precedes each type of informa-
tion included in the citation. Since the type of information available
and the presentation format varies among the data bases, a brief pre-
sentation by data base follows which explains what is included in each
paragraph and the meaning of some of the codes used in these paragraphs.
Complete guides to the codes can be found in the printed versions of
bibliographies from which the citations were obtained. These are avail-
able in most science and technology libraries.
BIOSIS PREVIEWS
< > Bibliographic citation number.
AU Author(s).
YR Two-digit year in which the publication containing the citation
was published.
TI Title which may be edited from the published title.
SO Abbreviated journal title (see Biosis List of Serials available in
most libraries), volume, issue number and pagination.
DE Descriptors added to the references by the indexing staff at
BIOSIS to denote subject content not adequately covered by the
title.
AN B_ followed by a unique eight-digit number: the first two numbers
indicate volume number (numbers less than 66 indicate Biological
Abstracts, numbers greater than 66 indicate BioResearch Index),
the last six digits correspond to its citation number in the ap-
propriate printed issue of the source.
CHEMICAL ABSTRACTS CONDENSATES
< > Bibliographic citation number.
AU Author(s).
IN Institution or organization name and address where the reported
work was performed.
YR Two-digit year in which the journal containing the citation was
published or the year the conference was held where the paper was
presented.
-------
TI Title of the original document which may be edited and is always
in English.
TR Foreign language title if TI is a translated title.
SO For journal citations this paragraph contains the abbreviated
journal title according to the Chemical abstracts Service Source
Index, volume, issue, pagination and publication date; for con-
ference papers, the title of the conference proceedings, pagina-
tion of the paper in the proceedings and the date of the confer-
ence in day-month-year format.
PB Publisher name for books and conferences and the abbreviation for
the country of publication.
PG Number of pages for books, technical reports and dissertations.
LG Two-letter code for language.
DE Descriptors or phrases assigned by Chemical Abstract Service to
provide additional subject access to the document.
AN C_ followed by a unique eleven-digit number: the first three digits
are the volume number, the next two digits are the issue number
and the last six digits correspond to the citation number in the
appropriate printed number of Chemical Abstracts.
COMPREHENSIVE DISSERTATION ABSTRACTS
< > Bibliographic citation number.
AU Author(s).
IN Institution granting the degree, a unique four-digit code repre-
senting that institution, the type of degree, date and number of
pages, if known.
YR Two-digit year in which the degree was granted.
TI Title of the dissertation in English; if the dissertation is in a
foreign language a notation of the language will be made in paren-
theses at the end of the English-translated title.
SO Source of printed publication within which the thesis citation
appears; indicating DAI for Dissertation Abstracts International
for which the volume, issue, section and page are noted and ADD
for American Doctoral Dissertations for which the volume, issue
and page are presented.
-------
DE Descriptor of the subject and its corresponding four-digit code
assigned by the author.
AN 13 followed by ADG to indicate the data base vendor through which
the citation was obtained, followed by the University Microfilm
order number required to obtain full copies of the dissertation.
MEDLARS
< > Bibliographic citation number.
AU Author(s).
IN Institution from which reprints of the article may be obtained,
usually the organization with which the author(s) is(are)
affiliated.
YR Two-digit year in which'the journal containing the citation was
published.
TI Title of the article or monograph, if a foreign title the English
translated title is presented.
TR Foreign language title or transliterated title, when the foreign
language title does not use the Roman alphabet.
SO Journal title abbreviation in Index Medicus format, volume, issue,
pagination and publication date; if the article is a review the
number of references may also be included.
LG Two-letter code for language.
MJ Terms from the controlled vocabulary Medical Subject Headings
(MeSH) assigned by the National Library of Medicine (NLM) indexer
to denote the major subject emphasis of the article, two-letter
MeSH subheadings may be attached to the main headings.
NM Additional terms indexed as for MJ which denote subject coverage
of the article which is less emphasized than MJ.
AN M followed by an eight-digit sequential accession number assigned
by NLM, this is generally followed by a second four-digit number
denoting the year and month in which the citation may be found in
the printed Index Medicus or one of the other NLM indexes.
-------
NATIONAL TECHNICAL INFORMATION SERVICE ABSTRACTS
< > Bibliographic citation number.
AU Author(s).
IN Institution where the research was performed and the report pre-
pared (typically the organization with which the author is affili-
ated) , followed by the sponsoring organization(s) and any cooper-
ating organization(s), and this may be followed by a six-digit
code assigned to the sponsoring organization by the agency con-
tributing the document to NTIS.
YR Two-digit year the report was written; however, sometimes (almost
always on translations and journal articles) this date corresponds
to some other time such as the date of translation, issue or pub-
lication. Also, the total number of pages in the report is in-
cluded in this paragraph.
TI Original title as written by the author(s) or the translated title.
NT Contains information which describes the report type (e.g., a tech-
nical report or a final report), translation source, periodical
citation source, related reports, language of the report, etc.
AV Availability of the report whenever there are any special instruc-
tions or special sources other than NTIS for ordering the report.
PR NTIS prices or price codes for paper copies (PC) and microfiche
copies (MF) of the report.
AB Abstract of citation.
MJ Controlled vocabulary subject terms from a NTIS thesaurus assigned
to denote the major subject emphasis of the document.
MN Term from the controlled thesaurus assigned to denote additional
but perhaps less important subject coverage.
ID Keywords not necessarily selected from the controlled thesaurus.
AN N_ followed by the primary NTIS accession number for the report;
this number should be used to order the report from NTIS.
POLLUTION ABSTRACTS
< > Bibliographic citation number.
AU Author (s).
10
-------
IN Institution or organization name and address where the work was
performed; varying acronyms and abbreviations may appear, e.g.,
WHOI for Woods Hole Oceanographic Institution.
YR Two-digit year when the journal containing the citation was pub-
lished or when the conference containing the citation was held
(not the year the conference proceedings were published).
TI Title of the document as it appears in the original work; foreign
language titles have not been translated.
SO Title, volume, issue, pagination and date, when available, for
journals, conference publications and reports; conference title,
location, sponsor and inclusive dates are noted for conference
proceedings; foreign journal titles, conference titles and
addresses are not translated.
LG Two-letter code for language.
ID Subject terms which are assigned to identify specific entities or
concepts within the document.
DE Descriptors from the controlled vocabulary Keyword Master List
assigned by indexers to denote subject content of the document.
AN P_ followed by a unique seven-digit accession number: the first two
digits represent the specific printed volume in which the citation
was published followed by five digits for the sequentially assigned
accession number.
11
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LITERATURE CITED
Adelman, I. R., L. L. Smith, Jr. and G. D. Siesennop. 1976. Effect of
size or age of goldfish and fathead minnows on use of pentachloro-
phenol as a reference toxicant. Water Res. 10:685-687.
Harbour, F. A., F. D. Guffey and S. M. Dorrence. 1978. Preliminary
examination of waste waters produced during an in situ retorting
of tar sands, p. 743-749 In: D. A. Redford and A. G. Winestock
(eds.) The oil sands of Canada and Venezuela—1977. Can. Inst.
Min. Metall. Spec. Pub. 17.
Battelle Columbus Laboratories. 1971. Water quality criteria data
book Vol. 3. Effects of chemicals on aquatic life. U.S. Environ.
Prot. Agency Water Pollut. Control Res. Ser. 18050GWVO5/71.
Becker, C. D. and T. O. Thatcher. 1973. Toxicity of power plant
chemicals to aquatic life. U.S. A.E.G. Wash-1249.
Braunstein, H. M., E. D. Copenhaver and H. A. Pfuderer (eds.). 1977.
Environmental, health, and control aspects of coal conversion: an
information overview. Oak Ridge Nat. Lab. Infor. Div., Oak Ridge,
TN. ORNL/EIS-94. Vol. 1-2.
Chian, E. S. K. and F. B. DeWalle. 1978. Organics. J. Water Pollut.
Cont. Fed. 50:1026-1061.
Christensen, H. E. and T. T. Luginbyhl (eds.). 1975. Registry of
toxic effects of chemical substances: 1975 edition. Natl. Inst.
Occup. Safety Health, Rockville, MD.
Committee on Water Quality Criteria. 1973. Water quality criteria
1972. U.S. Environ. Prot. Agency Ecol. Res. Ser. EPA-R3-73-033.
Denver Research Institute and Environmental Engineering Division. 1977.
Volume II, preliminary environmental assessment, sampling and
analysis procedures: Paraho demonstration retort. Denver Res.
Inst., Univ. Denver.
Dark, W. A., W. H. McFadden and D. L. Bradford. 1977. Fractionation
of coal liquids by HPLC with structural characterization by LC-MS.
J. Chromatogr. Sci. 15(10):454-460.
European Inland Fisheries Advisory Commission Working Party on Water
Quality Criteria for European Freshwater Fish. 1973. Water qual-
ity criteria for European freshwater fish: report on monohydric
phenols and inland fisheries. Water Res. 7:929-941.
12
-------
Forney, A. J., W. P. Haynes, S. J. Gasior, G. E. Johnson and
J. P. Strakev, Jr. 1974. Analyses of tars, chars, gases and
water found in effluents from the synthane process. U.S. Bur.
Mines Tech. Prog. Rep. TPR 76.
Gulf South Research Institute. 1977a. Identification of components
of energy-related wastes and effluents. Quarterly report II,
February 15, 1977 - May 15, 1977. Gulf South Res. Inst., New
Orleans, LA.
Gulf South Research Institute. 1977b. Identification of components
of energy-related wastes and effluents. Quarterly report III,
May 15, 1977 - August 15, 1977. Gulf South Res. Inst., New
Orleans, LA.
Gulf South Research Institute. 1978. Identification of components
of energy-related wastes and effluents. Quarterly report V,
November 15, 1977 - February 15, 1978. Gulf South Res. Inst.,
New Orleans, LA.
Hangebrauck, R. P. 1977. Status of IERL-RTP program to develop envir-
onmental assessment methodology for fossil energy processes. U.S.
Environ. Prot. Agency Indust. Environ. Res. Lab., Research Tri-
angle Park, NC (preprint).
Herbes, S. E., G. R. Southworth and C. W. Gehrs. 1976. Organic con-
taminants in aqueous coal conversion effluents: environmental
consequences and research priorities. Proc. 10th Annu. Conf.
Trace Subst. Environ. Health, Univ. Missouri. June 7-10, 1976
(preprint).
Hills, I. R., G. W. Smith and E. V. Whitehead. 1968. Hydrocarbons
from fossil fuels and their relationships with living organisms.
Prepr., Div. Pet. Chem., Am. Chem. Soc. 13(4):B5-B18.
Hundennann, A. S. (ed.). 1977. Pollution and environmental aspects
of fuel conversion (a bibliography with abstracts). U.S. Dept.
Com. Nat. Tech. Infor. Ser. Springfield, VA. NTIS/PS-77/0212.
Kemp, H. T., R. L. Little, V. L. Holomon and R. L. Darby. 1973. Water
quality criteria data book - Vol. 5. Effects of chemicals on
aquatic life. U.S. Environ. Prot. Agency Off. Res. Develop. NTIS/
PB-234-435.
King, S. B., C. F. Brandenburg and W. J. Lanum. 1975. Characteriza-
tion of nitrogen compounds in tar produced from underground coal
gasification. Prepr., Div. Pet. Chem., Am. Chem. Soc. 20:131-139.
Kobayashi, K. and H. Akitake. 1975a. Studies on the metabolism of
chlorophenols in fish—I. Absorption and excretion of PCP by gold-
fish. Bull. Jpn. Soc. Sci. Fish. 41:87-92.
13
-------
Kobayashi, K. and H. Akitake. 1975b. Studies on the metabolism of
chlorophenols in fish—IV. Absorption and excretion of phenol by
goldfish. Bull. Jpn. Soc. Sci. Fish. 41:1271-1276.
Kopperman, H. L., R. M. Carlson and R. Caple. 1974. Aqueous chlorina-
tion and ozonation studies. I. Structure-toxicity correlations
of phenolic compounds to Daphnia magna. Chem.-Biol. Interact.
9:245-251.
Little/ A. D., Inc. 1970. Water quality criteria data book. Vol. 1,
organic chemical pollution of freshwater. U.S. Environ. Prot.
Agency Water Pollut. Control Res. Ser. 18010DPV12/70. U.S. Govern.
Print. Off., Washington, D.C. Stock No. 5501-0144.
McKee, J. E. and H. W. Wolf. 1963. Water quality criteria. The Re-
sources Agency of California. State Water Resour. Control Board
Pub. No. 3-A.
Pellizzari, E. D. 1978. Identification of components of energy-related
wastes and effluents. U.S. Environ. Prot. Agency, Athens, GA.
EPA-600/7-78-004.
Pickering, Q. H. and C. Henderson. 1966. Acute toxicity of some im-
portant petrochemicals to fish. J. Water Pollut. Control Fed.
38:1419-1429.
Rogers, M. P. 1974. A bibliography of Bureau of Mines publications
dealing with oil shale and shale oil. U.S. Energy Res. Dev. Adm.
Laramie Energy Res. Cent., Laramie, WY.
Ryckman, D. W., A. V. S. Prabhakara Rao and J. C. Buzzell, Jr. 1966.
Behavior of organic chemicals in the aquatic environment. Manuf.
Chem. Assoc., Washington, D.C.
Schmidt, C. E., A. G. Sharkey, Jr. and R. A. Friedel. 1974* Mass
spectrometric analysis of product water from coal gasification.
U.S. Bur. Mines, Adv. Energy Util. Technol. Program Tech. Prog.
Rep. 86:1-6. NTIS/PB-240-835.
Schmidt-Collerus, J. J. 1974. The disposal and environmental effects
of carbonaceous solid wastes from commercial oil shale operations.
Denver Res. Inst., Univ. Denver.
Schmidt-Collerus, J. J. (Chairman). 1976. Proceedings of the first
symposium on management of residuals from synthetic fuels produc-
tion. Denver Res. Inst., Univ. Denver.
Shuman, M. S. and W. W. Fogleman. 1978. Inorganics. J. Water Pollut.
Cont. Fed. 50:1000-1021.
14
-------
Skeist Laboratories Inc. 1969. Chemical by-products from coal. U.S.
Dep. Inter. Off. of Coal Res. Rep. No. 43. NTIS/PB180878.
Smith, A. L. 1974. The effects of effluents from the Canadian petro-
chemical industry on aquatic organisms. Environ. Can. Fish. Mar.
Serv. Tech. Rept. 472.
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shale research and development. U.S. Environ. Prot. Agency Off.
Energy, Minerals and Industry.
U.S. Atomic Energy Commission. 1974. Coal processing: gasification,
liquefaction, desulfurization. A bibliography 1930-1974. NTIS/
TID-3349.
U.S. Department of Energy. 1977. Oil shale and tar sands—a bibliog-
raphy. U.S. Dep. Energy Tech. Infor. Cent., Oak Ridge, TN.
Verschueren, K. 1977. Handbook of environmental data on organic
chemicals. Van Nostrand Reinhold Co., NY.
Weast, R. C. (ed.). 1977. CRC handbook of chemistry and physics.
CRC Press, Inc., Cleveland, OH.
Windholz, M., S. Budavari, L. Y. Stroumtsos and M. N. Fertig (eds.).
1976. The Merck Index. Merck and Co., Inc., Rahway, NJ.
15
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M
1C
NflMES NITH NUMERICflL PREFIXES FOLLOW RLPffiBETICflL LISTING
16
-------
ACENAPHTHALENE
(SEE ACENAPHTHENE)
ACENAPHTHENE
752, 981
ACENAPHTHENOL
(NO CITATIONS)
ACETALDEHYDE
20, 184, 306, 466, 1849, 1244
ACETAMIDE
470
ACETENE
(SEE ETHYLENE)
ACETIC ACID
184, 197, 281, 342, 380, 466, 470. 484
954, 1093, 1113, 1208, 1209, 1281, 1306
ACETIC ALDEHYDE
(SEE ACETALDEHYDE)
ACETONITRILE
185, 428, 470, 1151
ACETOPHENQNE
67, 401, 612, 794, 852
ACETOXYBUTENE
(NO CITATIONS)
ACETYLENE
(SEE ETHYNE)
ACETYLENE TETRACHLORIDE
(SEE 1,1,2,2-TETRACHLOROETHANE)
ACRALDEHYDE
93, 156, 355, 356, 380, 930, 1149, 1247
ACRIDINE
(NO CITATIONS)
ACROLEIN
(SEE ACRALDEHYDE)
ACRYLALDEHYDE
(SEE ACRALDEHYDE)
ACRYLON
(SEE ACRYLONITRILE)
ACRYLONITRILE
22, 306, 720, 797, 971, 1119, 1151
1233, 1292
ADIANANE
(NO CITATIONS)
ALDEHYDE
10, 119, 138, 289, 334, 355, 356, 444
445, 471, 490, 554, 817, 911, 929, 1022
1105, 1244, 1247, 1313
ALKYL BENZENE
488
ALKYL PHENOL
(NO CITATIONS)
ALLYL CHLORIDE
(SEE l-CHLORO-2-PROPENE)
ALNUSANE
(NO CITATIONS)
ALPHA-BUTYLENE
(SEE BUTENE)
ALPHA-COLL IDINE
(NO CITATIONS)
ALPHA-GAMMA-BUTADIENE
(SEE 1,3-BUTADIENE)
ALPHA-METHYLBENZYL ALCOHOL
(NO CITATIONS)
ALPHA-METHYLBUTYRONITRILE
(NO CITATIONS)
ALPHA-METHYLNAPHTHALENE
(SEE 1-METHYLNAPHTHALENE)
ALPHA-METHYLPYRIDINE
(SEE 2-METHYLPYRIDINE)
ALPHA-METHYLSTYRENE
923, 1105
ALPHA-NAPHTHOL
143, 175, 276, 523, 552, 661, 717, 759
780, 889
ALPHA-PHENYL TOLUENE
1287
ALPHA-PICOLINE
(SEE 2-METHYLPYRIDINE)
ALPHA-PROPYLNAPHTHALENE
(NO CITATIONS)
ALPHA-TERPINEOL
383
ALPHA,ALPHA-THIOXENE
(SEE DIMETHYL THIOPHENE)
17
-------
AMINO BENZENE
(SEE ANILINE)
AMMONIA
27, 150, 162, 173, 177, 183, 232, 236
258, 309, 349, 352, 368, 427, 478, 692
724, 733, 738, 746, 761, 768, 769, 816
833, 880, 913, 922, 949, 1095, 1114
1131, 1165, 1199, 1218, 1264, 1303
AMMONIUM
(SEE AMMONIA)
AMYLBENZENE
(SEE PENTYL BENZENE)
ANILINE
72, 153, 154, 160, 192, 339, 404, 458
551, 552, 569, 622, 656, 716, 872, 873
929, 942, 951, 966, 967, 977, 987, 1181
1280, 1283
ANTHANTHRENE
(NO CITATIONS)
ANTHRACENE
58, 146, 293, 308, 457, 464, 467. 502
509, 510, 522, 742, 755, 783, 785, 914
967, 1017, 1051, 1852, 1053, 1054, 1080
1081, 1120, 1181
ANTHRAQUINONE DISULFONIC ACID
(NO CITATIONS)
ARBORANE
(NO CITATIONS)
AZABENZENE
(SEE PYRIDINE)
AZINE
(SEE PYRIDINE)
AZOLE
(SEE PYRROLE)
B(A)P
(SEE BENZO(A)PYRENE)
B(E)P
(SEE BENZO(E)PYRENE)
B(J)F
(SEE BENZO(J)FLUORANTHENE)
BAVERANE
(NO CITATIONS)
BENZ(A)ANTHRACENE
(SEE BENZO(A)ANTHRACENE)
BENZ(A)PHENANTHRENE
(SEE CHRYSENE)
BENZ(B)ANTHRACENE
(SEE NAPTHACENE)
BENZ(J)FLUORANTHENE
(SEE BENZO(J)FLUORANTHENE)
BENZALDEHYDE
239, 386, 860, 1244
BENZANTHRENE
(SEE BENZO(A)ANTHRACENE)
BENZENAMINE
(SEE ANILINE)
BENZENE
2, 12, 16, 37, 48, 68, 78, 90, 106
111, 113, 118, 141, 159, 161, 164, 168
205, 211, 221, 239, 252, 263, 272, 273
275, 278, 296, 330, 331, 340, 354, 367
385, 397, 409, 418, 413, 414, 415, 419
429, 462, 478. 482, 532, 551, 568, 571
584, 615, 642, 643, 645, 656, 658, 661
667, 668, 673, 690, 733, 744, 755, 765
767, 782, 783, 833, 836, 840, 863, 929
933, 940, 1017, 1051, 1052, 1059, 1130
1134, 1140, 1164, 1169, 1178, 1171
1177, 1178, 1181. 1185, 1244, 1268
1283, 1300
BENZIMIDAZOLE
1061
BENZO(A)ANTHRACENE
170, 300, 409. 421, 464, 467, 502, 503
509, 742, 783, 823
BENZO(A)PHENANTHRENE
(SEE BENZO(A)ANTHRACENE)
BENZO(A)PYRENE
17, IB, 19, 36, 86, 91, 107, 108, 148
185, 190, 241, 322, 324, 325, 326, 357
371, 398, 409, 421, 454, 464, 467, 474
475, 476, 502, 503, 509, 529, 550, 562
600, 606, 607, 669, 743, 744, 745, 750
763, 766, 776, 823, 896, 899, 913, 947
950, 951, 955, 957, 962, 964, 965, 967
997, 1038, 1051, 1069, 1070, 1072, 1073
1074, 1075, 1088, 1089, 1098, 1152
1273, 1285, 1296, 1301, 1309
BENZO(B)PHENANTHRENE
(SEE BENZO(A)ANTHRACENE)
BENZO(B)PYRIDINE
(SEE QUINDLINE)
18
-------
BENZO(B)QUINOLINE
(SEE ACRIDINE)
BENZO(B)THIOPHENE
238, 533, 638, 1027
BENZO(C)CHRYSENE
(NO CITATIONS)
BENZO(C)PHENANTHRENE
(NO CITflTIONS)
BENZO(DEF)PHENflNTHRENE
(SEE PYRENE)
BENZO(E)PYRENE
464, 1651, 1052
BENZO(G)CHRYSENE
(NO CITflTIONS)
BENZO(GHI)PERYLENE
464, 501, 502, 606, 607, 750
BENZO(J)FLUORflNTHENE
464, 750, 1041
BENZO(JK)FLUORENE
(SEE FLUORflNTHENE)
BENZO(K)FLUORflNTHENE
464, 502
BENZO(UNO)FLUORflNTHENE
(NO CITflTIONS)
BENZODIflZOLE
(SEE BENZIMIDflZQLE)
BENZOFURflN
(NO CITflTIONS)
BENZOFURflNOL
(NO CITflTIONS)
BENZOGLYOXALINE
(SEE BENZIMIDflZOLE)
BENZO1C flCID
258, 345, 470, 547, 647, 689, 709, 892
919, 951, 1080, 1001, 1113, 1219, 1228
BENZO1C flLDEHYDE
(SEE BENZRLDEHYDE)
BENZONflPHTHOTHIOPHENE
(NO CITflTIONS)
BENZONITRILE
296
BENZOSULFONflZOLE
(SEE BENZOTHIflZOLE)
BENZOTHIflZOLE
238, 358, 577, 1003
BENZOTHIOFURflN
(SEE BENZO(B)THIOPHENE)
BENZOTHIOPHENOL
(NO CITflTIONS)
BENZYLBENZENE
(SEE flLPHfl-PHENYLTOLUENE)
BETft-COLLIDINE
(NO CITflTIONS)
BETfl-METHYLNflPHTHflLENE
(SEE 2-METHYLNflPHTHflLENE)
BETfl-METHYLSTYRENE
923
BETfl-NflPHTHOHYDROQUINONE
(SEE 1,2-DIHYDROXYNAPHTHflLENE)
BETfl-NflPHTHOL
1160
BETfl-PHENYLPROPYLENE
(SEE flLPHfl-METHYLSTYRENE)
BETA-PROPYLNAPHTHflLENE
(NO CITflTIONS)
BIBENZENE
(SEE BIPHENYL)
BIETHYLENE
(SEE 1,3-BUTflDIENE)
BIPHENOL
(NO CITflTIONS)
BIPHENYL
13, 14, 15, 42, 152, 200, 201, 229
251, 293, 302, 336, 413, 416, 417, 467
492, 554, 643, 715, 775, B29, 839, 848
882, 919, 928, 995, 1214, 1287, 1299
1302
BIPHENYLENE
(NO CITATIONS)
BIS(BETA-CHLOROETHYL)ETHER
(SEE DK2-CHLOROETHYDETHER)
BIS(2-CHLOROETHYL)ETHER
(SEE DI(2-CHLOROETHYL)ETHER)
19
-------
BIS(2-ETHYLHEXYL)PHTHALATE
(SEE DI(2-ETHYLHEXYL)PHTHALATE)
BP
(SEE BENZO(A)PYRENE)
BROMOFORM
(NO CITATIONS)
BUGS
(SEE 2-BUTOXYETHANOL)
BUTALDEHYDE
(SEE N-BUTYRALDEHYDE)
BUTANAL
(SEE N-BUTYRflLDEHYDE)
BUTflNE
(SEE N-BUTftNE)
BUTANECARBQXYLIC flCID
(SEE PENTflNOIC flCID)
BUTENE
(NO CITflTIONS)
BUTENYL ftCETflTE
(SEE flCETOXYBUTENE)
BUTOXYDIETHYLEHE GLYCOL
(SEE 2-(2-BUTOXYETHOXY)ETHANOL)
BUTYL flMIDE
(NO CITflTIONS)
BUTYL BENZENE
568
BUTYL CflRBITOL
(SEE 2-(2-BUTOXYETHOXY)ETHflNOL)
BUTYL DIETHYL AMINE
(NO CITflTIONS)
BUTYL DIOXITOL
(SEE 2-(2-BUTOXYETHOXY)ETHflNOL)
BUTYL GLYCOL
(SEE 2-BUTOXYETHflNOL)
BUTYL PHENOL
(NO CITATIONS)
BUTYL PROPYL KETONE
(SEE 4-OCTflNONE)
BUTYRflL
(SEE N-BUTYRflLDEHYDE)
BUTYRONE
(SEE 4-HEPTflNONE)
CAPROIC flLDEHYDE
(SEE HEXflLDEHYDE)
CflPROYL flLCOHOL
(SEE HEXYL flLCOHOL)
CftPRYLIC ALCOHOL
(SEE OCTYL flLCOHOL)
CflRBflZOLE
(NO CITflTIONS)
CflRBON BISULFIDE
CSEE CARBON DISULFIDE)
CARBON DI CHLORIDE
CSEE 1,1,2,2-TETRflCHLOROETHYLENE>
CflRBON DISULFIDE
171, 1112
CflRBON MONOXIDE
481
CflRBON OXYSULFIDE
(SEE CARBONYL SULFIDE)
CARBONYL SULFIDE
(NO CITATIONS)
CATECHOL
72, 215, 216, 252, 278, 299. 388, 341
344, 386, 409, 418, 411, 413, 416, 5B4
547, 557, 572, 609, 696, 709, 711, 755
787, 788, 976, 993, 999, 1088, 1001
1811, 1832, 1037, 1866, 1162, 1199
1219, 1228, 1249, 1384
CETANE
(SEE HEXADECANE)
CHINALDINE
(SEE QUINALDINE)
CH INCLINE
(SEE QUINCLINE)
CHLOROBACTENE
(NO CITATIONS)
CHLORODIBROMOMETHANE
(NO CITflTIONS)
CHLOROETHANE
52, 1185
CHLOROETHYLENE
(SEE VINYL CHLORIDE)
20
-------
CHLOROFORM
133, 158, 210, 264, 301, 323, 337, 623
659, 822. 1229, 1308
CHLOROMETHYLOXIRANE
(SEE l-CHLORO-2,3-EPOXYPROPANE)
CHLOROPROPYLENE OXIDE
(SEE l-CHLORO-2,3-EPOXYPROPANE)
CHOLESTANE
(NO CITATIONS)
CHRYSENE
146, 464, 467
CIS-BETA-BUTYLENE
(SEE BUTENE)
CIS-BUTENEDIOIC ACID
(SEE MALEIC ACID)
CIS-BUTENEDIOIC ANHYDRIDE
(SEE MflLEIC ANHYDRIDE)
CIS-DECENE
(SEE N-DECENE)
CIS-MUCONIC ACID
(SEE 2,4-HEXADIENEDIOIC ACID, CIS CIS)
CIS-9-OCTADECENOIC flCID
(NO CITATIONS)
CORONENE
607
CRESOL
9, 53, 76, 77, 78, 85, 163, 247, 313
314, 343, 439, 523, 527, 537, 658, 664
665, 733, 777, 849, 861, 867, 870, 884
929, 976, 1030, 1066, 1160, 1168, 1197
1199, 1239
CUMENE
(SEE ISOPROPYL BENZENE)
CYANIDE
6, 42, 43, 44,
74, 75, 88, 89,
134, 135, 137,
191, 196, 199,
227, 236, 243,
307, 315, 318,
384, 387, 390,
448, 456, 459,
506, 515, 516,
566, 588, 591,
707, 733, 734,
7£B, 769, 770,
45, 49, 56, 59, 69, 71
96, 98, 103, 116, 123
150, 155, 165, 171, 184
204, 217, 218, 220, 226
253, 255, 258, 270, 305
338, 349, 364, 368, 372
394, 402, 405, 407, 440
460, 468, 469, 483, 488
517, 518, 524, 543, 559
627, 637, 644, 686, 700
735, 736, 737, 751, 754
771, 810, 811, 812, 814
833, 859. 888, 891, 897, 900, 90S, 931
932, 938. 939, 949, 988, 989, 1809
1018, 1019, 1022, 1844, 1059, 1084
1085, 1086, 1087, 1142, 1174, 1180
1193, 1211, 1212, 1213, 1218, 1220
1221, 1243, 1272, 1286, 1291, 1312
1313
CYANOBENZENE
(SEE BENZQNITRILE)
CYANOETHYLENE
(SEE flCRYLONITRILE)
CYANQMETHflNE
(SEE flCETONITRILE)
CYCLOBUTflNQL
(NO CITflTIONS)
CYCLOHEXflNE
99, 260, 261, 275, 291, 312, 367, 443
462, 470, 581, 624, 1122, 1157, 1210
1253
CYCLOHEXflNOL
70, 443, 624
CYCLOHEXANONE
727
CYCLOOCTATETRflENE
(NO CITATIONS)
DB(fl,H)A
(SEE DIBENZO(fl,H)ANTHRACENE)
DBA
(SEE 7,l2-DIMETHYLBENZO(A)flNTHRACENE)
DECflNE
145, 269, 275, 546, 646, 739, 764, B2B
92B, 1062, 1063, 1094, 1143
DECANOIC ACID
(NO CITATIONS)
DECYL BENZENE
(NO CITATIONS)
DELTfl-CAPROLACTONE
(NO CITATIONS)
DI(2-CHLOROETHYL)ETHER
(NO CITATIONS)
DI (2-ETHYLHEXYDORTHDPHTHALATE
(SEE DI(2-ETHYLHEXYL)PHTHflLATE)
DI (2-ETHYLHEXYDPHTHALATE
890
21
-------
DI-N-BUTOXYMETHANE
(NO CITATIONS)
DI-N-BUTYLPHTHALATE
522, 555, 1878, 1105
DI-N-PROPYL ETHER
(NO CITATIONS)
DI-S-BUTOXYMETHANE
(NO CITATIONS)
DI-S-OCTYLPHTHflLATE
(SEE DI(2-ETHYLHEXYL)PHTHALATE)
DIBENZ(A,H)ANTHRACENE
(SEE DIBENZO(A,H)ANTHRACENE)
DIBENZ(A,J)ACRIDINE
(SEE DIBENZO(A,J)ACRIDINE)
DIBENZO(A,H)ANTHRACENE
464, 1898
DIBENZO(ft,J)flCRIDINE
(NO CITATIONS)
DIBENZO(A,JK)FLUORENE
(SEE BENZO(J)FLUORANTHENE)
DIBENZO(B,D)PYRROLE
(SEE CARBAZOLE)
DIBENZO(B,E)PYRIDINE
(SEE ACRIDINE)
DIBENZO(CD,JK)PYRENE
(NO CITATIONS)
DIBENZO(CD,LM) PERYLENE
(NO CITATIONS)
DIBENZOFURAN
752
DIBENZOTHIOPHENE
416, 418, 626, 714
DICHLOROBROMOMETHANE
(NO CITATIONS)
DICHLOROETHYLENE
(SEE ETHYLENE DICHLORIDE)
DICHLOROMETHANE
(SEE METHYLENE CHLORIDE)
DIETHYL AMINE
495, 749, IB 13, 1067
DIETHYL ETHER
167, 178, 210, 296, 438, 479, 623, 696
711, 977, 1846, 1068, 1134, 1147, 1244
1259, 1261
DIETHYLENE GLYCOL N-BUTYL ETHER
(SEE 2-(2-BUTOXYETHOXY)ETHANOL)
DIHYDRO-2(3H)-FURANONE
(NO CITATIONS)
DIHYDROOXIRENE
(SEE ETHYLENE OXIDE)
DIHYDROXY BENZENE
(NO CITATIONS)
DIMETHYL BENZANTHRENE
(SEE 7,12-DIMETHYLBENZO(A)ANTHRACENE)
DIMETHYL BENZENE
(SEE XYLENE)
DIMETHYL CYCLOPENTANONE
(NO CITATIONS)
DIMETHYL DISULPHIDE
(NO CITATIONS)
DIMETHYL ETHER
167
DIMETHYL FURAN
(NO CITATIONS)
DIMETHYL METHYL PYRIDINE
(NO CITATIONS)
DIMETHYL PHENOL
(SEE XYLENOL)
DIMETHYL PYRIDINE
1096
DIMETHYL PYRROLE
(NO CITATIONS)
DIMETHYL SULFIDE
(NO CITATIONS)
DIMETHYL THIOPHENE
(NO CITATIONS)
DIPHENYL
(SEE BIPHENYL)
DIPHENYL ANILINE
(NO CITATIONS)
DIPHENYL METHANE
(SEE ALPHA-PHENYLTOLUENE)
22
-------
DIPHENYL SULFIDE
(NO CITATIONS)
DIPHENYLENE OXIDE
(SEE DIBENZOFURAN)
DIPHENYLENEIMINE
(SEE CARBAZOLE)
DIPROPYL KETONE
(SEE 4-HEPTflNONE)
DITHIOCARBONIC ANHYDRIDE
(SEE CARBON DISULFIDE)
DIVINYLENIMINE
(SEE PYRROLE)
DMA
(SEE DIETHYL AMINE)
DMBA
(SEE 7,12-DIMETHYLBENZO(A)ANTHRACENE)
DMS
(SEE DIMETHYL SULFIDE)
DODECANE
73, 180, 1037
DODECENE
(NO CITATIONS)
DURENE
(SEE TETRAMETHYL BENZENE)
EAK
(SEE 5-METHYL-3-HEPTANONE)
EB
(SEE ETHYL BENZENE)
EICOSANE
(NO CITATIONS)
ENANTHIC ACID
(SEE HEPTANOIC ACID)
ENANTHYLIC ACID
(SEE HEPTANOIC ACID)
EPICHLOROHYDRIN
(SEE l-CHLORO-2,3-EPOXYPROPANE)
ERGOSTANE
(NO CITATIONS)
ETHANAL
(SEE ACETALDEHYDE)
ETHANAMIDE
(SEE ACETAMIDE)
ETHANE
718, 1105, 1244
ETHANECARBOXYLIC ACID
(SEE PROPIONIC ACID)
ETHANENITRILE
(SEE ACETONITRILE)
ETHANOIC ACID
(SEE ACETIC ACID)
ETHANOL
(SEE ETHYL ALCOHOL)
ETHENE
(SEE ETHYLENE)
ETHER
(SEE DIETHYL ETHER)
ETHOXY ETHANE
(SEE DIETHYL ETHER)
ETHYL ALCOHOL
178, 202, 225, 264, 327, 328, 329, 470
484, 746, 817, 1182, 1199, 1380, 1306
ETHYL ALDEHYDE
(SEE ACETALDEHYDE)
ETHYL AMYL KETONE
(SEE 5-METHYL-3-HEPTANONE)
ETHYL ANILINE
(NO CITATIONS)
ETHYL BENZENE
67, 111, 239, 412, 413, 414, 465, 836
852, 863, 1118, 1130
ETHYL CHLORIDE
(SEE CHLOROETHANE)
ETHYL DIMETHYL AMINE
(SEE T-BUTYL AMINE)
ETHYL ETHER
(SEE DIETHYL ETHER)
ETHYL NAPHTHALENE
(NO CITATIONS)
ETHYL PENTYL KETONE
(SEE 3-OCTANONE)
ETHYL PHENOL
314, 660, 666
23
-------
ETHYL PROPYL KETONE
(SEE 3-HEXANONE)
ETHYL PYRAZINE
(NO CITATIONS)
ETHYL PYRIDINE
(NO CITATIONS)
ETHYL PYRROLE
(NO CITATIONS)
ETHYL THIOPHENE
(NO CITATIONS)
ETHYLENE
23, 48, 50. 206, 228, 287, 288, 289
290, 296, 333, 450, 451, 486, 514, 583
667, 708, 718, 1029, 1078, 1118, 1165
1265, 1274, 1275, 1307
ETHYLENE DICHLORIDE
(NO CITATIONS)
ETHYLENE GLYCOL
70, 228, 296. 410, 450, 451, 486, 519
564, 583, 599, 667, 708, 827, 916, 929
1029, 1118, 1265, 1267, 1299, 1307
ETHYLENE OXIDE
583, 589, 590
ETHYLENE TETRACHLORIDE
(SEE 1,1,2,2-TETRACHLOROETHYLENE)
ETHYNE
282, 287. 493
FERNANE
(NO CITATIONS)
FILICANE
(NO CITATIONS)
FLUOANTHRENE
(SEE FLUORANTHENE)
FLUORANTHENE
41, 91, 455, 464. 502, 522, 750, 981
1051, 1052, 1854
FLUORENE
36, 91, 293, 457, 467, 739, 742, 744
FORMALDEHYDE
10, 184, 127, 130, 132, 197, 222, 333
355, 356, 369, 388, 450, 451, 452, 495
496, 684, 691, 760, 789, 885, 894, 910
911, 959, 975, 1024, 1849, 1113, 1121
1156, 1206, 1215, 1234, 1268, 1269
FORMALIN
(SEE FORMALDEHYDE)
FORMIC ACID
432, 433, 815, 1113
FRIEDELANE
(NO CITATIONS)
FUBRIDAZOLE
(SEE 2-METHYLBENZIMIDAZOLE)
FURAN
980, 1186
FURIDAZOLE
(SEE 2-METHYLBENZIMIDAZOLE)
GAMMA-BUTYROLftCTONE
(SEE DIHYDRO-2(3H)-FURANONE)
GAMMA-CAPROLACTONE
(NO CITATIONS)
GAMMA-CERANE
(NO CITATIONS)
GAMMA-COLLIDINE
(SEE 2,4,6-TRIMETHYLPYRIDINE)
GAMMA-LACTONE
(SEE DIHYDRO-2(3H)-FURANONE)
GAMMA-PICOLINE
(SEE 4-METHYLPYRIDINE)
GAMMA-VALEROLftCTONE
821
GLYCERINE
(SEE GLYCEROL)
GLYCEROL
8, 219, 1115, 1306
GLYCOL
(SEE ETHYLENE GLYCOL)
GUAIENE
(SEE 2,3-DIMETHYLNAPHTHALENE)
HENEICOSftNE
314
HEPTADECANE
744, 804, 1043
HEPTADECENE
(NO CITATIONS)
24
-------
HEPTANOIC flCID
536
HEPTENE
(NO CITATIONS)
HEPTYL BENZENE
(NO CITflTIONS)
HEPTYLENE
(SEE HEPTENE)
HEXflBENZOBENZENE
(SEE CORONENE)
HEXflDECflNE
114, 311, 546, 744, 791, 1048, 1055
1064, 1253, 1258
HEXflFLUOROBENZENE
(NO CITflTIONS)
HEXflLDEHYDE
(NO CITflTIONS)
HEXflNflL
(SEE HEXflLDEHYDE)
HEXENE
(NO CITflTIONS)
HEXONE
(SEE 2-METHYL-4-PENTflNONE)
HEXYL flLCOHOL
(NO CITATIONS)
HEXYL BENZENE
275
HOPflNE
82, 348
HYDRINDONflPHTHENE
(SEE INDflNE)
HYDROGEN CYflNIDE
(SEE CYANIDE)
HYDROQUINONE
609, 657, 671, 787, 788, 861, 1066
1077, 1160, 1305, 1306
HYDROXY BENZflLDEHYDE
386
HYDROXY BENZENE
(SEE PHENOL)
HYDROXY BENZOFURflN
(NO CITATIONS)
HYDROXY BENZOTHIOPHENOL
(NO CITATIONS)
HYDROXY PROPYL BENZENE
(SEE ISOPROPYL PHENOL)
HYPNONE
(SEE flCETOPHENONE)
IDRYL
(SEE FLUORANTHENE)
INDflN
(SEE INDflNE)
INDflNE
(NO CITATIONS)
INDANOL
(NO CITATIONS)
INDENE
(NO CITATIONS)
INDOL
(SEE INDOLE)
INDOLE
1022, 1058, 1184
INDONAPHTHENE
(SEE INDENE)
I PA
(SEE ISOPROPYL ALCOHOL)
ISQBUTYL BENZENE
927
ISOBUTYL NITRILE
(NO CITATIONS)
ISOBUTYL PHENOL
(NO CITATIONS)
ISOCHINOLINE
(NO CITATIONS)
ISOOCTYL ALCOHOL
(NO CITATIONS)
ISOPENTYL BENZENE
(NO CITATIONS)
ISOPROPANOL
(SEE ISOPROPYL flLCOHOL)
ISOPROPENYL BENZENE
(SEE ALPHA-METHYLSTYRENE)
25
-------
ISOPROPYL ALCOHOL
178, 264, 399, 467, 470, 503, 667, 755
ISOPROPYL BENZENE
141, 142, 430, 776, 925, 926, 927
1130, 1254
ISOPROPYL NAPHTHALENE
(NO CITATIONS)
ISOPROPYL PHENOL
238, 350, 1238
ISOPROPYL THIOPHENE
(NO CITATIONS)
ISOQUINOLINE
(NO CITATIONS)
KETOLE
(SEE IHDOLE)
LEPIDINE
(SEE 4-METHYLQUINCLINE)
LUPANE
(NO CITATIONS)
LUTIDINE
(SEE DIMETHYL PYRIDINE)
M-CRESOL
439, 527
M-ETHYLTOLUENE
(NO CITATIONS)
M-HYDROXYPHENOL
(SEE RESORCINOL)
M-METHOXYBENZALDEHYDE
(NO CITATIONS)
M-METHOXYINDOLE
(NO CITATIONS)
M-METHYLPHENOL
(SEE M-CRESOL)
M-TOLUIDINE
(NO CITATIONS)
M-XYLENE
411, 416, 482
MALEIC ACID
424
MALEIC ANHYDRIDE
261
MBK
(SEE 2-HEXANONE)
MCA
(SEE 3-METHYLCHOLANTHRENE)
MESITYLENE
161, 223, 482
METHANAL
(SEE FORMALDEHYDE)
METHANE
354, 365, 408, 504, 521, 544, 623, 695
699, 706, 718, 755, 781, 832, 968, 1087
1008, 1012, 1141, 1266, 1287
METHANOIC ACID
(SEE FORMIC ACID)
METHOXY BENZALDEHYDE
(NO CITATIONS)
METHOXY METHANE
(SEE DIMETHYL ETHER)
METHYL ACETIC ACID
(SEE PROP ION 1C ACID)
METHYL ANILINE
966
METHYL BENZENE
(SEE TOLUENE)
METHYL BIPHENYL
(NO CITATIONS)
METHYL CYANOBENZENE
(NO CITATIONS)
METHYL CYCLOHEXANONE
(NO CITATIONS)
METHYL CYCLOPENTANE
(NO CITATIONS)
METHYL DIHYDRONAPHTHALENE
(NO CITATIONS)
METHYL ETHENE
(SEE PROPENE)
METHYL ETHYL BENZENE
(NO CITATIONS)
METHYL ETHYL NAPHTHALENE
(NO CITATIONS)
26
-------
METHYL ETHYL PHENOL
(NO CITATIONS)
METHYL ETHYL PYRIDINE
(NO CITATIONS)
METHYL ETHYLENE
(SEE PROPENE)
METHYL HEXYL KETONE
(SEE 2-OCTANONE)
METHYL INDENE
(NO CITATIONS)
METHYL INDOL
(SEE METHYL INDOLE)
METHYL INDQLE
(NO CITATIONS)
METHYL ISOPMYL KETONE
(SEE 2-METHYL-5-HEXflNONE)
METHYL ISOBUTYL KETONE
(SEE 2-METHYL-4-PENTANONE)
METHYL ISOPROPYL AMINE
(NO CITATIONS)
METHYL MERCAPTAN
292, 499
METHYL N-AMYL KETONE
(SEE 2-HEPTANONE)
METHYL N-BUTYL KETONE
(SEE 2-HEXANONE)
METHYL NAPHTHOL
(NO CITATIONS)
METHYL OXIRAN
(SEE PROPYLENE OXIDE)
METHYL OXIRANE
(SEE PROPYLENE OXIDE)
METHYL PENTYL KETONE
(SEE 2-HEPTANONE)
METHYL PHENYL KETONE
(SEE ACETOPHENONE)
METHYL PYRIDINE
(NO CITATIONS)
METHYL PYROCATECHOL
(NO CITATIONS)
METHYL QUINOLINE
(NO CITATIONS)
METHYL STYRENE
558, 923, 927, 1185
METHYL T-BUTYL KETONE
(NO CITATIONS)
METHYL THIOPHENE
(NO CITATIONS)
METHYLENE CHLORIDE
213, 1045
MIAK
(SEE 2-METHYL-5-HEXANONE)
MIK
(SEE 2-METHYL-4-PENTANONE)
MONOBUTYL ETHER
(SEE 2-BUTOXYETHANOL)
MONOCHLOROETHYLENE
(SEE VINYL CHLORIDE)
MONOTHIOL TRIETHYLENE GLYCOL
(NO CITATIONS)
MORETANE
(NO CITATIONS)
MULTIFLORANE
(NO CITATIONS)
N-BUTANE
73, 167, 397, 555, 682, 836, 1147
1162
N-BUTANOL
(SEE N-BUTYL ALCOHOL)
N-BUTYL ALCOHOL
178, 478, 484, 538, 869, 954
N-BUTYL ALDEHYDE
(SEE N-BUTYRALDEHYDE)
N-BUTYL ETHYL KETONE
(SEE 3-HEPTANONE)
N-BUTYL VINYL ETHER
(NO CITATIONS)
N-BUTYRALDEHYDE
552
N-CAPRIC ACID
(SEE DECANOIC ACID)
N-CAPROIC ACID
27
-------
(SEE N-HEXflNOIC ACID)
N-CAPRYLIC flCID
(SEE OCTANOIC flCID)
N-DECANOL
(SEE N-DECYL ALCOHOL)
N-DECENE
(NO CITATIONS)
N-DECOIC ACID
(SEE DECANOIC ACID)
N-DECYL ALCOHOL
(NO CITATIONS)
N-DECYL1C ACID
(SEE DECANOIC ACID)
N-ETHYL ANILINE
(NO CITATIONS)
N-HEPTANE
73, 181, 535. 536
N-HEPTOIC ACID
(SEE HEPTANOIC ACID)
N-HEXADECOIC ACID
(SEE PALMITIC ACID)
N-HEXANE
179, 275, 298, 312, 426, 462, 1166
N-HEXANOIC ACID
(NO CITATIONS)
N-HEXANOL
(SEE HEXYL ALCOHOL)
N-HEXOIC ACID
(SEE N-HEXANOIC ACID)
N-METHYLMORPHOLINE
(NO CITATIONS)
N-NITROSO-1,l-DIMETHYL-3-ETHYLUREfl
(NO CITATIONS)
N-NONOIC ACID
(SEE NONANOIC ACID)
N-NONYLIC flCID
(SEE NONANOIC ACID)
N-OCTANOL
(SEE OCTYL ALCOHOL)
N-PENTADECANE
(NO CITATIONS)
N-PROPYL ALCOHOL
(NO CITATIONS)
N-PROPYL AMINE
148, 209
N-PROPYL BENZENE
(NO CITATIONS)
N-VALERIC ACID
(SEE PENTANOIC ACID)
N,N-DIMETHYLNAPTHYLAMINE
(NO CITATIONS)
NAPHTHALENE
2, 4, 39, 66, 91, 112,
287, 223, 275, 293, 299
409, 413, 414, 415, 467
522, 548, 567, 596, 712
739, 748. 741. 742, 743
762, 808, 866, 871, 895
1816, 1817, 1834, 1051,
1054, 1095, 1111. 1116,
1137, 1138. 1148, 1285,
1249. 1253, 1254, 1283,
185, 194, 202
, 311, 336, 359
, 477, 508, 509
, 713, 714, 733
, 744, 752. 755
, 958, 994, 1811
1852, 1053
1135, 1136
1230, 1244
1287
NAPHTHANTHRACENE
(SEE BENZO(A)ANTHRACENE)
NAPTHACENE
(NO CITATIONS)
NEOMOTIONE
(NO CITATIONS)
NONADECANE
(NO CITATIONS)
NONANE
465, 1037, 1287
NONANOIC ACID
(NO CITATIONS)
NONENE
(NO CITATIONS)
0-AMINOTOLUENE
(SEE 0-TOLUIDINE)
0-BENZENEDIOL
(SEE CATECHOL)
0-BUTYLDIETHYLENE GLYCOL
(SEE 2-(2-BUTOXYETHOXY)ETHANOL)
0-CRESOL
439, 665, 867, 870
28
-------
0-DIHYDROXYBENZENE
(SEE CflTECHOL)
0-ETHYLflNILINE
(NO CITflTIONS)
0-ETHYLPHENOL
(NO CITflTIONS)
0-ETHYLTOLUENE
(NO CITflTIONS)
0-HYDRQXYPHENOL
(SEE CflTECHOL)
0-HYDROXYTOLUENE
(SEE 0-CRESOL)
0-ISOPROPYLPHENOL
(NO CITflTIONS)
0-METHYLPHENOL
(SEE 0-CRESOL)
0-METHYLSTYRENE
(NO CITflTIONS)
0-QUINONE
(SEE 1,2-BENZOQUINONE)
0-TOLUIDINE
966
0-TOLUQUINCLINE
(SEE 8-hETHYLQU INCLINE)
0-XYLENE
416, 417, 418, 482, 978
OCTflDECflNE
283, 744
OCTflLDEHYDE
(NO CITflTIONS)
OCTflNE
465, 473, 563
OCTflNOIC flCID
(NO CITflTIONS)
OCTENE
(NO CITflTIONS)
OCTYL ALCOHOL
385
OCTYL BENZENE
(NO CITflTIONS)
OLEftNANE
(NO CITflTIONS)
OLEIC flCID
(SEE CIS-9-OCTflDECENOIC flCID)
OXIRflN
(SEE ETHYLENE OXIDE)
OXIRflNE
(SEE ETHYLENE OXIDE)
OXYflLLOSETUL-2-ENE
(NO CITflTIONS)
P-BENZOQUINONE
(SEE 1,4-BENZOQUINONE)
P-CflROTflNE
(NO CITflTIONS)
P-CRESOL
78, 244, 350, 664
P-DIHYDROXYBENZENE
(SEE HYDROQUINONE)
P-ETHYLflNILINE
(NO CITflTIONS)
P-ETHYLPHENOL
666
P-ETHYLTOLUENE
(NO CITflTIONS)
P-HYDROXYTOLUENE
(SEE P-CRESOL)
P-ISOPROPYLPHENOL
(NO CITflTIONS)
P-METHYLPHENOL
(SEE P-CRESOL)
P-QUINONE
(SEE 1,4-BENZOQUINONE)
P-XYLENE
416, 418
PflLMITIC flCID
114
PflRflFFIN
99, 100, 110, 131, 147, 198, 208, 242
245, 246, 505. 596, 646, 845, 875, 876
877, 883, 917, 922, 1033, 1132
PflRflFORMflLDEHYDE
(SEE 1,3,5-TRIOXflNE)
29
-------
PENTflDECENE
(NO CITflTIONS)
PENTflNE
73, 1175
PENTflNOIC flCID
478, 954
PENTYL BENZENE
(NO CITflTIONS)
PENTYL PHENOL
(NO CITflTIONS)
PERCHLOROETHYLENE
(SEE 1,1,2,2-TETRflCHLOROETHYLENE)
PERFLUOROTOLUENE
(NO CITflTIONS)
PEROPYRENE
(SEE DIBENZO(CD,LM)PERYLENE)
PERYLENE
582, 687, 899, 1251, 1254
PHENflNTHRENE
223, 293, 336, 467, 583, 512, 522, 582
755, 928, 981, 1853, 1898, 1254
PHENflNTHRIDINE
(NO CITflTIONS)
PHENflNTHROL
(NO CITflTIONS)
PHENOL
5, 24, 25, 26, 27,
47. 55, 62, 63, 64,
97, 182, 183, 117,
133, 138, 149, 157.
177, 182, 184, 192,
224, 232, 233, 234,
257. 259. 263. 267,
297, 383, 384, 387,
318, 321, 332, 337,
351, 364, 366, 369,
376, 377, 378, 379,
393, 396, 488, 485,
435, 436, 437, 439,
463,- 469, 478, 473,
487, 489, 584, 519,
551, 556, 559, 561,
588, 585, 587, 589,
595, 688, 618, 611,
628, 621, 625, 629,
634, 649, 651, 658,
678, 678, 679, 688,
687, 688, 689, 691,
698, 781, 718, 711,
28, 34, 35, 38, 48
77, 79, 88, 81, 83
122, 125, 128, 129
169, 172, 173, 174
194, 195, 283, 213
236, 248, 248, 253
268, 271, 279, 295
388, 313, 314, 317
343, 344, 349, 358
378, 373, 374, 375
382, 398, 391, 392
486, 422, 423, 434
446. 447, 453, 461
476, 478, 479, 485
525, 526, 528, 539
574, 575, 576, 579
598, 592, 593, 594
616, 617, 618, 619
638. 631, 632, 633
668, 662, 663, 664
681, 682, 683, 685
693, 694, 695, 696
721, 722, 723, 724
725, 731, 732, 733, 738,
772, 773, 774, 776, 777,
784, 786, 787, 788, 793,
887, 888, 889, 813, 828,
833, 835, 838, 841, 842,
848, 852, 854, 856, 881,
983, 984, 906, 988, 912,
942, 943, 944, 945, 946.
961, 973, 974, 979, 982,
986, 998, 991, 996, 1082
1886, 1818, 1014, 1828,
1826, 1038, 1031, 1835,
1847, 1850, 1057, 1858,
1065, 1066, 1068, 1079,
1882, 1883, 1890, 1891,
1097, 1106, 1189, 1110,
1133, 1134, 1139, 1140,
1146, 1147. 1153, 1154,
1159. 1160, 1164, 1166,
1187, 1189, 1190, 1192,
1198, 1202, 1204, 1213,
1222, 1225, 1226, 1227,
1234, 1236, 1237, 1238,
1244, 1245, 1246, 1276,
1289, 1294, 1295, 1297,
1311. 1313
748, 758, 761
778, 779, 782
795, 805, 886
822, 824, 831
843, 844, 847
900, 901, 902
933, 934, 941
952, 953, 960
983, 984, 985
, 1004, 1005
1021, 1023
1036, 1046
1859, 1060
1080, 1881
1092, 1093
1125, 1131
1144, 1145
1155, 1156
1167, 1183
1194, 1196
1216, 1218
1231, 1232
1248, 1242
1277, 1288
1304, 1310
PHENOLIC RESINS
1215
PHENYL flMINE
(SEE ANILINE)
PHENYL BENZENE
(SEE BIPHENYL)
PHENYL CYflNIDE
(SEE BENZONITRILE)
PHENYL ETHflNE
(SEE ETHYL BENZENE)
PHENYL NflPHTHflLENE
(NO CITflTIONS)
PHTHflLIC flNHYDRIDE
11, 214, 345, 346, 424, 478, 479, 521
565, 639, 640, 641, 882, 818, 837, 862
898, 956, 1800, 1223
PICENE
(NO CITflTIONS)
PINflCOLIN
(SEE METHYL T-BUTYL KETONE)
PINflCOLINE
(SEE METHYL T-BUTYL KETONE)
PINflCOLONE
(SEE METHYL T-BUTYL KETONE)
30
-------
POLYETHYLENE
61, 250, 738, 796, 916, 1278, 1271
1299
POLYPROPYLENE
599, 1267
PROPANAMIDE
(SEE PROPIONftMIDE)
PROPANE
139, 148, 286, 718, 1878, 1116
PROPANOIC ACID
(SEE PROPIONIC ACID)
PROPANOL
(SEE ISOPROPYL ALCOHOL)
PROPENE
1, 48, 286, 266, 718, 794, 1267
PROPENENITRILE
(SEE ACRYLONITRILE)
PROPIONAMIDE
478
PROPIONIC ACID
144, 286, 484, 803
PROPIONIC ACID AMIDE
(SEE PROPIONAMIDE)
PROPYL ACETIC ACID
(SEE PENTANOIC ACID)
PROPYL BENZENE
142, 296
PROPYL HYDROGEN SULFATE
(NO CITATIONS)
PROPYLENE
(SEE PROPENE)
PROPYLENE CHLOROHYDRIN
(NO CITATIONS)
PROPYLENE DICHLORIDE
(SEE 1,2-DICHLOROPROPANE)
PROPYLENE OXIDE
1, 266, 794
PSEUDOCUMENE
(SEE 1,2,4-TRIMETHYLBENZENE)
PSEUDOCUMENOL
(SEE TRIMETHYL PHENOL)
PYRENE
16, 18, 36, 185, 300, 324, 457, 464
467, 494, 501, 502, 503, 522, 549, 562
607, 739, 740, 763, 846, 851, 898, 951
955, 962, 963, 966, 967, 1839, 1040
1051, 1052, 1053, 1054, 1069, 1070
1071, 1072. 1150, 1152, 1172, 1173
1258, 1254, 1273, 1285, 1296
PYRIDINE
46, 68, 87, 124, 157, 168, 183, 188
258, 284, 318, 347, 357, 517, 534, 553
614, 650, 675, 676, 692, 865, 907, 1895
1096, 1112, 1116, 1166, 1217, 1262
1263. 1264
PYROCATECHOL
(SEE CATECHOL)
PYROCATECHUIC ACID
(SEE CATECHOL)
PYRROL
(SEE PYRROLE)
PYRROLE
(NO CITATIONS)
QUINALDINE
32, 33, 537, 799
QUINOL
(SEE HYDROQUINONE)
QUINOL INE
9, 87, 449, 508, 553, 783. 955, 1011
1128
RESORCINOL
34, 101, 215, 216. 281. 388. 483. 588
557, 572, 609, 696, 711, 753, 861, 868
920, 1066, 1076, 1162, 1197, 1199, 1241
S-BUTANOL
(SEE S-BUTYL ALCOHOL)
S-BUTYL ALCOHOL
478
SAPOTALIN
(SEE TRIMETHYL NAPHTHALENE)
SERRATANE
(NO CITATIONS)
SITOSTANE
(NO CITATIONS)
STYRENE
31
-------
1, 67, 186, 231, 239, 333, 531, 794
836, 852, 923, 935, 936, 972, 1180
1101, 1182, 1185, 1130, 1298
T-BUTANOL
(SEE T-BUTYL ALCOHOL)
T-BUTYL ALCOHOL
(NO CITATIONS)
T-BUTYL AMINE
653, 1314
TAR ACIDS
1287
TARAXASTANE
(NO CITATIONS)
TARAXERANE
(NO CITATIONS)
TETRACENE
(SEE NAPTHACENE)
TETRACHLOROETHYLENE
(SEE 1,1,2,2-TETRACHLOROETHYLENE)
TETRADECANE
31, 855
TETRADECENE
31
TETRADECYLENE
(SEE TETRADECENE)
TETRAHYMANE
(NO CITATIONS)
TETRAHYMANOL
(NO CITATIONS)
TETRAMETHYL BENZENE
(NO CITATIONS)
TETRAMETHYL INDAN
(SEE TETRAMETHYL INDANE)
TETRAMETHYL INDANE
(NO CITATIONS)
TETRAMETHYL UREA
(NO CITATIONS)
TETRAPHENE
(SEE BENZO(A)ANTHRACENE)
THIACYCLOPENTANE
(NO CITATIONS)
THIANAPHTHENE
(SEE BENZO(B)THIOPHENE)
THIONAPHTHENE
(SEE BENZO(B)THIOPHENE)
THIOPHENE
211, 416, 417, 418, 714, 833, 914
1827
THIOSULFIDE
(NO CITATIONS)
TMB
(SEE MESITYLENE)
TOLUENE
48, 66, 111, 118, 161, 163, 178, 188
211, 239, 338, 352, 367, 381, 489, 410
413, 414, 415, 428, 465, 482, 532, 548
628, 645, 673, 744, 755, 833, 874, 989
914, 915, 918, 1812, 1105, 1112, 1116
1138, 1181, 1244, 1253, 1380
TRANS-BETA-BUTYLENE
(SEE BUTENE)
TRANS-DECENE
(SEE N-DECENE)
TRANS-MUCONIC ACID
(SEE 2,4-HEXADIENEDIOIC ACID, TRANS TRANS
TRI-0-CRESYL PHOSPHATE
(SEE TRICRESYL PHOSPHATE)
TRI-0-TOLYL PHOSPHATE
(SEE TRICRESYL PHOSPHATE)
TRI-2-TOLYL PHOSPHATE
(SEE TRICRESYL PHOSPHATE)
TRIBROMOMETHANE
(SEE BROMOFORM)
TRICHLOROFLUOROMETHANE
(NO CITATIONS)
TRICHLOROMETHANE
(SEE CHLOROFORM)
TRICRESYL PHOSPHATE
(NO CITATIONS)
TRIDECANE
(NO CITATIONS)
TRIDECENE
(NO CITATIONS)
TRIDECYLENE
32
-------
(SEE TRIDECENE)
TRIFORMOL
(SEE 1,3,5-TRIOXANE)
TRIMETHYL AMINO METHANE
(SEE T-BUTYL flMINE)
TRIMETHYL ANILINE
(NO CITATIONS)
TRIMETHYL INDAN
(SEE TRIMETHYL INDANE)
TRIMETHYL INDflNE
(NO CITATIONS)
TRIfETHYL NAPHTHALENE
(NO CITATIONS)
TRIMETHYL PHENOL
(NO CITATIONS)
TRIMETHYL PYRIDINE
(NO CITATIONS)
TRIMETHYL SILflNOL
(NO CITftTIONS)
TRIOXYMETHYLENE
(SEE 1,3,5-TRIOXANE)
TRIPHENYLENE
(NO CITATIONS)
TRITOLYL PHOSPHflTE
(SEE TRICRESYL PHOSPHATE)
UNDECANE
CSEE UNODECANE)
UNODECflNE
(NO CITATIONS)
URSANE
(NO CITATIONS)
VINYL BENZENE
(SEE STYRENE)
VINYL CHLORIDE
145, 262, 766
VINYL CYANIDE
(SEE ACRYLONITRILE)
VINYL ETHYLENE
(SEE 1,3-BUTADIENE)
VINYL THIOPHENE
(NO CITATIONS)
VINYL TOLUENE
(SEE METHYL STYRENE)
XYLENE
67, 76, 111, 118, 161, 214, 275, 288
330, 367, 380, 411, 416, 417, 418, 465
482, 527, 542, 645, 673, 692, 833, 874
909, 924, 925, 926, 970, 1116, 1123
1126, 1256
XYLENOL
76, 314, 439, 660, 884, 1123, 1200
1240, 1267, 1305, 1306
l-AZA-2,4-CYCLOPENTADIENE
(SEE PYRROLE)
1-AZAINDENE
(SEE INDOLE)
1-AZANAPHTHALENE
(SEE QUINOLINE)
1-BENZAZINE
(SEE QUINOLINE)
1-BENZAZOLE
(SEE INDOLE)
1-BENZINE
(SEE QUINOLINE)
1-BENZOTHIOPHENE
CSEE BENZO(B)THIOPHENE)
1-BUTANOL
(SEE N-BUTYL ALCOHOL)
l-CHLORO-2-(BETA-CHLOROETHOXY)ETHANE
(SEE DI(2-CHLOROETHYL)ETHER)
l-CHLORO-2-PROPENE
(NO CITATIONS)
l-CHLORO-2,3-EPOXYPROPANE
(NO CITATIONS)
1-DECANOL
(SEE N-DECYL ALCOHOL)
1-DECENE
(SEE N-DECENE)
1-HEPTANE CARBOXYLIC ACID
(SEE OCTANOIC ACID)
i-HEXANAL
(SEE HEXALDEHYDE)
1-HEXftNECARBOXYLIC ACID
33
-------
(SEE HEPTflNOIC PCID)
i-HEXANOL
CSEE HEXYL ALCOHOL)
l-HYDROXY-2.3-DIMETHYLBENZENE
(SEE 2,3-XYLENOL)
l-HYDROXY-2,4-DIMETHYLBENZENE
(SEE 2,4-XYLENOL)
l-HYDROXY-2,5-DIMETHYLBENZENE
(SEE 2,5-XYLENOL)
l-HYDROXY-2.6-DIMETHYLBENZENE
(SEE 2,6-XYLENOL)
1-HYDROXY-3,4-DIMETHYLBENZENE
(SEE 3,4-XLYENOL)
1-HYDROXY-3,5-DIMETHYLBENZENE
(SEE 3,5-XYLENOL)
1-HYDROXYNAPHTHALENE
(SEE ALPHA-NAPHTHOL)
1-METHYLFLQURENE
(NO CITATIONS)
1-METHYLINDENE
(NO CITATIONS)
1-METHYLNAPHTHflLENE
1853
1-METHYLPHENANTHRENE
(NO CITATIONS)
l-METHYLPYRENE
(NO CITATIONS)
1-NAPHTHOL
(SEE ALPHA-NftPHTHOL)
1-NONANECARBOXYLIC ACID
(SEE DECANOIC ACID)
1-OCTANECARBQXYLIC ACID
(SEE NONANQIC ACID)
1-OCTANOL
(SEE OCTYL ALCOHOL)
1-PHENYLHEXANE
(SEE HEXYL BENZENE)
1-PHENYLNAPHTHALENE
(NO CITATIONS)
1-PROPANOL
(SEE N-PROPYL ALCOHOL)
l-THIA-3-flZflINDENE
(SEE BENZOTHIAZOLE)
1-THIAINDENE
(SEE BENZO(B)THIOPHENE)
1,1-DICHLORO-2.2-DICHLOROETHANE
(SEE 1,1,2,2-TETRACHLOROETHANE)
1.1-DIMETHYL ETHANOL
(SEE T-BUTYL ALCOHOL)
1,1,1-TRICHLOROETHENE
(NO CITATIONS)
1,1,2t2-TETRACHLOROETHANE
(NO CITATIONS)
1.1,2,2-TETRACHLOROETHYLENE
(NO CITATIONS)
1, l'-OXYBIS(2-CHLOROETHANE)
(SEE DI(2-CHLOROETHYL)ETHER)
1,2-(1,8-NAPHTHYLENE)BENZENE
(SEE FLUORANTHENE)
1f2-BENZACENAPHTHENE
(SEE FLUORANTHENE)
1,2-BENZANTHRACENE
(SEE BENZO(A)ANTHRACENE)
U2-BENZENEDICARBOXYLIC ACID ANHYDRIDE
(SEE PHTHALIC ANHYDRIDE)
1.2-BENZENEDIOL
(SEE CATECHOL)
1.2-BENZOFLUORENE
(NO CITATIONS)
1,2-BENZOPHENANTHRENE
(SEE CHRYSENE)
1,2-BENZOPYRENE
(SEE BENZO(A)PYRENE)
1,2-BENZOQUINONE
978, 1077. 1199
1,2-BENZPHENANTHRENE
(SEE CHRYSENE)
1.2-BENZPYRENE
(SEE BENZO(A)PYRENE)
1,2-BUTANOLIDE
(SEE DIHYDRO-2(3H)-FURANONE)
34
-------
1,2-DICHLOROETHANE
(SEE ETHYLENE DICHLORIDE)
1,2-DICHLOROPROPANE
(NO CITATIONS)
1,2-DIHYDROXYBENZENE
(SEE CATECHOL)
1,2-DIHYDROXYETHANE
(SEE ETHYLENE GLYCOL)
1,2-DIHYDROXYNAPHTHALENE
(NO CITATIONS)
1,2-DIMETHYLBENZENE
(SEE 0-XYLENE)
1,2-DIMETHYLCYCLOPENTANONE
(SEE DIMETHYL CYCLOPENTANONE)
1,2-DIMETHYLNAPHTHALENE
(NO CITflTIONS)
1,2-EPOXYETHANE
(SEE ETHYLENE OXIDE)
1,2-EPQXYPROPANE
(SEE PROPYLENE OXIDE)
1,2-ETHflNEDIOL
(SEE ETHYLENE GLYCOL)
1,2-HYDRINDENE
(SEE INDANE)
1,2-NAPHTHALENEDIOL
(SEE 1,2-DIHYDROXYNftPHTHftLENE)
1,2-PROPYLENEOXIDE
(SEE PROPYLENE OXIDE)
1,2,3-PROPflNETRIOL
(SEE GLYCEROL)
1,2,3-THIADIZOLE
(NO CITflTIONS)
1,2,3-TRIHYDROXYPROPflNE
(SEE GLYCEROL)
1.2.3-TRIMETHYLPYRIDINE
(NO CITATIONS)
1,2,3,4-DIBENZOPHENflNTHRENE
(SEE BENZO(G)CHRYSENE)
1,2,3,4-DIBENZPHENANTHRENE
(SEE BENZO(G)CHRYSENE)
1,2,3,4-TETRflHYDROQUINOLINE
(NO CITflTIONS)
1,2,4-TRIMETHYLBENZENE
430, 431, 925, 926
1,2,5-TRIMETHYLBENZENE
(SEE 1,2,4-TRIMETHYLBENZENE)
1,2,5,6-DIBENZflNTHRflCENE
(SEE DIBENZO(A,H)ANTHRACENE)
1,2,5,6-DIBENZONAPHTHALENE
(SEE CHRYSENE)
1,2,5,6-DIBENZOPHENANTHRENE
(SEE BENZO(C)CHRYSENE)
1,2,5,6-DIBENZPHENANTHRENE
(SEE BENZO(C)CHRYSENE)
1,2,7,8-DIBENZACRIDINE
(SEE DIBENZO(fl,J)ACRIDINE)
1,2,7,8-DIBENZANTHRflCENE
(SEE DIBENZO(fl,H)ANTHRACENE)
1,3-BENZENEDIOL
(SEE RESORCINOL)
1,3-BUTADIENE
836
1,3-DIETHYLBENZENE
(NO CITATIONS)
1,3-DIHYDROXYBENZENE
(SEE RESORCINOL)
1,3-DIMETHYLBENZENE
(SEE M-XYLENE)
1,3-DIMETHYLCYCLOPENTANONE
(SEE DIMETHYL CYCLOPENTANONE)
1,3-DIMETHYLNAPHTHALENE
(NO CITATIONS)
1,3-DIOXOPHTHALAN
(SEE PHTHALIC ANHYDRIDE)
1,3-ISOBENZOFURANDIONE
(SEE PHTHALIC ANHYDRIDE)
1,3-PHTHALANDIONE
(SEE PHTHALIC ANHYDRIDE)
1,3,5-TRIMETHYLBENZENE
(SEE MESITYLENE)
1,3,5-TRIOXAN
(SEE 1,3,5-TRIOXANE)
35
-------
1,3.5-TRIOXANE
(NO CITATIONS)
1,3,5-TRIPHENYLBENZENE
(NO CITATIONS)
1,4-BENZENEDIOL
(SEE HYDROQUINONE)
1,4-BENZOQUINONE
978
1,4-BUTANOLIDE
(SEE DIHYDRO-2(3H)-FURANQNE)
1,4-DIHYDROXYBENZENE
(SEE HYDROQUINONE)
1,4-DIMETHYL-2,3-BENZPHENANTHRENE
(SEE 7,!2-DirETHYLBENZO(A)ANTHRACENE)
1,4-DIMETHYLBENZENE
(SEE P-XYLENE)
1,4-DIOXYBENZENE
(SEE 1,4-BENZOQUINONE)
1,5-DI rtTHYLNAPHTHALENE
(NO CITATIONS)
1.6-DIMETHYLNftPHTHALENE
(NO CITATIONS)
18-AZflANTHRACENE
(SEE ACRIDINE)
IB,11-BENZFLUORANTHENE
(SEE BENZO(J)FLUORANTHENE)
18,11-BENZOFLUORANTHENE
(SEE BENZO(J)FLUORANTHENE)
11,12-BENZOFLUORANTHENE
(SEE BENZO(K)FLUORANTHENE)
2-(CHLOROMETHYL)-OXIRANE
(SEE l-CHLORO-2,3-EPOXYPRQPANE)
2-(2-BUTOXYETHOXY)ETHANOL
(NO CITATIONS)
2-AMINO-1-METHYLBENZENE
(SEE 0-TOLUIDINE)
2-AMINO-2-METHYLPROPANE
(SEE T-BUTYL AMINE)
2-BUTANOL
(SEE S-BUTYL ALCOHOL)
2-BUTOXYETHANOL
228, 296, 450, 451, 563, 667, 70S
1029, 1118, 1307
2-ETHYL-GAMMA-PICOLINE
(SEE 2-ETHYL-4-METHYLPYRIDINE)
2-ETHYL-4-METHYLPYRIDINE
(NO CITATIONS)
2-ETHYL-6-METHYLPYRIDINE
(NO CITATIONS)
2-ETHYLANILINE
(SEE 0-ETHYLANILINE)
2-ETHYLBENZIMIDAZOLE
(NO CITATIONS)
2-ETHYLPYRIDINE
(NO CITATIONS)
2-ETHYLTOLUENE
(SEE 0-ETHYLTOLUENE)
2-HEPTANONE
(NO CITATIONS)
2-HEXANONE
(NO CITATIONS)
2-HYDROXYNAPHTHALENE
(SEE BETA-NAPHTHOL)
2-HYDROXYPHENOL
(SEE CATECHOL)
2-HYDROXYTOLUENE
(SEE 0-CRESOL)
2-ISOPROPYLBENZIMIDAZOLE
(NO CITATIONS)
2-METHYL-2-HYANETHIOL
(NO CITATIONS)
2-METHYL-2-PENTANOL-4-ONE
(SEE 4-HYDROXY-4-METHYL-2-PENTANONE)
2-METHYL-2-PROPANOL
(SEE T-BUTYL ALCOHOL)
2-METHYL-3-PENTANONE
(NO CITATIONS)
2-METHYL-4-ETHYLPHENOL
(NO CITATIONS)
2-METHYL-4-ETHYLPYRIDINE
(SEE ALPHA-COLL IDINE)
36
-------
2-METHYL-4-PENTANONE
(NO CITATIONS)
2-METHYL-5-ETHYLPYRIDINE
(NO CITATIONS)
2-METHYL-5-HEXANQNE
(NO CITATIONS)
2-METHYLflNILINE
(SEE 0-TOLUIDINE)
2-ttETHYLANTHRACENE
(NO CITATIONS)
2-METHYLBENZIMIDAZOLE
(NO CITATIONS)
2-METHYLCYCLOPENTflNONE
(NO CITATIONS)
2-METHYLNflPHTHALENE
293
2-METHYLPHENOL
(SEE 0-CRESOL)
2-METHYLPROPANENITRILE
(NO CITATIONS)
2-METHYLPYRIDINE
1096
2-l-ETHYLQU INCLINE
(SEE QUINALDINE)
2-N-BUTYOXYETHANOL
(NO CITATIONS)
2-NAPHTHOL
(SEE BETA-NAPHTHOL)
2-NAPHTHYLAMINE
(NO CITATIONS)
2-OCTANONE
(NO CITATIONS)
2-PHENYLNAPHTHALENE
(NO CITATIONS)
2-PHENYLPROPANE
(SEE ISOPROPYL BENZENE)
2-PHENYLPROPENE
(SEE ALPHA-METHYLSTYRENE)
2-PHENYLPROPYLENE
(SEE ALPHA-METHYLSTYRENE)
2-PICOLINE
(SEE 2-METHYLPYRIDINE)
2-PROPANOL
(SEE ISOPROPYL ALCOHOL)
2-PROPENAL
(SEE ACRALDEHYDE)
2-THIAPROPANE
(SEE DIMETHYL SULFIDE)
2-THIOPROPANE
(SEE DIMETHYL SULFIDE)
2,2-DIMETHYLHEXANE
(NO CITATIONS)
2,2'-DICHLOROETHYL ETHER
(SEE DK2-CHLOROETHYDETHER)
2,2'-DIPYRIDINE
(NO CITATIONS)
2,3-BENZANTHRACENE
(SEE NAPTHACENE)
2,3-BENZODIPHENYLENOXIDE
(NO CITATIONS)
2,3-BENZOFLUORENE
(NO CITATIONS)
2,3-BENZOPHEHANTHRENE
(SEE BENZO(A)ANTHRACENE)
2,3-BENZOPYRROLE
(SEE INDOLE)
2.3-BENZPHENANTHRENE
(SEE BENZO(A)ANTHRACENE)
2,3-DIHYDROINDENE
(SEE INDANE)
2,3-DIMETHYLCYCLQPENTANONE
(SEE DIMETHYL CYCLOPENTANONE)
2,3-DIMETHYLNAPHTHALENE
(NO CITATIONS)
2,3-DIMETHYLPHENOL
(SEE 2,3-XYLENOL)
2,3-DIMETHYLPYRIDINE
(SEE 2,3-LUTIDINE)
2,3-DIMETHYLTHIOPHENE
(SEE DIMETHYL THIOPHENE)
2,3-LUTIDINE
(NO CITATIONS)
37
-------
2,3-THIOXENE
(SEE DIMETHYL THIOPHENE)
2,3-XYLENOL
(NO CITATIONS)
2,3,5-TRIMETHYLPHENOL
(NO CITATIONS)
2,4-DIMETHYLANILINE
(NO CITATIONS)
2,4-DIMETHYLCYCLOPENTANONE
(SEE DIMETHYL CYCLOPENTANONE)
2,4-DIMETHYLPHENOL
(SEE 2,4-XYLENOL)
2,4-DIMETHYLPYRIDINE
(SEE 2,4-LUTIDINE)
2,4-DIMETHYLTHIOPHENE
(SEE DIMETHYL THIOPHENE)
2,4-HEXADIENEDIOIC ACID, CIS CIS
(NO CITATIONS)
2,4-HEXADIENEDIOIC ACID, TRANS TRANS
(NO CITATIONS)
2,4-INTIDINE
(NO CITATIONS)
2,4-LUTIDINE
(NO CITATIONS)
2,4-THIOXENE
(SEE DIMETHYL THIOPHENE)
2,4-XYLENOL
(NO CITATIONS)
2,4-XYLIDINE
(SEE 2,4-DIMETHYLANILINE)
2,4,6-TRIMETHYLPYRIDINE
(NO CITATIONS)
2,5-DIMETHYL-2-CYCLOPENTENONE
(NO CITATIONS)
2,5-DIMETHYLPHENOL
(SEE 2,5-XYLENOL)
2,5-DIMETHYLPYRIDINE
(SEE 2,5-LUTIDINE)
2,5-DIMETHYLTHIOPHENE
(SEE DIMETHYL THIOPHENE)
2,5-DMP
(SEE 2,5-XYLENOL)
2,5-FURANDIONE
(SEE MALE1C ANHYDRIDE)
2,5-LUTIDINE
(NO CITATIONS)
2,5-XYLENOL
(NO CITATIONS)
2,6-DIHYDROXY-1,4-BENZOQUINONE
(NO CITATIONS)
2,6-DIMETHYLANILINE
966
2,6-DIMETHYLBENZOFURAN
(NO CITATIONS)
2,6-DIMETHYLNAPHTHALENE
(NO CITATIONS)
2,6-DIMETHYLPHENOL
(SEE 2,6-XYLENOL)
2,6-DIMETHYLPYRIDINE
(SEE 2,6-LUTIDINE)
2,6-DIMETHYLQUINOLINE
(NO CITATIONS)
2,6-DMP
(SEE 2,6-XYLENOL)
2,6-INTIDINE-
(NO CITATIONS)
2,6-LUTIDINE
(NO CITATIONS)
2,6-XYLENOL
(NO CITATIONS)
2,6-XYLIDINE
(SEE 2,6-DIMETHYLANILINE)
29-METHYLCHOLANTHRENE
(SEE 3-METHYLCHOLANTHRENE)
24-METHYL-5-ALPHA-CHOLESTANE
(SEE ERGOSTANE)
3-AMINO-1-METHYLBENZENE
(SEE M-TOLUIDINE)
3-CHLORO-1,2-EPOXYPROPANE
(SEE l-CHLORO-2,3-EPOXYPROPANE)
3-CHLORO-1,2-PROPYLENE OXIDE
38
-------
(SEE l-CHLORO-2,3-EPOXYPROPANE>
3-CHLOROPROPYLENE
(SEE l-CHLORO-2-PROPENE)
3-ETHYL-GAMMA-PICOLINE
(SEE BETA-COLL IDINE)
3-ETHYL-4-METHYLPYRIDINE
(SEE BETA-COLLIDINE)
3-ETHYLPYRIDINE
(NO CITflTIONS)
3-ETHYLTOLUENE
(SEE M-ETHYLTOLUENE)
3-HEPTflNONE
(NO CITATIONS)
3-HEXANONE
(NO CITATIONS)
3-HYDROXYTOLUENE
(SEE M-CRESOL)
3-METHYL-2-PENTANONE
(NO CITATIONS)
3-METHYL-6-ETHYLPHENOL
(NO CITATIONS)
3-METHYLCHOLANTHRENE
17, 739, 950, 951, 967
3-METHYLINDENE
(NO CITATIONS)
3-METHYLPHENOL
(SEE M-CRESOL)
3-METHYLTHIOPHENE
(NO CITATIONS)
3-OCTANONE
(NO CITATIONS)
3-OXA-l-HEPTANOL
(SEE 2-BUTOXYETHANOL)
3-PICOLINE
674, 677
3-THIOTOLENE
(SEE 3-METHYLTHIOPHENE)
3,3-DIMETHYL-2-BUTANONE
(SEE METHYL T-BUTYL KETONE)
3,3-DIPHENYLPROPANOL
(NO CITATIONS)
3,4-BENZOCHRYSENE
(SEE PICENE)
3,4-BENZOPHENANTHRENE
(SEE BENZO(C)PHENANTHRENE)
3,4-BENZOPYRENE
(SEE BENZO(A)PYRENE)
3,4-BENZOQUINCLINE
(SEE PHENANTHRIDINE)
3,4-BENZPYRENE
(SEE BENZO(A)PYRENE)
3,4-BP
(SEE BENZO(A)PYRENE)
3,4-DIMETHYLPHENOL
(SEE 3,4-XLYENOL)
3,4-DIMETHYLPYRIDINE
(SEE 3,4-LUTIDINE)
3,4-DMP
(SEE 3,4-XLYENOL)
3,4-LUTIDINE
(NO CITATIONS)
3,4-XLYENOL
(NO CITATIONS)
3,4,5,6-DIBENZACRIDINE
(SEE DIBENZO(A,J)ACRIDINE)
3,5-DIMETHYLPYRIDINE
(SEE 3,5-LUTIDINE)
3,5-DMP
(SEE 3,5-XYLENOL)
3,5-LUTIDINE
(NO CITATIONS)
3,5-XYLENOL
(NO CITATIONS)
4-BUTYROLACTONE
(SEE DIHYDRO-2(3H)-FURftNONE)
4-CRESOL
(SEE P-CRESOL)
4-ETHYL-ALPHA-PICOLINE
(SEE ALPHA-COLLIDINE)
4-ETHYLANILINE
(SEE P-ETHYLANILINE)
39
-------
4-ETHYLTOLUENE
(SEE P-ETHYLTOLUENE)
4-HEPTflNONE
(NO CITflTIONS)
4-HYDROXY-2-KETO-4-METHYLPENTflNE
(SEE 4-HYDROXY-4-METHYL-2-PENTflNONE)
4-HYDROXY-4-METHYL-2-PENTflNONE
(NO CITflTIONS)
4-HYDROXYBUTYRIC flCID
(SEE DIHYDRO-2(3H)-FURflNONE)
4-HYDROXYTOLUENE
(SEE P-CRESOL)
4-INDflNOL
(NO CITflTIONS)
4-METHYL-2-ETHYLPHENOL
(NO CITATIONS)
4-METHYLMORPHOLINE
(SEE N-METHYLMORPHOLINE)
4-METHYLPHENOL
(SEE P-CRESOL)
4-METHYLPYRIDINE
1096
4-METHYLQUINCLINE
(NO CITflTIONS)
4-OCTftNONE
(NO CITflTIONS)
4-PICOLINE
(SEE 4-METHYLPYRIDINE)
4,5-BENZOPYRENE
(SEE BENZO(E)PYRENE)
5-ETHYL-flLPHfl-PICOLINE
(SEE 2-METHYL-5-ETHYLPYRIDINE)
5-HYDROXY-3,4-BENZOPYRENE
(NO CITflTIONS)
5-HYDROXYBENZOPYRENE
(SEE 5-HYDROXY-3,4-BENZOPYRENE)
5-METHYL-3-HEPTANONE
(NO CITflTIONS)
5-METHYLBENZIMIDflZOLE
(NO CITflTIONS)
5,6-DIMETHYLBENZOFURflN
(NO CITflTIONS)
6-ETHYL-fiLPHfl-PICOLINE
(SEE 2-ETHYL-6-METHYLPYRIDINE)
6-METHYLQUINflLDINE
(SEE 2,6-DIMETHYLQUINOLINE)
7-flZflD IBENZ(A,J)ANTHRflCENE
(SEE DIBENZO(A,J)ACRIDINE)
7, 12-DIMETHYLBENZ(A)ANTHRACENE
(SEE 7,12-DIMETHYLBENZO(ft)ANTHRflCENE)
7.12-DIMETHYLBENZO(A)flNTHRACENE
(NO CITflTIONS)
7f 12-DMBA
(SEE 7,12-DIMETHYLBENZO(fl)flNTHRflCENE)
7,8-BENZOCHINOLINE
(NO CITATIONS)
7,8-BENZOFLUORANTHENE
(SEE BENZO(J)FLUORflNTHENE)
7,B-DIHYDROXY-3,4-BENZOPYRENE
(NO CITflTIONS)
7,8-DIHYDROXYBENZOPYRENE
(SEE 7,8-DIHYDROXY-3,4-BENZOPYRENE)
8-HYDROXY-3,4-BENZOPYRENE
(NO CITATIONS)
8-HYDROXYBENZOPYRENE
(SEE 8-HYDROXY-3,4-BENZOPYRENE)
8-METHYLQUINCLINE
(NO CITflTIONS)
9-flZflFLUORENE
(SEE CflRBflZOLE)
9-flZflPHENflNTHRENE
(SEE PHENANTHRIDINE)
9-METHYLANTHRACENE
(NO CITflTIONS)
9-METHYLFLUORENE
(NO CITflTIONS)
9,1B-BENZOPHENANTHRENE
(SEE TRIPHENYLENE)
9,IB-DIHYDROANTHRflCENE
(NO CITflTIONS)
9,10-OCTflDECENOIC ftCID
(SEE CIS-9-OCTflDECENOIC flCID)
40
-------
A
41
-------
ABSORPTION
(SEE SORPTION)
ABUNDANCE
38, 724
ACCLIMATION
266, 315, 376, 379, 391, 394. 478, 584
692, 731, 737, 798, 816, 824, 976, 1384
ACCUMULATION
2, 39, 60, 86, 198, 284, 229, 242, 246
388, 413, 455, 588, 548, 578, 571, 596
687, 789, 723, 748, 743, 745, 767, 787
896, 914, 918, 965, 1881, 1817, 1829
1879, 1111, 1138, 1143, 1168, 1161
1219, 1236, 1273, 1276, 1387, 1389
ACCURACY
(SEE STATISTICS)
ACIDITY
2, 9. 35, 41, 53, 96, 114, 144, 166
188, 199, 288, 256, 258, 271, 286, 293
295. 389, 313, 342, 345, 347, 352, 368
361, 369, 391, 393, 488, 416, 417, 424
432, 433, 438, 441, 443, 449, 466, 478
479, 484, 488, 491, 523, 527, 536, 538
565, 578, 597, 598, 601, 615, 639, 648
641, 647, 667, 689, 789, 733, 747, 762
880, 882, 803, 813. 815, 817, 818, 821
831, 837, 862, 890, 892, 893, 954, 956
968, 983, 995, 998, 1000, 1001, 1011
1026, 1030, 1033, 1893, 1094, 1105
1108, 1111, 1113, 1122, 1158, 1166
1197, 1207, 1208, 1289, 1219, 1222
1223, 1224, 1235, 1244, 1281, 1304
1306
ACTIVATED CARBON
(SEE UASTE TREATMENT, CARBON FILTRATION)
ACTIVATED SLUDGE
(SEE WASTE TREATMENT, SLUDGE)
ACTIVATION ANALYSIS
318, 389
ACUTE TOXICITY
(SEE TOXICOLOGY, ACUTE)
ADAPTATION
(SEE ACCLIMATION)
ADENOSINE TRIPHOSPHATE
(SEE BIOCHEMISTRY, NUCLEOTIDE)
ADSORPTION
(SEE SORPTION)
AERATION
1237
AEROBIC
2, 144, 202, 278, 312, 478, 719, 976
989, 1132, 1278
AEROSOL
(SEE AIR)
AGE DEPENDENCE
21, 315, 772. 914
AGGLOMERATION
(SEE FLOCCULATION)
AIR
3, 5, 9, 12, 60, 78, 152, 156, 171
187, 244, 266, 284, 389, 449, 455, 531
544, 545, 593, 615, 688, 788, 786, 787
882, 833, 913, 914, 981, 982, 983
1882, 1071, 1873. 1095, 1105
1165, 1250
ALCOHOL OXIDOREDUCTASES
70, 119, 409. 490, 498, 1807, 1008
ALDEHYDE OXIDOREDUCTASES
119, 289, 490
ALKALINITY
56, 380, 389, 319, 368, 417, 438, 461
531, 656, 810, 893, 981, 1150
AMINASE
694
AMYLASE
996
ANAEROBIC
2, 11, 79, 278, 354, 365, 408, 411
584, 720, 968, 1185, 1248
ANALYTICAL METHODS
1, 5, 8, 9, 18, 14,
37, 43, 44, 47, 48,
88, 89, 92, 93, 98,
133, 135, 136, 137,
159, 168, 162, 163,
189, 192, 194, 196,
225, 226, 231, 234,
243, 245, 246, 251,
259, 264, 265, 271,
383, 304, 306, 307,
320, 321, 322, 323,
350, 352, 355, 356,
364, 368, 369, 372,
388, 389, 390, 400,
427, 428, 429, 432,
456, 459, 460, 461,
27, 32, 33
56, 60, 62
184, 115,
145, 155,
167, 169,
283, 211,
235, 237,
253, 255,
272, 279,
389, 318,
333, 334,
358, 368,
382, 383.
406, 407,
433, 439,
464, 466,
, 35, 36
, 76, 77
121, 128
157, 158
174, 179
213, 223
238, 239
256, 257
285, 298
314, 319
337, 339
361, 363
384, 387
417, 424
447, 448
468, 431
42
-------
484, 485, 493, 585, 507, 513, 515, 516
517, 518, 519, 520, 521, 523, 524, 532
540, 542, 543, 545, 546, 553, 554, 555
558, 560, 561, 566, 572, 573, 575, 577
578, 588, 592, 594, 597, 598, 601, 602
603, 606, 607, 608, 609, 619, 623, 625
639, 640, 641, 662, 689, 690, 691, 701
707, 708, 710, 726, 730, 742, 748, 752
758, 770, 781, 784, 785, 791, 794, 811
812, 813, 814, 816, 820, 821, 822, 823
825, 826, 827, 834, 846, 849, 852, 853
861, 863, 876, 878, 884, 885, 888, 893
897, 901, 902, 906, 907, 913, 914, 925
933, 934, 935, 938, 949, 955, 958, 971
972, 976, 977, 980, 986, 1003, 1009
1018, 1019, 1028, 1035, 1044, 1045
1051, 1052, 1054, 1856, 1058, 1087
1098, 1099, 1110, 1113, 1128, 1130
1139, 1141, 1146, 1147, 1151, 1164
1167, 1174, 1180, 1195, 1199, 1200
1201, 1204, 1213, 1216, 1217, 1220
1223, 1224, 1227, 1235, 1242, 1247
1255, 1259, 1260, 1261, 1272, 1279
1282, 1288, 1289, 1291, 1292, 1302
1307, 1312
SEE ALSO ACTIVATION ANALYSIS;
CHROMATOGRAPHY; COLORIMETR1C ANALYSIS;
ELECTROCHEMISTRY; SPECTROMETRY;
UflTER QUflLITY
ANIHAL BEHAVIOR
(SEE BEHAVIOR)
ANTIOXIDANT
480, 730, 860
AQUIFER
(SEE GROUND UflTER)
flRYL HYDROCARBON HYDROXYLASES
17
ATP
(SEE BIOCHEMISTRY, NUCLEOTIDE)
AVOIDANCE
(SEE BEHAVIOR)
BACTERIOLOGY
(SEE MICROBIOLOGY)
BEHAVIOR
122, 224, 237, 315, 333, 353, 378, 380
529, 742, 816, 1050, 1092, 1144, 1169
1170, 1221, 1273, 1274, 1300
BENTHOS
343, 864
BENZOPYRENE HYDROXYLASE
17, 947
BIBLIOGRAPHIES
(SEE REVIEWS)
BIOACCUMULATION
(SEE ACCUMULATION)
BIOASSAYS
(SEE TOXICOLOGY, BIOASSAYS)
BIOCHEMICAL OXYGEN DEMAND
2, 9, 91, 95, 119, 162, 202, 206, 215
216, 289, 295, 321, 425, 467, 469, 498
534, 564, 604, 728. 886, 893, 976, 1000
1027, 1030, 1111, 1117, 1174, 1257
1276
BIOCHEMISTRY, GENERAL
19, 37, 53, 70, 72, 73, 85, 117, 164
183, 199, 200, 201, 214, 237, 252, 277
318, 327, 328, 329, 331, 354, 383, 386
403, 404, 418, 412, 419, 420, 470, 474
475, 513, 527, 534, 536, 547, 564, 567
614, 617, 682, 684, 736, 743, 775, 803
805, 838, 880, 886, 920, 992, 1001
1011, 1032, 1037, 1058, 1150, 1152
1161, 1164, 1174, 1179, 1208, 1209
1214, 1228, 1243, 1262, 1263, 1264
SEE ALSO MUTAGENIC; PHYSIOLOGY, CELL
BIOCHEMISTRY, ENZYMES
16, 23, 54, 65, 70, 130, 144, 193, 204
252, 281, 282, 394, 413, 416, 417, 486
498, 495, 513, 526, 540, 562, 613, 694
758, 774, 783, 851, 909, 911, 951, 957
966, 967, 996, 999, 1005, 1006, 1011
1014, 1032, 1037, 1085, 1086, 1117
1150, 1152, 1248, 1262
SEE ALSO SPECIFIC ENZYMES
BIOCHEMISTRY, LIPID
342, 399, 464, 536, 538, 668, 695, 756
791, 802, 965, 1033, 1090, 1092, 1135
1202, 1277
BIOCHEMISTRY,
2, 15, 16, 18,
100, 119, 123,
160, 183, 200,
215, 216, 228,
281, 283, 289,
328, 329, 331,
410, 411, 415,
421, 430, 436,
534, 540, 548,
613, 629, 630,
636, 645, 673,
715, 723, 739,
780, 783, 789,
839, 887, 892,
927, 932, 950,
METABOLISM
19, 36, 39, 60, 70, 99
125, 131, 140, 143, 144
201, 202, 207, 209, 214
241, 247, 252, 269, 280
293, 300, 301, 312, 327
344, 345, 346, 347, 387
416, 417, 418, 419, 420
440, 444, 457, 462, 513
551, 553, 567, 570, 582
631, 632, 633, 634, 635
682, 693, 710, 713, 714
740, 743, 763, 774, 775
798, 803, 804, 824, 828
896, 918, 920, 924, 925
951, 957, 964, 967, 978
43
-------
986, 994, 995, 999, 1000, 10B1, 1007
1008, 1011, 1017, 1024, 1025, 1029
1032, 1034, 1040, 1090, 1092, 1124
1126, 1129, 1138, 1143, 1152, 1157
1208, 1210, 1221, 1228, 1232, 1243
1248, 1262, 1263, 1264, 1273, 1277
1280
BIOCHEMISTRY, NUCLEOTIDE
15, 16, 94, 98, 312, 570, 747, 851
920, 975, 1162, 1228, 1230, 1264
BIOCHEMISTRY, PROTEIN
18, 85, 318, 331, 342, 399, 436, 464
763, 764, 920, 950, 1135, 1228
BIOCONCENTRATION
(SEE ACCUMULATION)
BIODEGRADATION
12, 23, 91, 186, 247, 250, 291, 293
302, 312, 335, 409, 413, 416, 417, 418
444, 467, 470, 474, 504, 525, 530, 535
536. 559, 563, 571, 580, 613, 624, 680
683, 722, 723, 724, 729, 742, 744, 759
765, 767, 779, 780, 300, 845, 879, 881
921, 930, 1811, 1020, 1027, 1057, 1064
1101, 1118, 1122, 1132, 1168, 1183
1226, 1252, 1253, 1254, 1257, 1258
1295, 1304, 1307, 1311
BIODETERIORflTION
(SEE BIODEGRADATION)
BIOLOGICAL MODELS
(SEE MODELS)
BIOLOGICPL OXYGEN DEMAND
(SEE BIOCHEMICAL OXYGEN DEMAND)
BIOMAGNIFICATIQN
(SEE ACCUMULATION)
BITUMEN
(SEE TAR SANDS)
BITUMINOUS
(SEE COAL)
BLOOD
(SEE PHYSIOLOGY, CARDIOVASCULAR-BLOOD)
BLOUDOUN
(SEE COOLING SYSTEMS)
BOD
(SEE BIOCHEMICAL OXYGEN DEMAND)
CARBONIZATION
(SEE COAL CARBONIZATION)
CARCINOGENIC
15, 16, 17, 18, 36, 107, 145, 146, 151
170, 262, 300, 301, 324, 325, 326, 395
398, 415, 421, 453, 455, 464, 474, 513
549, 550, 606, 740, 757, 766, 783, 823
851, 895, 898, 913, 955, 963, 967, 997
1051, 1054, 1070, 1071, 1072, 1073
1074, 1075, 1089, 1099, 1172, 1173
1285, 1296, 1301
CARDIOVASCULAR
(SEE PHYSIOLOGY, CARDIOVASCULAR-BLOOD)
CATALASE
1048
CELL
(SEE PHYSIOLOGY, CELL)
CHEMICAL OXYGEN DEMAND
7, 9, 38, 188, 197, 234, 364, 390, 833
1140
CHEMOTAXIS
(SEE BEHAVIOR)
CHLORINATION
(SEE UASTE TREATMENT, CHLORINATION)
CHLOROPHYLL
178, 497, 541, 1161
CHLOROPLASTS
(SEE CHLOROPHYLL)
CHOLINESTERASE
773, 774, 880
CHROMATOGRAPHY, GENERAL
7, 8, 33, 35, 37, 48, 67, 68, 87, 92
98, 128, 141, 145, 158, 160,- 179, 192
194, 212, 213, 222, 225, 235, 237, 239
246, 251, 257, 264, 271, 272, 279, 281
293, 296, 298, 303, 304, 306, 309, 314
322, 323, 324, 337, 350, 360, 361, 383
406, 416, 429, 432, 433, 438, 441, 442
464, 465, 466, 493, 496, 505, 509, 520
523, 531, 538, 542, 546, 553, 555, 558
560, 565, 572, 573, 577, 578, 592, 597
601, 602, 603, 606, 609, 612, 623, 625
634, 640, 642, 648, 689, 702, 704, 715
719, 725, 726, 746, 747, 748, 781, 782
813, 821, 825, 827, 850, 852, 853, 861
876, 882, 884, 889, 897, 905, 906, 928
933, 934, 935, 937, 954, 958, 980, 999
1002, 1033, 1060, 1067, 1076, 1098
1113, 1123, 1124, 1128, 1130, 1164
1166, 1190, 1191, 1194, 1199, 1201
1204, 1206, 1223, 1227, 1235, 1247
1255, 1259, 1260, 1279, 1281, 1288
1289, 1302
44
-------
CHROMATOGRAPHY, ELECTRO-
526,, 861, 999
CHROMflTOGRflPHY, GftS
37, 48, 76, 91, 92, 106, 118
158, 168, 179, 213, 225, 235
257, 264, 272, 296, 298, 309
323, 324, 337, 350, 383, 389
464, 466, 505, 520, 521, 523
542, 546, 553, 560, 572, 573
597, 601, 602, 612, 623, 703
781, 791, 823, 826, 827, 832
882, 884, 889, 897, 905, 907
937, 955. 1060, 1123, 1130,
1281, 1247, 1259, 1260, 1281
121, 145
246, 251
310, 314
416, 441
531, 538
577, 578
704, 726
853, 876
928, 934
132, 1166
1302
CHROMflTOGRAPHY, ION EXCHANGE
746
CHROMflTOGRflPHY, LIQUID
7, 128, 192, 360, 361, 464, 542, 572
573, 592, 603, 606, 634, 689, 825, 850
882, 1201, 1235, 1279, 1288
CHROMflTOGRflPHY, PAPER
183, 361, 438, 800, 1067, 1263, 1264
CHROMflTOGRflPHY, THIN LflYER
141, 212, 324, 360, 411, 442, 527, 634
703, 746, 747, 791, 825, 1000, 1033
1123, 1198, 1191, 1192, 1194, 1199
CHROMOSOMAL flBERRATIONS
(SEE GENETICS)
CHRONIC TOXICITY
(SEE TOXICOLOGY, CHRONIC)
CHYMOTRYPSIN
996
CLAY
117, 180, 284, 742, 1266
CLEAVAGE
1032, 1B37
COAL
4, 38, 101, 108, 187, 279, 316, 366
389, 398, 427, 455, 508, 511, 512, 523
525, 544, 572, 615, 626, 699, 706, 833
834, 913, 914, 949, 955, 998, 1012
1045, 1050, 1057, 1120, 1141, 1199
1201, 1244
COAL CARBONIZATION
87, 176, 199, 258, 574, 913, 914, 998
COAL COKING
9, 102, 157, 176, 199, 258, 435, 559
600, 733, 770, 949, 984, 998, 1066
1089, 1095, 1134, 1145, 1294
COflL FLY ASH
846
COAL GASIFICATION
5, 38, 150, 187, 260, 261, 427, 523
525, 544, 826, 833, 834, 906, 913, 914
1045, 1057, 1141
COAL LIQUEFACTION
389, 427, 511, 523, 572, 913, 914, 955
1012
COAL LIQUIDS
(SEE COAL)
COAL TAR
(SEE COAL)
COD
(SEE CHEMICAL OXYGEN DEMAND)
COED PROCESS
(SEE COAL LIQUEFACTION)
COENZYMES
94
COKE
(SEE COAL COKING)
COKING
(SEE COAL COKING)
COLOR IMETRIC ANALYSIS
10, 27, 89, 106, 162, 188, 212, 339
363, 447, 707. 800, 859, 1018. 1036
1291
COLORIMETRY
(SEE COLORIMETR1C ANALYSIS)
COMMUNITIES
343
CONCENTRATION FACTOR
(SEE ACCUMULATION)
CONDUCTIVITY
(SEE ELECTROCHEMISTRY)
CONTAMINANTS
(SEE POLLUTANTS)
COOLING SYSTEMS
126, 427, 824
45
-------
COST ANALYSIS
(SEE ECONOMICS)
COST BENEFIT
(SEE ECONOMICS)
COULOMETRY
1167, 1216
CRESOLPSE
526
CRITERIA
9, 95, 389, 427, 587, 684, 757, 829
854, 949, 955
SEE ALSO STANDARDS
CRUDE OIL
(SEE PETROLEUM, OIL)
CULTURE
7, 11, 94, 112, 114, 185, 228, 275
287, 388, 338, 346, 455, 478, 534, 536
574, 624, 682, 755, 791, 793, 888, 832
919, 943, 944, 945, 946, 962, 1827
1833, 1181, 1111. 1117, 1123, 1132
1143, 1153, 1168, 1185, 1289, 1252
1295, 1388
CULTURE-MEDIA
(SEE CULTURE)
CYCLING
94, 188, 111, 272, 277, 388, 348, 487
413, 464, 748, 1172, 1384
CYTOCHROME
(SEE BIOCHEMISTRY, ENZYMES)
CYTOLOGY
(SEE PHYSIOLOGY, CELL)
DECOMPOSITION
(SEE DEGRADATION)
DECONTAMINATION
123, 395, 1041, 1869, 1878, 1383
DEETHYLASE
562, 967
DEGENERATION
(SEE DEGRADATION)
DEGRADATION
4, 9, 11, 12, 13, 23, 61, 72, 73, 79
91, 94, 97, 99. 117, 124, 149, 156, 186
268, 239, 242, 258, 252, 257, 272, 273
275, 276, 287, 291, 297, 335, 341, 344
351, 365. 394, 489, 418. 413. 415. 416
417, 418, 419. 428. 422. 423. 458, 451
452, 462, 463, 478, 474, 475, 476, 486
498, 491, 504, 525, 527, 530, 533, 534
535, 547, 552, 556, 563, 568, 569, 588
599, 613, 614, 624, 631, 632, 651, 670
688, 681, 682, 683, 695, 717, 720, 723
724, 729, 731, 742, 744, 759, 764, 771
779, 788, 792, 793, 796, 800, 823, 845
847, 879, 883, 890, 910, 911, 916, 919
922, 963, 973, 989, 990, 991, 1827
1037, 1043, 1057, 1062, 1063. 1064
1865, 1866, 1084, 1085, 1886, 1896
1188, 1102, 1103, 1118, 1122, 1145
1158, 1159, 1166, 1173, 1185, 1196
1289, 1214, 1225, 1226, 1232, 1237
1241, 1254, 1258, 1262, 1265, 1293
1297, 1299, 1304. 1311
SEE ALSO BIODEGRADATION
DEHYDROGENASE
209, 308, 327, 328, 471, 694, 714
1285, 1228
DEMETHYLASE
562, 966, 967, 1152
DERIVATIVES
168, 192, 221, 238, 293, 299, 300, 331
339, 358, 416, 485, 555, 597, 598, 647
658, 661, 715, 765, 767, 782, 980, 1060
1096, 1148, 1244, 1313
DESIGN
9, 178, 243, 366, 402, 427, 593, 914
949, 955, 1057, 1277, 1291
DESIGN CRITERIA
(SEE CRITERIA)
DESORPTION
(SEE SORPTION)
DETECTION
(SEE ANALYTICAL METHODS)
DETERIORATION
(SEE DEGRADATION)
DIESEL
(SEE PETROLEUM, FUELS)
DIGESTION
188, 255, 408, 565, 720, 734, 957, 968
1090, 1092, 1259
DISPOSAL
(SEE UASTE TREATMENT, GENERAL)
DISSOLVED GASES
95, 309, 315, 535, 604, 893
DISTILLATION
46
-------
155. 225, 314, 447, 482, 820, 822, 984
1044, 1200, 1224
DNA
(SEE BIOCHEMISTRY, NUCLEOTIDE)
DRINKING UATER
57, 151, 162, 179, 213, 235, 292, 296
297, 298, 363, 395, 396, 397, 398, 402
520, 593, 602, 623, 651, 670, 701, 801
819, 889, 903, 904, 949, 997, 1019
1041, 1069, 1146, 1147, 1182, 1190
1191, 1192, 1194, 1198, 1199, 1215
1255, 1303, 1305, 1306, 1310
ECOLOGY
34, 39, 149, 204, 219, 253, 315, 330
343, 386, 436, 462, 504, 511, 525, 627
681, 723, 741, 752, 765, 766, 767, 899
976, 1079, 1131, 1202, 1221, 1236, 1237
1266, 1276, 1277, 1293
ECONOMICS
5, 9, 96, 352, 366, 425, 543, 593, 939
949, 998, 1012, 1026, 1165, 1291
ECOSYSTEM
(SEE ECOLOGY)
80, 87, 89
157, 165, 174
251, 258, 259
322, 333, 335
398, 402, 405
508, 511, 524
600, 608, 731
800, 816, 824
885, 913, 914
, 1127, 1140
1237, 1242
1305, 1307
QUALITY
EFFLUENTS
10, 43, 44, 47, 69, 78,
101, 116, 122, 158, 154,
196, 199, 240, 242, 244,
270, 302, 305, 314, 316,
350, 357, 366, 367, 389,
407, 425, 427, 474, 506,
525, 538, 539, 543, 564,
733, 738, 748, 752, 792,
826, 831, 833, 843, 878,
932, 939, 949, 955, 1057
1145, 1163. 1217, 1235,
1243, 1272, 1291, 1294,
1311
SEE ALSO RESIDUES; DATER
EGG
(SEE PHYSIOLOGY, GROUTH-DEVELOPMENT)
ELECTROANALYSIS
(SEE ELECTROCHEMISTRY)
ELECTROCHEMISTRY
84, 243, 256, 309, 506, 758, 785, 844
953, 1035, 1213, 1291
ELECTROCHROMATOGRAPHY
(SEE CHROMATOGRAPHY, ELECTRO-)
ELECTROLYSIS
(SEE ELECTROCHEMISTRY)
ELECTRON MICROSCOPY
(SEE MICROSCOPY)
ELECTROPHORESIS
(SEE CHROMATOGRflPHY, ELECTRO-)
EM
(SEE MICROSCOPY)
EMBRYOLOGY
(SEE PHYSIOLOGY, GROUTH-DEVELOPMENT)
EMISSION SPECTROMETRY
(SEE SPECTROMETRY, EMISSION)
ENDOCRINE
(SEE PHYSIOLOGY, ENDOCRINE)
ENVIRONMENTAL IMPACT
18, 39, 44, 45, 74, 90, 101, 145, 171
179, 185, 187, 225, 317, 325, 330, 337
352, 373, 427, 455, 466, 480, 511, 513
538, 543, 544, 545. 562. 565, 572, 597
613, 686, 692, 715, 718, 733, 765, 766
767, 780, 802, 822, 826, 833, 834, 846
853, 879, 913, 919, 939, 948, 951, 955
998, 1049, 1050, 1054, 1105, 1146, 1172
1173, 1201, 1221, 1251, 1253, 1256
1257. 1258, 1289, 1293
ENZYMOLOGY
(SEE BIOCHEMISTRY, ENZYMES)
ESTERASE
20, 694
ESTUARY
112, 180, 269, 293, 500, 742, 744
1221, 1253
EXCRETION
(SEE PHYSIOLOGY, RENAL-HEPATIC)
EXPOSURE
164, 184, 191, 266, 315, 388, 500, 644
734, 817, 829, 848. 895, 1221, 1236
1276, 1307
EXTRACTION
14, 55, 89, 96, 133, 145, 176, 197
210. 213, 246, 267, 268, 272, 273, 300
301, 314, 323, 324, 333, 337, 399, 427
435, 438, 443, 461, 464, 512, 528, 539
587, 607, 610, 611, 653, 654, 655, 656
657, 658, 659, 660, 661. 662, 663, 664
665, 666, 667, 696, 706, 711, 726, 764
801, 820, 822, 823, 835, 856, 857, 858
859, 928, 955, 971, 972, 984. 988, 1012
1038, 1045. 1080, 1081, 1097, 1115
1123, 1124, 1128, 1134, 1135, 1136
1137, 1138, 1147, 1177, 1178, 1187
47
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1222, 1229, 1259, 1294, 13B2
FATS
(SEE BIOCHEMISTRY, LIP ID)
FECUNDITY
(SEE PHYSIOLOGY, REPRODUCTIVE)
FERMENTATION
(SEE ANAEROBIC)
FILTRATION
81, 248, 482, 725, 949, 1012
FLOCCULATION
913, 914, 1012, 1270, 1271
FLOTATION
96, 240, 387, 998, 1267
FLU IDIZED BED
(SEE COAL GASIFICATION)
FLUORESCENCE
(SEE SPECTROMETRY, FLUORESCENCE)
FLUOROMETRY
(SEE SPECTROMETRY, FLUORESCENCE)
FLY ASH
(SEE COAL FLY ASH)
FOOD CHAINS
(SEE ACCUMULATION)
FRACTIONATION
118, 272, 330, 350, 389, 438, 461, 821
914, 1150, 1200
FRESHUATER
24, 30, 95. 155, 164, 174, 191, 213
253, 266, 341, 353, 427, 458, 462, 474
526, 541, 596, 681, 683, 685, 692, 702
722, 723, 738, 757, 761, 781, 816, 854
891, 893, 1044, 1869, 1136, 1137, 1257
1276
SEE ALSO LAKES; RESERVOIRS; RIVERS
FUELS
(SEE PETROLEUM, FUELS)
GAS CHROMATOGRAPHY
(SEE. CHROMATOGRAPHY, GAS)
GASES
5, 7, 8, 37, 44, 67, 92, 95, 98, 121
145, 158, 158, 160, 167, 179, 187, 213
222, 225, 239, 251, 257, 264, 271, 272
293, 296, 298, 309, 314, 315, 316, 321
322, 323, 324, 358, 383, 389, 393, 416
432, 433, 441, 464, 465, 466, 469, 484
585, 528, 523, 531, 535, 538, 542, 553
555, 558, 559, 560, 566, 572, 577, 578
597, 600, 601, 602, 604, 612, 623, 625
640, 648, 688, 702, 704, 719, 726, 748
770, 781, 782, 813, 821, 826, 827, 833
852, 853, 876, 882, 884, 889, 893, 897
985, 908, 913, 928, 934, 937, 954, 977
980, 1024, 1045, 1060, 1098, 1105, 1113
1130, 1141, 1201, 1206, 1207, 1221
1223, 1255, 1259, 1260, 1281, 1302
GASIFICATION
(SEE COAL GASIFICATION)
GASOLINE
(SEE PETROLEUM, FUELS)
GASUORKS
(SEE COAL GASIFICATION)
GC
(SEE CHROMATOGRAPHY, GAS)
GENETICS
36, 94, 127, 418, 747, 851, 913, 951
975, 1061. 1153
SEE ALSO MUTAGENIC; PHYSIOLOGY, CELL
GILLS
(SEE PHYSIOLOGY, RESPIRATORY)
GREASE
(SEE PETROLEUM, GREASES)
GROUND UATER
57, 88, 83, 133, 152, 179, 187, 249
270. 297, 317, 323, 363, 585, 620, 834
1188, 1194, 1207
GROUTH
(SEE PHYSIOLOGY, GROUTH-DEVELOPMENT)
HAEMATOLOGY
(SEE PHYSIOLOGY, CARDIQVASCULflR-BLOOD)
HANSCH CORRELATION
(SEE STRUCTURE ACTIVITY)
HATCHING
(SEE PHYSIOLOGY, GROUTH-DEVELOPMENT)
HEALTH
262, 297, 317, 352, 385, 455, 511, 523
692, 765, 767, 783, 818, 819, 822, 823
913, 974, 979, 1199, 1238
HEART
(SEE PHYSIOLOGY, CARDIOVASCULAR-BLOOD)
HEPATIC
(SEE PHYSIOLOGY, RENAL-HEPATIC)
48
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HIGH PERFORMANCE LIQUID CHROMATOGRAPHY
(SEE CHROMATOGRAPHY, LIQUID)
HISTOLOGY
86, 388, 392, 495, 513, 565, 613, 732
734, 757, 841, 842, 956, 1040, 1121
SEE flLSO MICROSCOPY; PATHOLOGY
HORMONES
(SEE PHYSIOLOGY, ENDOCRINE)
HPLC
(SEE CHROMATOGRAPHY, LIQUID)
HYDRASE
967
HYDROGEN-ION-CONCENTRATION
(SEE PH)
HYDROLASES
281
HYDROLYSIS
774, 1044
IN SITU COAL GASIFICATION
(SEE COAL GASIFICATION)
IN SITU OIL SHALE RETORT
(SEE OIL SHALE)
IHDICATOR SPECIES
39, 95, 246, 604, 1005, 1006
INDUSTRIAL UASTE TREATMENT
(SEE UASTE TREATMENT, INDUSTRIAL)
INFRARED
(SEE SPECTROMETRY, INFRARED)
INJECTASE
483
INTESTINE
(SEE PHYSIOLOGY, GASTROINTESTINAL)
ION EXCHANGE
6, 69, 162, 213, 272, 406, 427, 482
746, 836, 930, 949, 1127, 1142
ION EXCHANGE CHROMATOGRAPHY
(SEE CHROMATOGRAPHY, ION EXCHANGE)
IR
(SEE SPECTROMETRY, INFRARED)
ISOTOPE
(SEE RADIOCHEMISTRY)
KEROGEN
4, 272, 273, 274
KEROSINE
(SEE PETROLEUM, FUELS)
KIDNEY
(SEE PHYSIOLOGY, RENAL-HEPATIC)
KINASE
328
KINETICS
61, 117, 181, 217, 218, 230, 260, 261
274, 281, 338, 359, 402, 446, 469, 501
532, 535, 536, 616, 671, 675, 744, 787
815, 832, 843, 855, 860, 944, 950, 951
1005, 1006, 1029, 1077, 1082, 1083
1084, 1085, 1264, 1287, 1295, 1310
LABELING
(SEE RADIOCHEMISTRY)
LACCASE
526, 570
LAGOON ING
(SEE UASTE TREATMENT, LAGOON ING)
LAKE
93, 174, 283, 364, 383, 390. 489, 494
541, 570, 612, 643, 717, 722, 742, 779
817, 834, 861, 869, 870, 871, 873, 898
948, 1010, 1131, 1136, 1251, 1257, 1258
1276
LARVAE
21, 110, 118, 127, 299, 340, 458, 685
766, 987, 1034, 1090, 1092, 1169, 1171
1276, 1277
LC
(SEE CHROMATOGRAPHY, LIQUID)
LEACH
187, 546, 833
LETHALITY
(SEE SURVIVAL)
LEUKOCYTE
(SEE PHYSIOLOGY, CARDIOVASCULAR-BLOOD)
LIFE CYCLES
829, 1277
LIMNOLOGY
(SEE LAKE)
LIPIDS
(SEE BIOCHEMISTRY, LIPID)
49
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LIQUID CHRCMflTOGRflPHY
(SEE CHROMATOGRAPHY, LIQUID)
LIVER
(SEE PHYSIOLOGY, RENAL-HEPATIC)
LYASE
327, 1837
MARINE
21, 27, 39, 62, 98, 95, 188, 118, 119
128, 146, 185, 198, 288, 219, 223, 242
249, 266, 293, 325, 338, 336. 351, 371
474, 487, 488. 498, 491, 492, 526, 546
556. 562, 688, 717, 718, 728, 729, 748
743, 744, 765, 779, 788, 818, 827, 839
876, 883, 915, 928, 947, 957, 966, 967
974, 994, 1810, 1811, 1834, 1847, 1854
1062, 1864, 1183, 1106, 1107, 1132
1137, 1169. 1252, 1253, 1259, 1273
1300, 1301, 1309
MASS SPECTROMETRY
(SEE SPECTROMETRY, MASS)
MATHEMATICAL MODELS
(SEE MODELS)
METABOLISM
(SEE BIOCHEMISTRY, METABOLISM)
MICROBIOLOGY
2, 11, 12, 13, 23, 72, 73, 79, 91, 94
99, 188, 115, 128, 178, 181, 183, 185
186, 284, 205, 286, 287, 208, 224, 228
238, 238, 249, 258, 269, 276, 277, 278
282, 287, 288, 289, 291, 388, 312, 327
328, 329, 338, 331, 335, 344, 345, 346
351, 354, 365, 381, 488, 418, 413, 414
416, 417, 418, 419, 428, 438, 431, 444
450, 451, 452, 462, 463, 467, 478, 486
490, 504, 509, 514, 529, 533, 534, 535
536, 548, 552, 557, 559, 564, 578, 574
582, 685, 613, 626, 627, 638, 642, 645
672, 673. 683, 712. 714, 719, 722, 723
728, 729. 742, 744, 755, 759, 762, 763
764. 775, 788, 808, 884, 828, 832, 845
847, 855, 879, 883, 886, 887, 895, 909
910, 911. 916, 919, 922, 923, 924, 925
926, 943, 944, 945, 946, 962, 963, 964
376, 979, 989, 995, 1605, 1006, 1807
1888, 1818, 1B11, 1827, 1833, 1837
1843, 1848, 1849, 1855. 1856, 1857
1862, 1064, 1065, 1866, 1884, 1085
1886. 1396, 1180, 1181, 1182, 1103
1188, 1111,'1112, 1122, 1123, 1124
1126, 1132, 1133, 1145, 1157, 1158
1168, 1172, 1175, 1179, 1185, 1210
1214, 1228, 1232, 1252, 1253, 1254
1257, 1258, 1262, 1263, 1264, 1287
1297, 13B8, 1383, 1304, 1385, 1387
SEE ALSO TAXA INDEX FOR SPECIFIC GROUPS
MICROCOSM
1277
MICROFLORA
(SEE MICROBIOLOGY)
MICROORGANISM
(SEE MICROBIOLOGY)
MICROSCOPY
154, 388, 895, 914, 1887, 1888, 1812
1132, 1141, 1286
SEE ALSO HISTOPATHOLOGY
MINING
138, 427, 545, 735, 998, 1188, 1267
MODELS
149, 187, 217, 218, 224, 284, 418, 462
489, 535, 571, 580, 617, 723. 744, 765
766, 767, 815, 843, 914, 1005, 1006
1044, 1085, 1126, 1141, 1165, 1236
1318
MONITORING
47, 122, 134, 154, 162, 177, 285, 324
357, 425, 483, 524, 578, 592, 758, 827
834, 878, 947, 986, 1038, 1844, 1186
1242, 1288
MORTALITY
(SEE SURVIVAL)
MOTILITY
154, 315, 353, 388, 1858, 1144, 1388
MUTAGENIC
12, 36, 127, 170, 288, 398, 409, 411
416. 457, 709, 757, 851, 895, 913, 975
1881, 1116, 1219, 1296
MYCELIUM
578
NEUROLOGY
(SEE PHYSIOLOGY, NERVE)
NMR
(SEE SPECTROMETRY, NMR)
NUCLEAR MAGNETIC RESONANCE
(SEE SPECTROMETRY, NMR)
NUCLEOTIDASE
1158
50
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NUCLEOTIDES
(SEE BIOCHEMISTRY, NUCLEOTIDE)
NUTRIENTS
455, 489, 587, 680, 1205, 1258, 1293
1304, 1307
ODOR
(SEE ORGANOLEPTIC)
OIL
(SEE PETROLEUM, OIL)
OIL SHALE
4, 37, 38, 82, 272. 273, 274, 348, 389
398, 493, 523, 544, 545, 753, 821, 835
857, 858, 913, 914, 984, 1134, 1177
1178, 1238, 1239, 1240
OIL SPILLS
(SEE PETROLEUM, POLLUTION)
OPERATING-COSTS
(SEE ECONOMICS)
ORGANIC MflTTER
9, 14, 51, 52, 55, 67, 87, 109, 121
152, 158, 174, 187, 213, 219, 225, 229
234, 237, 238, 251, 258, 264, 284, 296
386, 314, 323, 334, 342, 357, 358, 360
361, 368, 383, 389, 397, 481, 422. 423
441, 465, 470, 474, 479, 498, 511, 520
521, 522, 523, 525, 529, 532, 538, 539
554, 560, 572, 573, 577, 578, 587, 593
597, 601, 602, 613, 623, 642, 654, 655
671, 711, 725, 729, 742, 752, 757, 767
781, 790, 798, 817, 825, 826, 827, 829
834, 852, 862, 878, 893, 917, 928, 929
930, 952, 953, 954, 955, 968, 974, 977
1022, 1026, 1045, 1046, 1057, 1058
1076. 1089, 1116, 1118, 1119, 1127
1166, 1182, 1198, 1281, 1221, 1229
1235, 1244, 1247, 1271, 1278, 1297
1299, 1304, 1385, 1306
ORGANOLEPTIC
46, 363, 392, 393, 395, 396, 397, 642
670, 752, 874, 877, 893, 915, 1146
1188, 1194, 1238, 1273
OVARY
(SEE PHYSIOLOGY, REPRODUCTIVE)
OXIDASE
193, 400, 526, 562, 911, 957, 1152
OXIDATION
9, 18, 22, 31, 41, 51, 52, 53, 65, 84
85, 103, 113, 114, 117, 150, 168, 181
185, 195, 199, 206, 247, 248, 254, 258
260, 261, 272, 278, 280, 286, 287, 288
290, 293, 313, 320. 333, 335, 338, 344
359, 364, 366, 370, 381, 390, 395, 398
402, 405, 409, 410, 411, 412, 413, 414
416, 417, 418, 419, 420, 421, 422, 427
430, 431, 443, 446, 449, 471, 475, 477
490, 497, 498, 499, 506, 514, 526, 527
534, 536, 540, 557, 559, 563, 579, 581
583, 592, 593, 605, 613, 615, 616, 617
624, 626, 628, 638, 642, 646, 651, 670
671, 674, 675, 676, 677, 695, 698, 699
700, 706, 712, 721, 730, 755, 777, 778
786, 787, 788, 790, 810, 814, 838, 844
846, 860, 861, 909, 911, 918, 923, 926
943, 944, 945, 946, 961, 962, 970, 981
982, 983, 992, 1001. 1002, 1087, 1008
1011, 1013, 1026, 1030, 1033, 1048
1056, 1069, 1070, 1076, 1077, 1082
1083, 1093, 1106, 1109, 1115, 1116
1117, 1119, 1125, 1132, 1140, 1148
1156, 1161, 1162, 1166, 1168, 1179
1189, 1197, 1203, 1204, 1205, 1233
1234, 1244, 1248, 1249, 1257, 1258
1266, 1276, 1288, 1291, 1298, 1305
1306, 1307
OXIDOREDUCTASES
70, 202, 755, 1000, 1007, 1008
OXYGEN-CONSUMPTION
(SEE BIOCHEMICAL OXYGEN DEMAND)
OXYGENASE
15, 16, 183, 215, 216, 277, 278, 312
409, 490, 755, 1001, 1007, 1008, 1011
1032, 1122, 1185, 1249
OZONATION
(SEE UASTE TREATMENT, OZONATION)
PAPER CHROMATOGRAPHY
(SEE CHROMATOGRAPHY, PAPER)
PARTICLE SIZE
823, 914, 1012, 1310
PARTITION COEFFICIENTS
192, 850
PATHOLOGY
627, 734, 1091, 1121
SEE ALSO CARCINOGENIC; HISTOLOGY;
MUTAGENIC
PERMISSIBLE EXPOSURE
50, 153, 397, 478, 716, 837, 864, 865
866, 867, 868, 869, 870, 871, 872, 873
894, 940, 987, 1072, 1239
PETROLEUM, GENERAL
39, 58, 90, 112, 118, 126, 133, 148
157. 170, 179, 190, 242, 245, 246, 293
51
-------
311, 333,
418, 425,
581, 586,
726, 739,
778, 880,
914, 915,
1042, 10S8
1216, 1218
1261, 1273
367, 395
482, 491
626, 668
741, 742
816, 840
917, 918
1889,
1230,
1277,
, 397,
, 519.
, 669,
, 743,
, 877,
, 947,
1106,
1251,
1381,
409,
548,
695,
744,
883,
948,
1107,
1252,
1303
416, 417
560, 572
698, 712
755, 756
903, 904
998, 1031
1132
1253
PETROLEUM, FUELS
12, 38, 90, 118, 121, 122, 148, 179
266, 274, 275, 298, 302, 330, 367, 371
397, 474, 484, 523, 545, 563, 738, 1042
1050, 1108, 1141, 1147, 1177, 1178
1283, 1284
PETROLEUM, GREASES
295, 364, 398, 824
PETROLEUM, INDUSTRY
126, 311, 314, 333, 397, 398, 416, 417
425, 455, 519, 560, 600, 738, 742, 743
744. 800, 816. 824. 843, 914, 929, 969
973, 998, 1004, 1005, 1006, 1026, 1888
1216, 1218, 1254, 1277, 1311
PETROLEUM, OIL
38, 39, 48, 58, 60, 82, 90, 111, 138
157, 162, 164, 167, 185, 194, 198, 208
246, 265, 272, 273, 274, 275, 293, 295
302, 314, 323, 330, 333, 340, 348, 364
389, 390, 398, 413, 418, 464, 469, 493
523, 544, 545, 596, 606, 610, 619. 712
713. 726, 738, 742, 743, 744, 753, 764
824, 840, 843, 845, 853, 874, 875, 877
893, 896, 914, 922, 939, 973, 984, 998
1004, 1005, 1006, 1011, 1016, 1027
1042, 1080, 1081, 1105, 1120, 1128
1135, 1136, 1137, 1138, 1169, 1171
1202, 1207, 1230, 1239, 1253, 1274
1275, 1283, 1284, 1293, 1311
PETROLEUM, POLLUTION
39, 164, 185, 242, 246, 330, 413, 596
742, 743, 744, 845. 853, 922, 947, 998
1011, 1254, 1277
PH
21, 38, 70, 134, 265, 281, 305, 315
368, 417, 438, 520, 526, 528, 534, 680
746. 754, 800, 939, 950, 979, 996, 1026
1029, 1044, 1108, 1114, 1202, 1221
1263,.1264, 1276, 1277, 1286, 1304
1306, 1307, 1310
SEE ALSO ftCIDITY; ALKALINITY
PHOSPHATASE
1150
PHOTOCHEMICAL
(SEE PHYSIOCHEMICAL)
PHOTOLYSIS
(SEE PHYSIOCHEMICAL)
PHOTOSYNTHESIS
282, 437, 541, 679, 978, 1136, 1138
1230
PHYSIOCHEMICAL
63, 200, 262, 385, 428, 474, 476, 491
497, 584, 613, 616, 674, 689, 766, 815
823, 1240
PHYSIOLOGY, GENERAL
7, 33. 74. 75, 120. 197, 242, 315, 398
399, 425, 436, 693, 695, 721, 728, 736
761, 842, 1032, 1091, 1092, 1121, 1136
1169, 1230, 1273, 1277
PHYSIOLOGY, CARDIOVASCULAR-BLOOD
74, 75, 105, 153, 167, 242, 388, 436
473, 551, 565, 694, 733, 737, 739, 740
761, 842, 920, 950, 956, 1034, 1121
PHYSIOLOGY, CELL
15, 16, 17, 19, 70, 94, 119, 162, 182
185, 202, 215, 216, 241, 296, 300, 301
331, 372, 388, 407, 411, 457, 527, 535
536, 562, 605, 622, 650, 743, 957, 960
965, 967, 1000, 1049, 1050, 1056, 1122
1135, 1143, 1147, 1150, 1152, 1181
1185, 1285, 1286, 1291
SEE ALSO BIOCHEMISTRY; CARCINOGENIC;
GENETICS; MUTAGENIC
PHYSIOLOGY, ENDOCRINE
237, 383, 562, 631, 739, 743, 806, 809
929, 1058, 1152, 1184
PHYSIOLOGY, GASTROINTESTINAL
398, 562, 631, 633, 650, 739, -996
1296
PHYSIOLOGY, GROUTH-DEVELOPMENT
12, 21, 30, 60, 110, 118, 125, 127
131, 139, 146, 185, 204, 219. 224, 258
280, 283, 293, 294, 299, 315, 328, 329
330, 331, 340, 386, 399, 413, 417, 437
455, 458, 470, 503, 535, 536, 570, 574
596, 644, 668, 681, 685, 699, 706, 723
734, 754, 762, 766, 793, 802, 804, 829
855, 943, 945, 987, 993, 1006, 1032
1034, 1037, 1049, 1050, 1055, 1056
1090, 1092, 1094, 1108, 1112, 1135
1136, 1137, 1153, 1155, 1169, 1170
1171, 1175, 1184, 1210, 1246, 1276
1277, 1278, 1283, 1287
PHYSIOLOGY, NERVE
24, 74, 473, 716, 774, 805, 806, 809
52
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(SEE ANALYTICAL METHODS)
PHYSIOLOGY, RENflL-HEPATIC
15, 16, 17, 18, 19, 36, IBS, 129, 162
263, 296, 457, 473, 562, 630, 631, 632
633, 715, 734, 739, 740, 761, 783, 842
918, 947, 950, 951, 956, 966, 967, 992
1029, 1150, 1152, 1273, 1305, 1306
PHYSIOLOGY, REPRODUCTIVE
21, 112, 127, 237, 378, 383, 399, 437
644, 743, 754, 818, 1058, 1152, 1170
QUANTITATIVE ANALYSIS
(SEE ANALYTICAL METHODS)
RADIATION
(SEE RADIOCHEMISTRY)
RADIOCHEMISTRY
84, 85, 162, 248, 254, 368, 493, 497
629, 676, 689, 739, 740, 742, 744, 751
823, 1014, 1017, 1143, 1253, 1260, 1305
PHYSIOLOGY, RESPIRATORY
64, 77, 105, 144, 164, 242, 294, 388
437, 473, 733, 740, 842, 891, 950, 1024
1037, 1050, 1121, 1169
PILOT PLANTS
9, 96, 243, 949, 955, 979, 1307
PLASMIDS
66, 416, 471, 1249
PONDS
(SEE LAKE)
POOLS
(SEE LAKE)
POPULATIONS
34, 204, 504, 525, 752, 976, 1131
1202, 1237, 1276, 1277
POTABLE
(SEE DRINKING UATER)
POTENTIOMETRY
(SEE ELECTROCHEMISTRY)
PRIMARY PRODUCTIVITY
330, 681
PROTEINASE
646
PROTEINS
(SEE BIOCHEMISTRY, PROTEIN)
PUBLIC HEALTH
(SEE HEALTH)
PULPMILLS
174, 292, 350, 538, 539, 1005, 1144
PURIFICATION
(SEE UASTE TREATMENT, GENERAL)
QUALITATIVE ANALYSIS
REACTION KINETICS
273, 402, 536, 593, 823, 1026
RECLAMATION
81, 929
REDUCTASE
16, 193, 328, 951, 999
REFINERIES
(SEE PETROLEUM, INDUSTRY)
REPRODUCTION
(SEE PHYSIOLOGY, REPRODUCTIVE)
RESERVOIR
107, 142, 153, 357, 403, 404, 474. 476
494, 549, 550, 684, 687, 695, 940, 1014
1074, 1075, 1089, 1109, 1158, 1159
1186, 1238, 1239, 1314
RESIDUES
32, 33, 37, 93, 238, 272, 360, 361
389, 438, 560, 827, 895, 913, 914, 955
974, 1165, 1256, 1302
SEE ALSO EFFLUENTS; UATER QUALITY
RESPIRATION
(SEE PHYSIOLOGY, RESPIRATORY)
REVERSE OSMOSIS
296, 427, 1023
REVIEWS
2, 3, 21, 35, 110, 152, 162, 176, 226
249, 265, 271, 278, 285, 307, 315, 349
375, 407. 414, 415, 425, 460, 482, 485
495, 507, 511, 515, 520, 528, 545, 554
610, 619, 669, 686, 755, 757, 811, 812
854, 939, 974, 979, 1007, 1008, 1028
1079, 1105, 1127, 1154, 1176, 1211
1214, 1230, 1239, 1291, 1307
RIVERS
4, 37, 80, 82, 83, 96, 102, 149, 168
236, 272, 273, 274, 292, 302, 334, 335
350, 351, 363, 389, 391, 392, 393, 434
53
-------
479, 488, 521, 522, 541, 556, 572, 58B
586, 593, 623, 642, 644, 681, 697, 704
785, 742, 756, 768, 769, 778, 813, 816
833, 848, 859, 919, 929, 938, 931, 949
955, 969, 1812, 1041, 1046, 1057, 1069
1131, 1149, 1152, 1188, 1201, 1255
1272, 1282, 1291, 1311
SAFETY
(SEE HEALTH)
SALINITY
336, 737
SALT UATER
(SEE MARINE)
SFNITARY LANDFILLS
(SEE UASTE TREATMENT, SOLIDS)
SAPROBIC
685. 1297
SAPROPHYTE
(SEE SAPROBIC)
SCRUBBERS
5, 9, 156, 525, 1050
SEASONAL
556, 744, 1258
SEAUATER
(SEE MARINE)
SEDIMENTS
39, 117, 188, 223, 284, 382, 325, 348
364, 390, 441, 452, 475, 546, 549. 556
680, 620, 643, 681, 742, 823, 876, 898
914, 979, 1812, 1251, 1258, 1266, 1310
SEEPAGE
(SEE LEACH)
SEM
(SEE MICROSCOPY)
SEPARATION
48, 68, 123, 141, 182, 189, 222, 237
257, 311, 316. 333, 337, 350, 363. 388
389, 427, 439, 461, 516, 517. 572, 583
621, 622, 749, 753. 781. 988. 913, 914
937, 964, 1012, 1023, 1067, 1133, 1190
1284, 1227, 1302
SEPHADEX
(SEE CHROMATOGRAPHY, LIQUID)
SEROLOGY
(SEE PHYSIOLOGY, CARDIOVASCULAR-BLOOD)
SEUAGE
(SEE UASTE TREATMENT, SEUAGE)
SEX
(SEE PHYSIOLOGY, REPRODUCTIVE)
SHALE OIL
(SEE OIL SHALE)
SHALE TARS
(SEE OIL SHALE)
SILT
302, 475, 549, 979
SIMULATION MODELS
(SEE MODELS)
SLUDGE
(SEE UASTE TREATMENT, SLUDGE)
SOIL
12, 57, 60. 72, 100, 108, 118, 117
124, 206, 278, 287, 288, 289, 290, 345
354, 413, 418, 455, 467, 470, 509, 534
547, 712, 713, 759, 762, 766, 775, 919
926, 964, 997, 1027, 1071, 1072, 1073
1079, 1100, 1101, 1112, 1122, 1133
1232, 1252, 1262, 1263, 1282
SOIL MICROBIOLOGY
(SEE SOIL)
SOLID UASTES
(SEE UASTE TREATMENT, SOLIDS)
SOLUBILITY
37, 61, 85, 97, 184, 167, 178, 180
185, 189, 222, 227, 248, 272, 300, 333
336, 388, 396, 422, 426, 432, 433, 446
455, 467, 482, 532, 535, 536, 553, 573
581, 618, 621, 622, 647, 653, 655, 656
657, 658, 659, 661, 663, 664, 665, 666
667, 671, 674, 675, 677, 686, 689, 696
708, 751. 765. 777. 786, 787, 788, 818
815, 822, 823, 860, 934, 939, 952, 953
954, 961, 977, 983, 1082, 1013, 1016
1042, 1051, 1053, 1054. 1080. 1881
1082, 1083, 1113, 1166, 1169, 1189
1197, 1203, 1224, 1233, 1272, 1283
1307, 1310
SOLVENT
55, 58, 89, 96, 218, 246, 267, 272
273, 314. 333, 427, 438, 461, 607, 610
611, 654, 657, 658, 659, 660, 661, 664
665, 671, 691, 711, 823, 835, 856, 857
858, 859, 955, 1012, 1123, 1178
SOLVENT REFINED COAL
54
-------
(SEE COflL LIQUEFACTION)
SORPTION
96, 98, 121, 163, 169, 187, 213, 246
263, 314, 362, 385, 388, 406, 487, 432
433, 518, 529, 578, 585, 613, 618, 623
630, 632, 634, 647, 725, 742, 743, 749
834, 846, 901, 914, 949, 1022, 1052
1053, 1127, 1141, 1181, 1189, 1197
1203, 1229, 1310
SEE ALSO UASTE TREATMENT, CARBON
FILTRATION
SPECTROMETRY, GENERAL
16, 37, 98. 106, 121, 145, 158, 159
162, 169, 188, 196, 251, 272,. 284, 293
296, 309, 314, 323, 350, 382, 383, 389
393, 410, 411, 416, 417, 441, 464, 505
517, 520, 527, 538, 572, 576, 577, 601
602, 607, 612, 619, 623, 634, 704, 726
727, 730. 784, 813. 821. 826, 863, 878
951, 977, 985, 986, 1001, 1036, 1043
1045, 1051, 1052, 1054. 1105, 1110
1185, 1281, 1251, 1259
SPECTROMETRY, EMISSION
389, 914, 1051
SPECTROMETRY, FLUORESCENCE
10, 15, 63, 98, 162, 324, 389, 726
1851, 1052, 1053, 1054, 1110, 1251
SPECTROMETRY, INFRARED
37, 251, 293, 310, 385, 441, 505, 619
730, 791, 821, 1043, 1105
SPECTROMETRY, MASS
145, 251, 272, 296. 314, 323, 383, 416
441, 572, 573, 577. 601, 602, 612, 623
704, 813, 821, 826, 977, 1045, 1259
SPECTROMETRY, NMR
82, 310, 410, 411, 821
SPECTROMETRY, ULTRAVIOLET
32. 104, 163. 250, 255, 281, 382, 464
619, 634, 726, 878, 986, 1053, 1069
1110, 1196, 1201, 1305, 1306
SPECTROPHOTOMETRY
(SEE SPECTROMETRY)
SPILLS
39, 148, 164, 246, 317, 596, 742, 845
853, 922
SRC PROCESS
(SEE COAL LIQUEFACTION)
STANDARDS
48. 56, 187, 223, 262, 265, 285, 295
402, 489., 543. 819, 822. 865, 866, 867
868, 869, 870, 871, 872, 1079, 1196
1239, 1291
SEE ALSO CRITERIA
STATISTICS
285, 752, 822, 893, 1165
STEROIDS
(SEE PHYSIOLOGY, ENDOCRINE)
STOMACH
(SEE PHYSIOLOGY, GASTROINTESTINAL)
STREAMS
(SEE RIVERS)
STRIP MINING
(SEE MINING)
STRUCTURE ACTIVITY
192, 482, 503, 1114, 1236
SUBBITUMINOUS
(SEE COAL)
SURFACE MINING
(SEE MINING)
SURFACE-UATERS
(SEE FRESHWATER)
SURFACTANTS
21, 265, 309, 461, 519, 554, 669, 698
1119, 1165. 1236. 1275. 1303
SURVIVAL
24, 26, 28, 29, 30, 40, 90, 111. 134
165, 172, 173, 184. 191, 242, 314, 343
377, 436, 440, 458, 511, 589, 590, 644
716, 736, 737, 738, 754. 768, 798, 806
809, 816, 817, 824, 829, 831, 840, 841
842, 851, 941, 975, 1021, 1059, 1104
1169, 1202, 1221, 1267, 1275, 1277
SEE ALSO TOXICOLOGY
SYMPOSIA
(SEE REVIEUS)
SYNERGISM
1182
SYNTHANE PROCESS
(SEE COAL GASIFICATION)
SYNTHASE
327
SYNTHETASE
1228
55
-------
SYNTHOIL-PROCESS
(SEE COAL LIQUEFACTION)
TAINT
(SEE ORGANOLEPTIC)
TfiR SANDS
37, 82, 273, 69B
TASTE
(SEE ORGflNOLEPTIC)
TEM
(SEE MICROSCOPY)
TEMPERATURE
25, 30, 59, 95, 178, 241, 253, 272
273, 275, 295, 315, 470, 482, 536, 556
593, 604, 642, 696, 752, 798, 800, 824
831, 843, 848, 860, 921, 950, 991, 996
1004, 1005, 1086, 1021, 1053, 1055
1114. 1141, 1237, 1252, 1257, 1258
1276, 1281, 1304, 1306, 1310
TERATOGENIC
458
THIN LAYER CHROMATOGRAPHY
(SEE CHROMATOGRAPHY, THIN LAYER)
TISSUE
(SEE HISTOLOGY)
TISSUE EXTRATION
(SEE ACCUMULATION)
TLC
(SEE CHRQMATOGRAPHY, THIN LAYER)
TOLERATION
(SEE ACCLIMATION)
TOXICOLOGY, GENERAL
3, 16. 21, 25, 26,
59, 64, 71, 76, 77,
105, 110. Ill, 116,
134, 136, 137, 154,
172, 173, 175, 185,
217, 218, 220, 221,
266, 285, 297, 299,
321, 326, 343> 346,
373, 374, 375, 376,
389, 391, 396, 397,
442, 445, 448, 452,
474, 478, 492, 588,
541, 552, 5G4, 567,
593, 595, 596, 604,
637, 645, 650, 652,
679, 680, 681, 685,
735, 737, 738, 751,
769, 772, 773, 774,
34, 36, 42, 45, 50
90, 93, 95, 101
118. 122. 127, 132
161, 164, 165, 166
191, 192, 204. 205
232. 233, 240, 248
311, 314, 315, 318
349. 353, 352, 357
379. 380, 385. 388
399. 425, 436, 440
458, 469, 472, 473
511, 513, 529, 537
588, 589, 590, 591
613, 631, 633, 634
668, 670, 672, 673
692, 726, 733, 734
757, 760, 766, 768
780, 797, 799, 801
806, 816, 817, 818, 819, 824, 829, 831
836, 839, 840, 841, 842, 843, 848, 854
865, 866, 867, 868, 872, 891, 895, 900
904. 912, 914, 929, 930, 931, 942, 948
950, 955, 959, 1004, 1005, 1006, 1016
1017, 1034, 1042, 1047, 1050, 1059
1061, 1065, 1068, 1071, 1079, 1103
1104, 1114, 1131, 1136, 1138, 1149
1160. 1161, 1163, 1165, 1170; 1171
1182, 1193, 1199, 1211, 1221, 1230
1236, 1238, 1239, 1240, 1241, 1245
1246, 1256, 1267, 1268, 1269, 1272
1273, 1275, 1276, 1278, 1283, 1284
1285, 1300, 1307, 1314
SEE ALSO SURVIVAL
TOXICOLOGY, RCUTE
24, 26, 28, 29. 30, 40, 111, 134, 172
173, 191, 242, 314, 343, 440, 511, 589
590, 816, 817, 824, 831, 840, 841, 842
1104, 1221, 1275
TOXICOLOGY, BIOASSAYS
21, 60, 74, 95, 161, 191, 246, 314
492, 565, 604, 692, 816, 817, 831, 840
1006, 1278
TOXICOLOGY. CHRONIC
165, 377, 436, 511, 644, 736, 737, 754
806, 809, 829, 1277
TRACE CONTAMINANTS
(SEE POLLUTANTS)
TRANSAMINASE
995
TRANSFERASE
328, 967, 1007, 1008, 1150
TREATMENT
(SEE HASTE TREATMENT, GENERAL)
TRITIATED
(SEE RADIOCHEMISTRY)
TRYPSIN
996
TRYPTOPHAN OXYGENASE
(SEE OXYGENASE)
TUMORS
(SEE MUTAGENIC)
TURBIDITY
319, 368, 619, 878, 893
ULTRAVIOLET
(SEE SPECTROMETRY, ULTRAVIOLET)
56
-------
UNDERGROUND MINING
(SEE MINING)
URINflRY
(SEE PHYSIOLOGY, RENAL-HEPATIC)
UV
(SEE SPECTROMETRY, ULTRAVIOLET)
UftSTE TREATMENT, GENERAL
1, 5. 6, 8, 9, 12, 20, 22, 43, 46, 49
51, 52, 53, 56, 58, 67, 69, 70, 76, 77
81, 93, 96, 103, 109, 116, 123, 126
134, 138, 150, 178, 182, 188, 190, 195
199, 211, 213, 220, 227, 234, 240, 243
244, 247, 249, 251, 254, 257, 258, 259
267. 268, 271, 281, 282, 296; 305, 306
307, 311, 316, 319, 321, 324, 332, 333
338, 342, 343, 350, 355, 356, 358, 363
366, 367, 369, 384, 387, 388, 394, 396
397, 398, 401, 402, 405, 407, 408, 422
424, 425, 426, 427, 429, 435, 444, 450
451, 452, 453, 454, 456, 459, 460, 470
472, 478, 481, 484, 501, 502, 506, 511
515, 516, 517, 518, 519, 525, 528, 536
538, 539, 541, 544, 552, 558, 559, 560
561, 564, 566, 573, 574, 577, 578, 581
583, 587, 593, 594, 598, 600, 601, 607
608, 610, 611, 613, 617, 648, 649, 662
669, 670, 686, 698, 707, 720, 723, 725
731, 733, 749, 767, 770, 771, 776, 778
782, 789, 790, 792, 794, 811, 812, 816
821, 825, 826, 827, 831, 840, 843, 844
849, 852, 854, 856, 859, 863, 879, 886
893, 894, 901, 902, 903, 906, 907, 908
915, 920, 921, 929, 930, 931, 932, 933
935, 936, 937, 938, 939, 943, 944, 945
949, 955, 958, 959, 960, 963, 968, 969
971, 972, 973, 979, 980, 982, 983, 986
988, 991, 992, 998, 999, 1003, 1004
1005, 1006, 1009, 1012, 1015, 1018
1822, 1023, 1026, 1030, 1031, 1836
1057, 1062, 1063, 1066, 1070, 1081
1084, 1085, 1086, 1088, 1093, 1098
1105, 1119, 1120, 1127, 1130, 1131
1134, 1140, 1141, 1142, 1144, 1145
1156., 1159, 1162, 1165, 1166, 1167
1168, 1174, 1176, 1180, 1183, 1187
1189, 1191, 1192, 1193, 1195, 1197
1198, 1199, 1203, 1204, 1206, 1207
1211, 1212, 1216, 1222, 1227, 1234
1237, 1242, 1247, 1250, 1251, 1255
1258, 1261, 1267, 1269, 1270, 1272
1277, 1278, 1291, 1302, 1304, 1305
1306, 1307, 1310, 1312, 1313
SEE ALSO EFFLUENTS; FILTRATION;
FLOTATION; FLOCCULATION; SORPTION
LJASTE TREATMENT, CARBON FILTRATION
96, 244, 362, 427, 618, 642, 647, 725
846, 901, 930, 949, 1127, 1188, 1203
1310
SEE ALSO SORPTION
UASTE TREATMENT, CHLORINATION
13, 42, 229, 243, 251, 269, 302, 333
396, 397, 398, 479, 501, 502, 506, 539
554, 681, 613, 642, 643, 651, 652, 782
848, 1058, 1069, 1070, 1166, 1203, 1235
1238, 1291, 1299, 1302
UASTE TREATMENT, INDUSTRIAL
5, 9, 21, 76, 95, 96, 121, 243, 248
251, 314, 333, 350, 363, 366, 388, 398
402, 425, 427, 506, 508, 521, 593, 604
669, 752, 757, 800, 816, 821, 826, 827
837, 880, 893, 894, 929, 930, 931, 939
949, 979, 998, 1005, 1006, 1026, 1044
1045, 1057, 1066, 1108, 1140, 1165
1166. 1189, 1276, 1291, 1302, 1303
1304, 1307, 1310
UASTE TREATMENT, LAGOON ING
350, 401, 538, 886, 899, 1004, 1145
1276, 1277
UASTE TREATMENT, OZONATION
38, 123, 396, 397, 423, 506, 652, 670
792, 1031, 1069, 1070, 1140, 1166, 1203
1305
UASTE TREATMENT, SEUAGE
13, 56, 71, 76, 88, 220, 249, 302, 365
396, 397, 398, 425, 427, 434, 452, 534
557, 620, 642, 670, 695, 770, 771, 789
829, 878, 885, 893, 974, 976, 992, 1015
1022, 1066, 1127, 1140, 1165, 1166
1168, 1195, 1250, 1265, 1278. 1304
1307, 1310
UASTE TREATMENT, SLUDGE
5, 34, 230, 238, 240, 251, 258, 394
408, 427, 450, 451, 552, 564, 569, 720
731, 771, 816, 881, 887, 944, 949, 973
976, 979, 992, 1020, 1066, 1207, 1278
1387
UASTE TREATMENT, SOLIDS
9, 544, 833, 929, 931, 949
UASTEUATER
1, 8, 20, 22, 51, 52, 53, 58, 62, 67
69, 76, 77, 78, 96, 107, 123, 134, 195
211, 213, 227, 243, 247, 251, 254, 267
270, 271, 279, 305, 306, 307, 311, 319
333, 338, 342, 356, 357, 358, 363, 366
369, 389, 394, 405, 424, 426, 429, 435
444, 453, 456, 459, 478, 511, 516, 517
518, 519, 524, 528, 550, 552, 558, 559
577, 583, 593, 594, 601, 617, 648, 649
662, 698, 710, 721, 776, 778, 782, 794
810, 816, 838, 849, 852, 856, 881, 893
57
-------
894, 897, 982, 906, 987, 932, 933, 935
936, 937, 938, 939, 955, 958, 960, 963
971, 972, 973, 974, 979, 988, 983, 986
988, 998, 1883, 1889, 1015, 1023, 1838
1844, 1066, 1088, 1089, 1093, 1098
1118, 1118, 1119, 1120, 1127, 1130
1134, 1140, 1156, 1163, 1166, 1167
1176, 1180, 1187, 1197, 1199, 1203
1284, 1206, 1216, 1217, 1218, 1222
1227, 1233, 1234, 1243, 1247, 1261
1272, 1278, 1294. 1301
UATER QUflLITY
18, 12, 21, 39, 57, 92, 93, 95, 96
ie6, 109, 110, 120, 121, 141, 151, 154
162, 164, 170, 187, 191, 225, 235, 243
246, 247, 251, 253, 265, 285, 295, 309
310, 314, 315, 330. 350, 363, 388, 395
396, 397, 398, 402, 425, 427, 448, 474
489, 586, 511, 520, 521, 535, 536, 541
544, 573. 604, 669, 680, 681, 697. 702
703, 723, 724, 733, 742, 743, 752, 757
758, 765, 882, 818, 819, 820. 821, 822
823, 826. 827. 829. 637, 854. 888, 889
893, 894, 895, 913, 939, 947, 979, 998
1005, 1886, 1011, 1019, 1044, 1045
1064. 1070. 1114. 1131. 1132. 1154
1165, 1189, 1190, 1191, 1192, 1193
1195, 1199, 1221, 1239, 1254, 1257
1258, 1276, 1277, 1291, 1295, 1303
SEE flLSO EFFLUENTS
UNO
(SEE HEALTH)
X-RflY FLUORESCENCE
(SEE SPECTROMETRY, FLUORESCENCE)
XENOBIOTIC
967
58
-------
0
VI
59
-------
ABRAMIS
40, 1245
ACANTHODIAPTOMUS
24
ACETOBACTER
450, 1208, 1209
ACHROMOBACTER
183, 205, 230, 450, 800, 1149
ACINETOBACTER
65, 312, 563, 605, 728, 729, 791, 887
1033, 1265
ACIPENSER
1090, 1091, 1092
ACTINOMYCES
712, 941, 1304
AEOLOSOMA
738
flEROMONflS
230
flGMENELLUM
1283
AGROBACTERIUM
534, 1264
ALBURNUS
478
ALCALIGENES
119, 120, 183, 230, 450, 534, 60S, 728
729, 791, 800, 999, 1000, 1001, 1033
1132, 1149
ALGAE
146, ,219, 232, 233, 282, 294, 330, 341
386, 437, 455, 526, 541, 596, 672, 679
680, 681, 687, 743, 765, 766, 793, 804
843, 894, 960, 978, 1004, 1005, 1006
1135, 1136, 1137, 1138, 1153, 1160
1161, 1162, 1172, 1183, 1184, 1230
1283, 1284
SEE ALSO PHYTOPLANKTON
ALGAE, BLUE-GREEN
282, 341, 793, 1283
ALGAE, DIATOMS
1283
ALGAE, EUGLENIDS
341
ALGAE, GREEN
233, 294, 341, 455, 541, 596, 672, 793
804, 960, 978, 1004, 1005, 1006, 1135
1136, 1137, 1138, 1153, 1160, 1161
1162, 1183, 1184, 1283
ALGAE, RED
146, 386
ALTERNARIA
892
ANABAENA
282, 341, 793
ANABAENOPSIS
282
ANCHOVY
(SEE FISH, ENGRAULIDAE—ANCHOVIES)
ANGUILLA
548, 917, 918, 966
ANNELIDS
21, 30, 39, 374, 595, 685, 738, 1016
ANODONTA
24
ANTITHAMNION
146
AQUATIC PLANTS
93, 587, 723, 724, 894, 1005, 1161
1162, 1290
ARACHNID
25, 26, 28, 1280
ARMILLARIA
570
ARTHROBACTER
114, 346, 728, 731, 832, 1096, 1116
1117, 1122, 1132
ASELLUS
24
ASPERGILLUS
1103, 1126, 1228
AZOTOBflCTER
282, 1000
BACILLUS
12, 59, 205, 230, 646, 712, 962, 964
989, 1096, 1262, 1263
BACTERIA
60
-------
2, 11, 12, 13, 18, 23, 36, 56, 59, 65
66, 70, 71, 72, 73, 79, 91, 114, 115
117, 119, 120, 124, 125, 139, 140, 143
144, 149, 154, 170, 175, 180, 181, 183
185, 193, 200, 201, 202, 205, 206, 208
209. 214, 215, 216, 224, 228, 238, 240
247, 258, 275, 276, 277, 278, 280, 281
282, 287, 288, 289, 290, 291, 293, 302
308, 312, 318, 327, 328, 329, 331, 344
345, 346, 347, 348, 354, 365, 381, 409
410, 411, 412, 413, 416, 417, 418, 419
420, 421, 430, 431, 437, 450, 451, 457
462, 463, 467, 470, 471, 486, 490, 497
498, 503, 504, 509, 514, 525, 527, 529
533, 534, 535, 547, 557, 563, 567, 568
569, 574, 582, 587, 599, 605, 613, 624
626, 627, 628, 638, 645, 646, 672, 673
680, 681, 682, 688, 695, 699, 706, 709
712, 713, 714, 721, 723, 724, 728, 729
731, 755, 762, 763, 764, 775, 780, 783
791, 800, 803, 832, 851, 883, 887, 890
895, 898, 904, 909. 910, 911, 916, 919
920, 922, 923, 924, 925, 926, 927, 941
962, 963, 964, 965, 968, 975, 976, 989
990, 993, 994, 999, 1000, 1001, 1007
1008, 1011, 1027, 1032, 1033, 1043
1049, 1055, 1056, 1057, 1061, 1063
1064, 1094, 1096, 1100, 1101, 1103
1111, 1112, 1115, 1116, 1117, 1119
1122, 1126, 1129, 1132, 1133, 1140
1143, 1145, 1148, 1149, 1157, 1158
1159, 1168, 1175, 1179,- 1185, 1202
1203, 1205, 1208, 1209, 1210, 1219
1225, 1228, 1237, 1248, 1249, 1252
1253, 1254, 1257, 1258, 1262, 1263
1264, 1265, 1266, 1278, 1285, 1286
1287, 1293, 1295, 1297, 1300, 1304
1305, 1307, 351
BARYTELPHUSA
891
BASS
(SEE FISH, CENTRARCHIDAE--SUNFISHES)
BEIJERINCKIA
416, 417, 418, 421
BITHYNIA
24
BLEAK
(SEE FISH, CYPRINIDflE—MINNOUS AND
CflRPS)
BLOODUORM
1259
BLUEGILL
(SEE FISH, CENTRARCHIDAE—SUNFISHES)
BOOPHILUS
1280
BRACHYDANIO
379
BREAM
(SEE FISH, CYPRINIDAE—MINNOUS AND
CflRPS)
BREVIBACTERIUM
114, 832, 1103
BUFO
(SEE TOADS)
BYTHOTREPHES
24
CALANUS
500
CALLINECTES
562, 739
CAMBARUS
738
CANCER
17, 170, 300, 301, 398, 783, 966, 1034
1073, 1285
CANDIDA
114, 205, 269, 283, 855, 992, 1048
1103, 1116, 1143
CARASSIUS
161, 191, 565, 629, 630, 631, 632, 633
634, 635, 636, 738, 773, 841, 956, 1029
478
CARP
(SEE FISH, CYPRINIDAE—MINNOUS AND
CARPS)
CATFISH
(SEE FISH, ICTALURIDAE—FRESHUATER
CATFISHES)
CAULOBACTER
883
CHAETOGASTER
30
CHARA
960, 1161
CHIRONOMUS
28, 29, 1276, 1277
61
-------
CHLAMYDOMONAS
341, 596, 1135, 1136, 1137, 1138
CHLORELLA
294, 341, 541, 596, 672, 793, 978
1153, 1183, 1184
CHROOCOCCUS
793
CILIATES
(SEE PROTOZOA)
CISCO
(SEE COREGONUS)
CITHARICHTHYS
748
CLADOCERAN
(SEE CRUSTACEANS, CLADOCERANS)
CLAMS
(SEE MOLLUSKS. PELECYPODS)
CLARIAS
129
CLOEOH
28, 29
CLUPEA
348, 1188, 1169, 1178, 1171
COELAMBUS
29
COLIFORM
56, 178, 247, 457, 583, 587, 763, 851
895, 1148, 1293
COHIOPHORA
578
CORBICULA
132
COREGONUS
996
CORYNEBACTERIUM
114, 346, 599, 789, 1896, 1132, 1219
COSMARIUM
793
CRAB
17, 178, 388, 381, 398, 562, 739, 783
891, 966, 1834, 1873, 1259, 1285
CRAYFISH
738, 818, 891, 1868
CRUSTACEANS
17, 24, 54, 98, 181, 118, 111, 112, 132
170, 308, 301, 314, 343, 353, 398, 472
588, 508, 552, 562, 629, 652, 685, 716
738, 739, 743, 745, 766, 783, 802, 818
824, 839, 864, 891, 894, 899, 966, 1834
1842, 1865, 1868, 1873, 1236, 1259
1275, 1285
CRUSTACEANS, AMPHIPODS
685, 738
CRUSTACEANS, CLADOCERANS
24, 101, 314. 353, 472, 588, 552, 652
716, 738, 745, 766, 818, 824, 864, 894
1865. 1236
CRUSTACEANS, COPEPODS
24, 90, 112, 500
CRUSTACEANS. DECAPODS
17, 54, 111, 132, 170, 300, 301, 398
562, 629, 738, 739, 783, 818, 891, 966
1834, 1842, 1068, 1073, 1259, 1285
118
CRUSTACEANS, ISOPODS
24, 685
CRUSTACEANS, PHYLLOPODS
24
CYPRINUS
86, 122. 373, 391, 436, 472, 629, 692
732, 768, 798
DAPHNIA
24, 101, 314, 353, 472, 588, 552, 652
716, 738, 745, 766, 818, 824, 864, 894
1236
DERO
738
DREISSENA
24
DROSOPHILA
127
DUGESIA
738, 1859
DUNALIELLA
1161, 1162
ECHINODERMS
839, 1259
62
-------
EEL
(SEE FISH, flNGUILLIDAE--FRESHUflTER
EELS)
EICHHORNIA
1296
ELODEA
724, 1161, 1162
ENCHYTRAEUS
595
ENGRAULIS
1169
ESCHERICHIA
(SEE COL IFORM)
EUDIAPTOMUS
24
EUPLANARIA
38
EURYTEMORfi
112, 500
EURYURUS
318
FflTHEAD-MINNOU
(SEE PIMEPHflLES)
FISH
7, 15, 16, 17, 18, 19, 32, 33, 40, 54
74, 75, 86, 93, 95, 105, 111, 122, 129
138, 132, 154, 161, 162, 164, 165, 166
170, 172, 173, 178, 191, 197, 217, 218
219, 229, 232, 241, 266, 285, 301, 307
314, 315. 324, 340, 342, 349, 350, 353
373, 375, 376, 377, 378, 379, 388, 383
388, 391, 392, 393, 399, 436, 440, 464
472, 494, 495, 513, 537, 548, 562, 564
565, 578, 587, 588, 589, 598, 591, 604
629, 638, 631, 632, 633, 634, 635, 636
637, 640, 644, 668. 692, 732, 733, 734
735, 736, 737, 738, 740, 754, 760, 761
768, 769, 772, 773, 774, 797, 798, 799
802, 806, 8B7, 808, 809, 816, 817, 818
829, 831, 840, 841, 842, 848, 854, 869
870, 871, 873, 874, 875, 880, 884, 894
897, 912, 915, 917, 918, 947, 948, 950
951. 956, 957, 959, 966, 967, 996, 1016
1817. 1021, 1024, 1029, 1040, 1042
1067, 1090, 1091, 1092, 1104, 1108
1114, 1121, 1131. 1144, 1150, 1152
1155, 1169, 1170, 1171, 1211, 1221
1223, 1235, 1236, 1245, 1246, 1256
1259, 1267, 1268, 1269, 1273, 1274
1275, 1304, 1309, 473, 478, 805
FISH, flCIPENSERIDflE—STURGEONS
1090, 1091, 1092
FISH, ANGU ILL I DAE—FRESHWATER EELS
548, 917, 918, 966
FISH. BOTHIDAE—LEFTEYE FLOUNDERS
740
FISH. CENTRftRCHIDflE—SUNFISHES
111. 132, 164, 266, 668, 768, 769, 816
840, 1221
FISH, CHflNNIDflE—SNAKEHEflDS
129
FISH, CICHLIDAE—CICHLIDS
912
FISH, CLARIIDAE—AIR-BREATHING CATFISHES
129
FISH, CLUPEI DAE—HERRINGS
340, 1108, 1169, 1170, 1171
FISH, COTTIDAE—SCULP INS
740, 966
FISH, CYPRINIDAE—MINNOUS AND CARPS
40, 86, 122, 161. 165. 191, 314, 373
379, 391, 436, 440, 472, 565, 629, 638
631. 632, 633, 634, 635, 636, 692. 732
738, 754, 768, 773, 798, 817, 841, 956
1021, 1029, 1221, 1235, 1245, 478
FISH, CYPRINODONTIDAE—KILLIFISHES
379, 966
FISH, ENGRAULIDAE—ANCHOVIES
912, 1169, 1171
FISH, GOB I IDAE—GOBIES
748
FISH, ICTALURIDAE—FRESHWATER CATFISHES
132, 191, 578
FISH, KUHLIIDAE—KUHLIA
912
FISH, MYXINIDAE—HAGFISHES
966
FISH, PERCIDAE—PERCHES
472
FISH, PLEURONECTIDAE—RIGHTEYE FLOUNDERS
957, 966, 967, 1274
63
-------
FISH, POECILIIDfiE—LIVEBEflRERS
217, 218, 266, 377, 378, 472, 806, 807
888, 809, 841, 842, 912, 1155, 805
FISH, RAJIDAE—SKATES
957, 966, 967
FISH, SALMON IDAE--TROUTS
15, 16, 17, 18, 19, 74, 75, 86, 93
132, 164, 172, 173, 191, 229, 241, 353
379, 380, 388, 440, 472, 513, 564, 629
644, 734, 735, 737, 738, 761, 772, 831
848, 950, 951, 959, 996, 1017, 1024
1104, 1121, 1131, 1150, 1152, 1256
1267, 1268, 1269, 478
FISH, SCOMBER IDAE—MACKERELS AND TUNAS
966
FISH, SQUALIDAE—DOGFISH SHARKS
473, 966
FLATUORMS
30. 738, 1059
FLAVOBACTERIUM
228, 238, 331, 450, 563, 582, 883
1103, 1265
FLOUNDER
(SEE FISH, PLEURONECTIDAE—RIGHTEYE
FLOUNDERS)
FROGS
458, 494
FUNDULUS
966
FUNGI
2, 23, 31, 114, 115, 205, 208, 269
276, 283, 346, 462, 463, 464, 510, 529
534, 578, 627, 712, 759, 764, 780, 832
855, 892, 919, 992. 995, 1010. 1011
1047, 1848, 1056, 1861, 1101, 1183
1108, 1116, 1126, 1143, 1181, 1228
1252, 1254, 1304
GAMBUSIA
266, 912
GILLICHTHYS
740
GLIOCLADIUM
1126
GLOSSIPHONIA
38
GOBY
(SEE FISH, GOBIIDAE—GOBIES)
GOLDFISH
(SEE FISH, CYPRINIDAE—MINNOUS flND
CARPS)
GONIOBASIS
184, 738
GONIOTRICHUM
386
GUPPY
(SEE FISH, POECILIIDAE--LIVEBEARERS)
HftEMOPIS
30
HAGFISH
(SEE FISH, MYXINIDAE—HAGFISHES)
HALOSPHAERIA
1183
HELISOMA
132, 738
HELOBDELLA
30
HEMITRIPTERUS
966
HERPOBDELLA
30
HERRING
(SEE FISH. CLUPEIDAE—HERRINGS)
HIRUDINEA
(SEE ANNELIDS)
HOMARUS
966
HUMANS
36, 296, 29?, 455, 511, 715, 752, 783
802, 963, 1861, 1071, 1072, 1172, 1189
1193, 1296
HUMICOLA
1103
HYALELLA
738
HYDROGENOMONAS
1287
ICTALURUS
132, 191, 578
64
-------
INSECT
24, 25, 26, 28, 29, 118, 127, 132, 299
318, 685, 738, 766, 1259, 1276, 1277
JORDANELLA
379
KILLIFISH
(SEE FISH, CYPRINODONTIDAE--KILLIFISHES)
KUHLIfl
912
LEBISTES
(SEE POECILIfl)
LEECH
(SEE ANNELIDS)
LEPQMIS
132, 738, 816
LIMNOCHARES
28
LOBSTER
562, 629, 966, 1259
LUMBRICULUS
30
LYMNAEA
24. 184
LYNCEUS
24
MACKEREL
(SEE FISH, SCOMBER I DAE—MACKERELS AND
TUNAS)
MAMMALS
36, 178, 207, 296, 297, 300, 413. 414
455, 511, 591, 715, 752, 783, 802, 963
1061, 1071, 1072, 1126, 1172, 1189
1193, 1285, 1296
MESOSTOMA
30
METAPENAEUS
54
MICROCOCCUS
114, 450, 563, 910, 911
MICROPTERUS
111, 132, 164, 668, 840, 1221
MILLIPEDES
318
MINNOU
(SEE FISH, CYPRINIDAE—MINNOUS AND
CARPS)
MOLLUSKS
24, 132, 148, 184, 242, 245, 324, 326
371, 495, 606, 738, 765, 839, 874, 877
896, 1259, 1282, 1309, 110
MOLLUSKS, GASTROPODS
24, 132, 184, 738
MOLLUSKS, PELECYPODS
24, 132, 148, 242, 245, 324, 326, 371
495, 606, 896, 1259, 1309, 110
MOSQUITO
118, 299, 738, 766
MOSQUITOFISH
(SEE FISH, POECILIIDAE—LIVEBEARERS)
MUSSEL
(SEE MOLLUSKS)
MYCOBACTERIUM
114, 139, 206, 209, 288, 450, 514, 712
755, 1094, 1116, 1117
MYTILUS
242, 245, 324
MYXINE
966
NEMATODES
30
NITELLA
1160, 1161, 1162
NITOCRIS
738
NITROBACTER
1278
NOCARDIA
72, 73, 114, 193, 205, 312, 344, 416
417, 418, 534, 563, 887, 1116, 1117
1157, 1210, 1262, 1263
NOSTOC
793
NOTOMMATA
789
NOTONECTA
65
-------
132
OLIGOCHAETE
(SEE ANNELIDS)
OLIGOCOTTUS
748
ONCORHYNCHUS
132, 164. 472, 831, 1817, 1824, 1268
1269
OPERCULARIA
789
OPHICEPHALUS
129
OYSTER
118, 1259, 1282
PflLflEMONETES
132
PANDALUS
1834
PANULIRUS
562, 629
PARAMECIUM
895, 942, 1225
PEDIflSTRUM
793
PENICILLIUM
31, 288, 346, 832, 1188
PERCH
(SEE FISH, PERCIDAE--PERCHES)
PHILODINA
177, 738
PHORMIDIUM
341
PHYSA
24, 184, 738
PHYTOPLANKTON
219, 338, 596, 678, 681, 988, 1184
1293
SEE ALSO ALGAE
PIMEPHALES
314, 817, 1021
PLANKTON
68, 112, 219, 338, 549, 723, 741, 742
743, 898, 899, 1839, 1865, 1172, 1273
SEE ALSO PHYTOPLANKTON; PROTOZOA;
ZOOPLANKTON
PLANORBIS
24
POECILIA
217, 218, 377, 378, 472, 885, 886, 887
888, 889, 841, 842, 912, 1155
POLYCHAETA
(SEE ANNELIDS)
POLYPHEMUS
24
POLYSIPHONIA
386
PROP IONIBACTERIUM
144, 803, 1248
PROTOZOA
248, 341, 724, 765, 789, 895, 942
1225
SEE ALSO ALGAE, EUGLENIDS
PSECTROCLADIUS
28, 29
PSEUDOBACTERIUM
388, 688
PSEUDOMONAS
12, 66, 78, 73, 91, 117, 181,
281, 202, 285, 214, 215, 216,
247, 278, 288, 281, 291, 388,
329, 409, 410, 411, 412, 416,
428. 438, 431, 458, 467, 471,
527, 533, 535, 557, 563, 567,
624, 628, 638, 646, 672, 688,
714, 728, 731, 755, 762, 763,
887, 909, 920, 921, 924, 925,
964, 1000, 1007, 1888, 1827,
1057, 1111, 1116, 1119, 1143,
1168, 1179, 1185, 1285, 1228,
1265, 1286, 1287, 1295, 1300,
PSEUDOPLEURONECTES
957, 966, 967, 1274
PSEUDOPOLYBESMUS
318
RADIX
24
RAJA
966, 967
193,
224,
327,
418,
486,
568,
712,
764,
926,
1032,
1149
1249
351
288
230
328
419
490
582
713
800
927
1043
66
-------
RANA
458
RHIZOBIUM
547, 993
RHODOSPIRILLUM
282
RHODOTORULA
205, 1103
ROTIFERS
177, 340, 789, 1065
SALMO
132, 241, 379, 380, 388, 564, 629, 738
772, 951, 959, 996, 1121, 1152, 1256
1267, 1269, 478
SALMON
(SEE FISH, SALMON IDAE—TROUTS)
SALMONELLA
18, 36, 457, 587, 1049, 1285
SALVELINUS
132, 644, 848, 1152
SARCINA
450
SCflLLOP
874, 877
SCEMEDESMUS
341, 455, 793, 804
SCOMBER
966
SCULP IN
(SEE FISH, COTTIDftE—SCULP INS)
SEA-URCHIN
(SEE ECHINODERMS)
SELENASTRUM
1004, 1005, 1006
SERRATIA
247, 1103
SHARK
(SEE FISH, SQUAL IDAE—DOGFISH SHARKS)
SHRIMP
54, 110, 111, 132, 1034, 1042, 1259
SIGARA
29
SKATES
(SEE FISH, RAJIDAE—SKATES)
SKELETONEMA
60
SNAIL
(SEE MOLLUSKS, GASTROPODS)
SPHAERIUM
24
SPIRILLUM
154, 1103
SQUALUS
473, 966
STARFISH
1259
STEREUM
570
STOLEPHORUS
912
STREPTOMYCES
1126
STURGEON
(SEE FISH, AC IPENSERI DAE—STURGEONS)
STYLARIA
30, 738
STYLONYCHIA
789
SUNFISH
(SEE FISH, CENTRARCHIDAE—SUNFISHES)
THALASSIOSIRA
1283
TILAPIA
912
TOADS
241, 301
TRICHOSPORON
1103
TROUT
(SEE FISH, SALMON I DAE—TROUTS)
TUBIFEX
30, 738
67
-------
TUNA
(SEE FISH, SCOMBERIDflE—-MACKERELS flND
TUNAS)
TURBELLARIA
(SEE FLATUORMS)
TURTLES
381
ULOTHRIX
233
VIBRIO
230, 645
VIRUS
984
VIVIPARUS
24
UHITEFISH
(SEE COREGONUS)
XANTHOMONAS
458, 712
XENOPUS
458
YEAST
283, 464, 518, 529, 534, 764, 788
1811. 1181, 1254, 1384
ZEBRAFISH
(SEE FISH, CYPRINIDAE—MINNOUS AND
CARPS)
ZOOGLOEA
285
ZOOPLANKTON
24, 98, 101, 112, 177, 314, 340. 353
472, 588, 588. 552. 652, 716, 738, 743
745, 766, 789, 818, 824, 864, 894, 1865
1236
SEE ALSO PROTOZOA
68
-------
D
69
-------
ABASH IN, V. G.
1, 794
ABBOTT B J.
2
ABIGNENTE, ENRICO.
3
ABINDER, A. A.
670
ACHARI, R. G.
4
ACKERMAN, D. G.
5
ACKERMANN G R.
6
ACKMAN R G.
7
ADAM'VAN, R. I.
8
ADAMS, J. U.
9
ADANIN, V. M.
1148
AFANAS'EVA, N.
1187
AFGAN, B K.
16
AFGHAN, BADAR K.
448
AFTRING R P.
11
AGAL'TSOV, A. M.
429
ACERTON, BOBBY M.
12
AHEARN D G.
269
AHERN T P.
1238
AHMED M.
13
AHNOFF, MARTIN.
14
AHOKAS J.
18
AHOKAS J T.
15, 16, 17
AHOKAS, JORMA T.
19
AICHINGER, H.
542
AIZENSHTADT V S.
20
AKESSON B.
21
AKHMETGALEEV, N. M.
227
AKHMETSHINA, F. YA.
1836
AKIBA, REIKO.
588
AKITAKE H.
629, 630, 631, 632, 633, 634
AKITSUNE, KENJI.
22
ALBERS R A.
289
ALBERTSSON A-C.
23
ALBRECHT P.
348
ALBRIGHT L J.
382
ALEEVA, N. N.
1234
ALEKSEEV V A.
24, 25, 26
ALEKSEYEV V A.
28, 29, 38
ALEXANDER M.
486
ALFORD, ANN L.
826
70
-------
ALHADEFF, EZRA.
1385
ALHADEFF, EZRfl S.
1386
fiLLEN F R.
682
ALLEN, JAMES EDUARD.
31
ALLEN, JOHN L.
32, 33
ALTON, L. V.
34
flLY, 0 M.
368, 361
flLY, OStlflN M.
35, 363
AMANGEL'DIN, S. K.
182
flhES B N.
36
AMINOVA, G. KH.
355, 356, 357
AMRIN, K. R.
182
ANDERS D E.
37
ANDERSON E.
121
ANDERSON, G. L.
38
ANDERSON J B.
473
ANDERSON, J. LJ.
39, 1816
ANDERSON, JACK LJ.
741, 896
ANDERSON, PETER
363
ANDREEV L V.
1117
ANDREEVfl, L.
1866
ANDRES, A, G.
48
ANDROSOVA, E. V.
41
ANON.
42
ANONYMOUS.
43, 44, 45, 46, 47, 48
ANTHONY C.
327, 328, 329
ANTIA, NAVAL J.
219
ANTIPIN B N.
24
ANTONOV, V. N.
49
ANTONOVfl, K. N.
51, 52
ANTQNOVft, N. E.
53
ANTONOVA V I.
58
ANTONY, P. D.
54
ANUFRIEVA, T. L.
971
APPLEGATE H G.
583
ARMSTRONG, J. G.
1256
ARNOLD S.
473
ARRO, J.
55, B35
ARSENOVA, A. N.
583
ARSHANITS, N. M.
311
ARSHANITSA, N. M.
71
-------
864, 865, 866, 867, 868, 869, 878, 871
872, 873
flRSOVIC, HANS M.
97
ARTHUR, JOHN U.
817
ARUTYUNYAN. E. S.
61
ASADA Y.
56
ftSPINUflLL R.
57
ASS, M. I.
58
ATHERTON R M.
921
ATKINSON ft.
59
ATKINSON, L. P.
68, 336
ATOVMYAN, E. G.
61
ATTUOOD M M.
498
ATYAKSHEVA, L. F.
123
AUDOUARD, Y.
62
AUDUREAU, JOEL.
63
AUERBACH, S.
64
AUGER, CHRISTIAN.
899
AURICH, H.
65
AUSTEN R A.
66
AUSTERN, BftRRY M.
67
AUSTIN, H. F.
1254
AUSTIN N M.
1235
AVERETT, D. R.
68
AVERY, NOYES L.
69
AXCELL 8 C.
70
AXT G.
71
AZOULflY E.
119, 128
BACCHIN P.
922
BACHA, PATRICIA.
471
BACHOFER R.
72
BADALYAN, M. A.
849
BAGGI G.
73
BAHR T G.
74
BAHR, THOMAS GORDON.
75
BAILEY D E.
399
BAILEY, HOUARD T.
164
BAIRD, R. B.
76, 77
BAKER, C. D.
78, 244
BAKKE T.
839
BAKKER, G.
79
BALAYANTS, G. A.
80
72
-------
BALOGA, J M.
81
BALOGH, B.
82
BALOGH, FRfiNTISEK.
456
BALYATINSKAYA, L. N.
691
BANGERT, V.
83
BANSAL K M.
84, 85
BARANOVA L N.
86
BflRDUELL, C.
350
BflRIKHIN S Y.
1229
BARK, L. S.
87, 88
BARKHATOVA, V. I.
51, 52
BARKLEY, D. J.
89
BARNETT, C J.
90
BflRNSLEY E fl.
91
BARONKINA, L.
588, 682, 683, 724
BARTHA, R.
293
BflRTLE K D.
92
BflRTLEY, T. R.
93, 1256
BARTON, RICHARD R.
1305
BARUA P K.
762, 1111
BARUAH J N.
762, 1111
BARZ U.
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BASU, DIPAK K.
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BAT I I.
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BATTERTON J C.
1283
BATTERTON, JOHN C.
1284
BAUCH, HEINRICH.
97
BAUD IN, G.
98
BAYLOCQ D.
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BAYLOCQ-QUINAULT D.
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BAZHINA, N. A.
932
BAZIN H.
12B
BEAM, H. U.
99
BEAM, HERBERT U.
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BEAMER P.
170
BEAUCHAMP, J J.
101, 508
BEHRENS, H. C.
1307
BEIM A M.
1160
BEISEMBAEVA, F. G.
102
BELEVTSEV, A. N.
777, 778
BELEVTZEV, A. N.
73
-------
183
BELKIN, D. I.
184
BELOUSQV, YU. ft.
185
BELVEDERE G.
186
BELYAEV, I. I.
187
BELYAKOVA, T. M.
188
BELYAH IN, YU. I.
1134
BEND J.
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BEND, J R.
562, 957, 966, 967
BENEDEK P.
189
BEN UTS F.
118
BENS E M.
1132
BENTLEY, M.
1255
BENVILLE P E JR.
Ill
BENVILLE, PETE, JR.
668
BERDUGO V.
112, 588
BERENDEEVft, V. L.
933, 934, 935, 936
BERENTSVEIG, V. V.
113
BEREZIN I V.
114
BERGAN T.
115
BERGER, H.
1278
BERGOLD, ORM.
116
BERNOVSKAYA, N.
117
BERNOVSKAYA, N. A.
617, 838
BERRY, UILLIAM 0.
118
BERTRAND J C.
119, 128, 728
BERTSCH U.
121
BESCH U K.
122
BESPAMYATOV, 0. K.
123
BESSOU, F.
1311
BETTS P M.
124
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BEVERIDGE E G.
125
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BHAT J V.
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BHAT, JANARDHANA V.
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BHATIA, K.
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689
BHATTACHARYA S.
129, 888
BIEGANOUSKA, MARIA
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74
-------
BIEHU E R.
606
BIEMANN, K.
522
BIINO, LUCIANO.
136
BILAI, V. I.
131
BILLS T D.
132
BISCAN, N. J.
1367
BITKOVA. N. A.
133
BITTER. L. ft.
753
BJORNDAL, HAKAN.
134
BLAHA J.
135, 136
BLAHA, JAN.
137
BLAIR PI H.
249
8LAYLOCK, J. LJ.
39
BLAZY, PIERRE.
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929. 938. 931
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1161
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BOGATSKII M A.
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678
BOLDINA. Z. N.
141. 142
BOLLAG, J -M.
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BOLLAG, JEAN 11.
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144
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114
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145
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146
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BORIES, GEORGES.
148
BORIGHEM G.
149
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158
BORNEFF J.
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153
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154
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155
BOUMAN P I.
269
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156
BOYLE U C.
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BRADACS, LEOPOLD K.
157
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BRIEN, S. M.
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BROADBENT D A.
193
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BROCK T D.
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BROCK, THOMAS D.
1258
BROCKSEN, ROBERT U.
164
BRODERIUS, S J.
165, 644, 754
BRODERIUS, STEVEN JflMES.
166
BRODSKAYA, B. KH.
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BRODY A U.
167
BROEMELING, LYLE D.
314
BROOK INS, DOUGLAS G.
493
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172, 173
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BUATOIS J.
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BUDRIN, K. S.
960
BUGROV, YU. F.
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BUIKEMA A L JR.
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177, 738, 824, 1059
BURBflNK N C.
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BURCHARD, HARRY.
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BURIEV, S.
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BURKS, STERLING L.
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BUTTRILL, S. E. JR.
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CflLDER, JOHN fl.
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CflLHOUN U F.
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CflLLELY, fl. G.
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CAMPBELL, J. H.
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CAMPBELL, JAMES M.
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CARRINGTON E G.
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CARTER M H.
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CflRTER, MIKE H.
826
CflRTER S.
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CflRTURIGHT N J.
193
CARUSO, S. C.
194
CASALINI, ft.
195
CASAPIERI, PETER.
196
CflSTELL C H.
197
CASTELLANOS, E.
198
CATCHPOLE, J. R.
199, 258
CflTELANI D.
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CflTELANI, DANILO.
280, 261
CATTERALL F fl.
202
CflZACEANU, ECflTERNIfl.
203
CENCI G.
204
CERNflKOVfl M.
205
CERNIGLIft. C. E.
206, 287. 208, 209
CERNY, KflREL.
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CHAIGNEAU, HflRCEL.
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211
CHALKER B E.
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CHAMBON, P.
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CHASTftGNIER, MADELEINE.
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CHASTOV, A. I.
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CHATTERJEE, A. K.
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CHEMOVA, N. G.
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CHEN, JUH U.
1125
CHENG, JOSEPH Y.
219
CHEREMISINOFF, P N.
220, 1015
78
-------
CHERKINSKI1 S N.
221
CHERNICHENKO, I. ft.
1079
CHERNOBRIVETS, V. L.
222
CHERNYAKINA, A. F.
1234
CHERNYSHEV, I. S.
435
CHERNYSHEV, V. I.
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901, 902
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CHI C T.
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CHIBA, MONITO.
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CHILCOTE, D. D.
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CHILD J.
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CHISTYflKOV, A. N.
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CHOLNOKY-PFANNKUCHE, K.
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CHRISTENSON, U. N.
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CHUDOBA, JAN.
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C ILL IE G G.
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CLAEYS, R R.
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78, 244
CLARK H F.
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COLUELL, R. R.
1655, 1252, 1253, 1254
COMODO N.
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COMPERE A L.
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DOBBS G H.
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EARHART, JONATHAN P.
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83
-------
EGLINTON G.
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EGOREICHENKO, 0. fl.
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344
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ENGLEHflRDT G.
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114
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358
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FflRflNT, J -P.
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84
-------
FflUST, S D.
360, 361, 362
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FflY P.
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FERRY J G.
365
FESSENDEN R U.
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FICKE, HUNTER H.
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FIECHTER, ft.
1848
FIEDLER, F.
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FIGUEROft, LUIS 0.
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FISHMflN, G. I.
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FISHMflN M J.
368
FITflK, BOHDftN.
236
FITI, MflRIfl.
370
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371
FLECKINGER, ROBERT
148
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124
FLEET, BERNflRD.
372
FLEROV, B. ft.
373, 374, 375, 376, 377. 378, 772, 808
1155, 1245
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359
FLORES U.
1027
FLOYD T L.
602
FOCHT D D.
13, 1100, 1101
FOGELS fl.
379
FOLMflR L C.
380
FONTflNGES R.
731
85
-------
FORD, DftVIS L.
425
FOREMflN, DflLLflS G.
191
FORNEY, fl. J.
833
FORRO. JOHN RICHflRD.
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FOUDfl, H.
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FOUNTfllNE, J. E.
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FOUTS J R.
966, 967
FOX M E.
383
FRANK, P. fl.
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FRANT, M. S.
384
FREED V H.
229, 385
FRENZEL, CHARLES A.
159
FRIBERG, T S.
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FRIEDEL, R. fl.
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FRIES L.
386
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FRITZ J S.
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FROLOV, L. F.
387
FROMM, P. 0.
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FRUCHTER, J. S.
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FRY J R.
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FUENTES F.
1027
FUENTES, R C.
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FUJIKflUfl, SHUZO.
810
FUJISflUfl, TOSH10.
810
FUKflYfl, MflSflHIRO.
916
FUKETfl Y.
1884
FUKIMBARfl, TflKflSHI.
910, 911
FUKUTO, T. R.
299
FULLER, FREDERIC D.
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FUNflSflKfl, RYOZO.
391, 392, 393
FURUKI, MflSflKflZU.
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GflBOVICH, R. D.
395, 396, 397, 398
GflEVfl, N. N.
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GAGflRINOVfl, L. M.
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GALITSKAYA, N. 8.
1206
GALLI E.
73
GflLLO M fl.
399
GAPES L M.
577
GANBflROV, KH. G.
430, 431
GARDINER, DEIRDRE K.
859
86
-------
GARRETT, BENJflMIN CAYUOOD.
460
GARRISON ft U.
602
GARRISON, ARTHUR U.
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GARRISON, RICHARD L.
402
GARZA, A.
628
GASIOR, S. J.
833
GAUDY, A. F. JR.
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GAVRILOVA, L. I.
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GEL'FAND, M. M.
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GELEVTSEV, A. N.
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GERDES, UILLIAM HERMAN.
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175
GHOSH, S.
408, 968
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207. 288, 409, 410, 411, 412, 413, 567
628, 714
GIBSON, DAVID T.
414, 415, 416, 417, 418, 419, 420, 421
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242
GILBERT, E.
422, 423.
GIOVANOLI-JAKUBCZAK. TERESA
236
GLAZYRINA, 0. I.
424
GLEDHILL U E.
2
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541
GLOYNA, ERNEST F.
425
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864, 865, 866, 867, 868, 869, 870, 871
872, 873
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798
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426
GOLDSTEIN, D. J.
427
GOLLNICK, KLAUS.
428
GOLOVINA, Z. M.
429
GOLOVLEV E L.
1116
GOLOVLEVA, L. A.
430, 431, 1117
GOLUB, A. I.
432, 433
GOMEZ CRESPO, DANIEL EDUARDO.
434
GOMINGER D.
1042
GONCHARENKO, G. K.
435
GONCHAROV, G. D.
436
87
-------
GONCHAROVA ft V.
437
GONCHAROVA, I. A.
438, 439, 609
GOODE J U.
440
GOODLEY P C.
441
GOODMAN, ALAN.
820
GORDON M.
441
GORETTI G.
442
GORKA, PIOTR.
459, 460
GORODETSKII, I. YA.
443
GOROKHOV, A. A.
662
GORYACHEVA, N. B.
683
GORYACHEVA, N. V.
580, 7?4
Gosuani, s. R.
444
GOTO. TOTflRO.
488
GOTTSCHflLDT, NORBERT.
445
GOULD, JOSEPH PETER.
446
GOULDEN P D.
169, 447
GOULDEN, PETER D.
448
GOVOROVA, L. M.
449
GRABINSKA-LONIEUSKA A.
450, 451, 452
GRACHEVfl, M. P.
453, 454
GRADOVA N B.
1143
GRADY C P L JR.
569
GRAEF, U.
455
GRAF, OTTO.
456
GREEN M H L.
457
GREENHOUSE G.
458
GREENSPAN I.
170
GREGOROUICZ, ZBIGNIEU.
459, 460
GREGORY, J G G.
859
GREINER, G.
1271
GRENNEY, U J.
843, 1004
GRENNEY, UILLIAM J.
1005
GRIEVES, R. B.
461
GRIFFIN M.
312
GRIFFIN U M.
462
GRIFFITH U L.
463
GRIFFITHS, M.
596
GRIGOR'EVA, I.
864, 865, 866, 867, 868, 869, 87B, 871
GRIMMER G.
464
GRINSHPUN, V. E.
-------
1097
GROB, K.
465
GROB, R L.
466
GROENEUEGEN D.
467
GROF, 0.
468
GRUBER, G. I.
929, 930, 931
GRUENSPAN, M.
1043
GRUIA, E.
469
GRULA, E. fl.
470
GRULA, M. M.
470
GRUND, ALAN.
471
GRUSHKO YA M.
472
GSCHl^NDT, BRIGITTE.
412
GUARINO A M.
473
GUBERGRITS, M.
117, 474, 475, 476, 617
GUBERGRITS, M. Yft.
616
GUDZENKO, V. I.
477
GUER1N M R.
523
GUERRA M.
478
GUERRERO, H.
606
GUESTEN, H.
422, 479, 480
GUIGUES, FREDERIC.
481
GUILBAULT, G. G.
483
GUINCHARD, C.
561
GUMP, B. H.
223
GUO H M.
564
GUREVICH, N. YU.
653
GUSEVA, A. N.
482
GUSHCHINA, L. M.
698
GUTKNECHT, U. F.
483
HABIB, Y H.
228
HACKEMACK, DIETRICH.
484
HAGERBY E.
570
HAGIHARA, KOHICHI.
485
HAINES J R.
486
HAKUTA, TOSHIKflTSU.
487, 488
HALAMA D.
205
HALE, J. H.
530
HALL E S.
249
HALL, R. U. JR.
489
HAMADA, SHINICHIRO
855
89
-------
HAMDI Y A.
547
HAMPER K D.
498
HfiNADA, KEIZO.
599
HANANO M.
1829
HANCHER, C. U.
525, 1857
HANNUS, M.
475
HANSEN, DAVID J.
492
HANSEN H P.
491
HANSON, RAY L.
493
HANUSKA L.
494
HANYA, TAKAHISA.
813
HAGUE R.
385
HARADA, KATSUHIKO.
495, 496
HARBOUR J R.
497
HARDER U.
498
HARDIN A H.
284
HPRKNESS A C.
499
HARPER D B.
1037
HARRIS, J. C.
9
HARRIS R P.
112, 538
HARRISON J E.
1807, 1808
HARRISON R M.
501, 582
HART 0 0.
240
HARTUNG R.
161
HASEGAUA, MAKOTO
1209
HASS B S.
583
HASSETT A J.
240
HATTRUP, A. R.
93
HAVAS, GEZA.
1187
HAYNES, U. P.
833
HAZDRA J J.
170
HEALY J. B. JR.
504
HECHT H D.
1272
HEGEMAN G D.
1001
HELLEBUST. J.
596
HELLEBUST, J. A.
1135, 1136, 1137, 1138
HELLMANN, HUBERT.
505
HENDRICKSON, THOMAS N.
506
HENKEL H G.
120
HENNEQUIN, CLAUDE.
507
HENSLEY, M.
420
90
-------
HERBES, S. E.
101, 508, 599, 518, 511
HEREDY, LflSZLO ftLflDflR.
512
HERNftNDEZ 0.
1285
HERDS M.
898
HERRING C M.
1108
HERSHBERGER, U K.
513, 950, 951
HERTZ, H. S.
223
HEYER J.
514
HIGftSHIURfl, MUYO.
515, 516, 517, 518
HIGGINS I J.
1037, 1157, 1210
HIGGINS M L.
156
HIGHFILL, J. U.
264
HILL, DflVID U.
401
HILLE, ETELKft.
519
HINRICHS, RICHARD L.
1127
HIRftYflMfl, TOSHIHISfl.
559
HITES R fl.
520, 521, 577
HITES, RONflLD fl.
522
HO C H.
523
HOCK B.
109
HOESLE C.
334
HOFTON, M.
524
HOLDER, G. M.
1280
HOLLflDftY, D. U.
525, 1057
HOLLEYHEflD, R.
4
HOLQMflN, VERNfl L.
684
HOLST R U.
526
HOLT, BUFORD R.
171
HOLZER G.
121
HOPPER D J.
214, 527
HORflSflUfl, ISflMU.
528
HORITSU, H.
529
HORN, J. fl.
530
HOROSZKIEUICZ, ZBIGNIEU.
236
HORSPOOL G.
457
HOSHIKfl Y.
531
HOTTfl, HIROSHI.
532
HOU C T.
533
HOUGHTON C.
183, 534. 1264
HOUSTON C U.
181
HOUSTON, CHESTER U.
91
-------
535, 536
HOLELL J A.
224, 943, 944, 945
HOLLAND, ROBERT M.
537
HOYER 0.
334
HRUTFIORD, B F.
538
HRUTFIORD, BJORN F.
539
HSIEH, JIH-HAN.
540
HSYNG, LIN.
546
HUANG, JU-CHANG.
541
HUBER, JFK.
542
HUDSON J 0.
563
HUETHER, C H.
78, 244
HUFF, J E.
543
HUFF, L L.
543
HUGHES, D. E.
186
HUGHES, EVAN E.
544
HUMPHREY fl E.
1295
HUMPHREY D U.
1123
HUMPHREY, DAVID U.
1126
HUNDEM3NN, flUDREY S.
545
HUNEK, JOZSEF.
1187
HUNG, T -C.
1293
HUNG, TSU-CHANG.
546
HUSSIEN Y fl.
547
HUTCHINSON, T. C.
596, 1135, 1136, 1137, 1138
HUTTO, F B, JR.
81
HUTZINGER 0.
346
IBERTIS flCUNfl, MARIfl SOFIfl.
434
IKftI T.
919
IKEDfl M.
918
IKEDfl, MIKIKO.
548
IL'NITSKII, fl. P.
549, 550, 1971, 1072, 1074, 1075, 1309
ILICHKINfl, A. G.
551, 1186
ILISESCU A.
552
IMAGAUA, HIROSHI.
810
IMflMURA, TAKflSHI.
1299
IMANAKA, MflSAflKI.
917
IONESCU, MARIOARA.
797
IONESCU-HOMORICEANU, SERBflN I,
973
IONILA D.
798
IDRDflN, E. P.
803
92
-------
ISEYA Z.
874
ISEYft, ZENSUKE.
876, 877
ISHII, T.
554
ISHIKfiUA, KIYOSHI.
555
ISHIUATARI. RYQSHI.
813
ISMAILOV, N. M.
438, 431
ISODA, KRZUO.
532
ISUARfiN, V.
993
ITftGAKI, YASUHIRO.
393
ITURRIAGA R.
556
IUROVSKAIA E M.
557
IVflNENKO, G. S.
558
IVANDVA, L. G.
786, 787, 788
IVflNOVA, Z. M.
558
IUAI, SHIGEHISA.
559
IYENGAR M S.
762, 1111
JACOBSON, 8 S.
560
JflCQUEMfllN, R.
561
JftHN L ft.
769
JfthES, M 0.
562, 957, 967
JflMISON V U.
563
JflNK 8 E.
564
JflNSEN, J.
255
JANZEN, S.
565
JflNZEN, SHERRY.
956
JEFFREY ft M.
567
JEN IK, JOSEF.
566
JENKINS R L.
76
JENNINGS, PftUL fl.
1127
JERINfl D M.
567, 1285
JERINfl, DONALD M.
421
JESERNIG, y V.
78, 244
JIGflMI Y.
568, 923 .
JIGflMI, YOSHIFUMI.
927
JOEL ft R.
569
JOHANIDES V.
1168
JOHANSSON M.
570
JOHNSON, 8. THOMAS.
571
JOHNSON, J. D.
382
JOHNSON, K. E.
575, 576
JOHNSON, R. J.
93
-------
JOLLEY, R. L.
572, 573, 1281
JONES, ft. M.
186
JONES, ARTHUR R.
826
JONES, G. JR.
573
JONES G L.
574
JONES N.
1265
JONES, PETER F.
575, 576
JORDAN, D. H. M.
173
JOSEFSSON, BJORN.
14
JOSHIPURA, P. B.
382
JUCHflU, M R.
513, 950, 951
JUNGCLAUS G ft.
577
JUNK G ft.
578
JUONG N T.
898
KABLER, P U.
819
KADftR L.
109
KfllSER, M ft.
466
KftLIBERDO, L. M.
579
KALINICHENKO, L. ft.
936
KALINICHENKO L T.
1078
KflLLIO R E.
410, 828
KflLLIO, REINO E.
419
KALMUTCHI, GEORGE.
863
KALMYCHKQV G V.
1161
KALYUZHNAYft, L. D.
1079
KAMSHILOV, M. M.
580
KANDLER, UILHELM.
157
KflNDZflS, P. F.
581
KANEKO Y.
582
KANYGINA, A. V.
583
KAPLAN, LOUIS.
584
KAPLIN, G. I.
585
KAPLIN, V. T.
586
KAPS, T.
835
KARASEVA N N.
587
KARELINA, L. S.
663
KARIYA, TEIJI.
588, 589, 598
KARKI N T.
16, 17
KARKI, NIILO T.
19
KARPENKO, N. N.
579
94
-------
KARYAKINA, L. N.
654
KflSHKOV, V. K.
1233
KASPEROVICH, ft.
961
KATO, TfiKETOSHI.
591
KATOLIKOVA, S. N.
1030
KATOR, H I.
845
KATZ, S.
592
KATZER, JAMES R.
593
KAUFMAN, K. S.
594
KAUFMAN, Z. S.
595
KAUSS, P.
596
KAUAHARA, FRED K.
597, 598
KAUAI, FUSAKO.
599, 916
KAUAI, SENZO.
801
KflUAKAMI, Y.
600
KAUASHIMA Y.
612
KEITH L.
170
KEITH L H.
601, 602
KELIHER, P. N.
382
KELLER, E. C. JR.
1153
KELLY, JOHN ARTHUR.
603
KEHBflLL ft.
122
KEMP, HOMER T.
604
KENNEDY R S.
605
KENNER, C T.
606
KEPLINGER M L.
440
KESSICK M A.
989
KHENKINA, L. M.
699, 706
KHESINA A Y.
963
KHESINA, A. YA.
607, 964
KHESINA AIA.
962
KHIR'YANOVA, T. M.
356
KHITROV, N. K.
670
KHLEBNIKOV, 0. P.
958
KHODOROV, E. I.
609
KHOKHLOVA, M. M.
58
KHDMENKO, A. N.
438, 439, 609
KIESSER, S. L.
39
KIEZYK, P. R.
610
KIEZYK, PETER R.
611
KIKUCHI T.
612
95
-------
KILGORE, WENDELL U.
613
KIM, BYUNG R.
1127
KIMBLE B J.
348
KIMURA S.
629, 633. 634, 635, 636
KING, C. JUDSON.
333
KING R F G J.
614
KINOSHITA, SHINICHI.
896
KIPNIS, M. G.
615
KIRA, SHOHEI.
917
KIRICHENKO, G.
788
KIRICHENKO V V.
551
KIRSO, 0.
616
KIRSO, U.
475, 476, 617
KIRSO, UUVE.
117
KITAGAUA, HIROSHI.
618
KITAMURA, HIROYUKI.
394
KITAO, TAKftNE.
559
KITAZATO, HAJIME.
619
KITROSSKII, N. A.
306
KIVES J J.
1272
KLAIN, N. P.
847
KLAPCINSKA B.
236
KLASS D L.
408
KLECZKOUSKI, fl. S.
620
KLEIN, E.
621
KLEIN, ELIAS.
622
KLEOPFER R D.
623
KLERK H D E.
624
KLEVERLAAN, NICO T. M.
625
KLUBKOV, V. G.
550
KNECHT, ALBERT THEODORE, JR.
626
KNOULES C J.
627
KNUTSON, M. J.
473
KNYAZEVA, G. V.
690
KOBAL, V. M.
412, 628
KOBAYASHI J.
629
KOBAYASHI K.
630, 631, 632, 633, 634, 635, 636
KOBAYASHI, KOSHI.
639
KOBAYASHI, TOSH 10.
637
KOCH J R.
410
KOCHETKOV V.
96
-------
1249
KOCHETKOVA, T. M.
655
KODAMA K.
638
KODftMA 0.
56
KODAMA, TflKENORI.
639, 640, 641
KOELLE, U.
480, 642, 643
KOELLE, WALTER.
1046
KOENST U M.
644
KOESSLER F.
645
KOGAN, L. A.
1227
KOGAN, S. S.
133
KOHNERT R L.
229
KOZDE, KIYOSHI.
856
KOLCHINS'KA I D.
646
KOMORI, MASAKI.
647
KOMSKII M S.
648
KONDRAT'EVA, M. M.
649
KONDRATYUK, V. A.
650
KONGIEL-CHABLO I.
651
KONOVALOV S A.
1143
KONTOGIANNIB. J E.
90
KOPPE P.
303, 304, 642
KOPPERMAN H L.
652
KOPPERMAN, HERBERT L.
192
KORENMAN, I. M.
653, 654, 655, 656
KORENMAN, YA. I.
657, 658, 659, 660, 661, 662, 663, 664
665, 666. 667
KORMENDY A C.
832
KORN S.
Ill
KORN, SID.
668
KORNIENKO, V. M.
979
KOROLEV, A. A.
669, 670
KORTE, F.
879
KOSHITANI, ZINYA.
671
KOSINKIEUICZ B.
672
KOSLOU, J. R.
194
KOSSLER F.
673
KOSTOVETSK1I. YA. I.
1079, 1296
KOSTROMIN, N. P.
674, 675, 676, 677
KOSTYAEV, V. YA.
580, 678, 679, 680, 681, 682, 683
KOTLYAR, S. G.
684
KOTNIK, DUSAN.
321
97
-------
KOVACHEV, S.
685
KOVAL, E. Z.
131
KOVALENKO, V. I.
435
KOYAMA, AKIRA.
686
KOZAK, PAVEL.
566
KOZHOVA 0 n.
472, 1161, 1162
KOZITSKAYA, V. N.
687, 1388
KOZUCHOUSKI. JACK.
1038
KOZYREVA L F.
1248
KOZYUKINA ZH T.
688
KRAINOVA, 0.
144
KRAMER, URS.
689
KRAVCHENKO, G. V.
184
KREMMER, A. M.
696
KRESHKOV, A. P.
691
KRETOVA, L. G.
283
KRIEG H R.
154
KRIEGER, H. L.
1019
KRISHNA PRASAD, S B S.
692
KRISTOFFERSSON R.
693, 694
KRIVENTSOVA T D.
695
KRIVITS'KII I P.
712
KROLEV, A. A.
550
KRUECKEBERG C.
334
KRUPATKIN, I. L.
696
KRUPITSKAIA I D.
697
KRYATKOVSKII. A. N.
49
KRYATOV, I. A.
698
KRYSHTAB T
699, 706
KRYSHTAB, T. P.
699, 706
KUBOTA M.
56
KUCHMA V N.
308
KUDINOV, B. V.
988
KUDRISH I K.
699
KUHN, A. T.
708
KUKHARENKO, T. A.
615
KUKLINA, M. N.
1314
KULAGINA, T. G.
653
KULAKOV, V. N.
359
KULKARNI, A V.
10
KULSHRESHTHA, H. K.
98
-------
701
KUNDEL, H.
753
KUNTE H.
782, 703
KUNTE, HELGft.
704
KUO, C. L.
77
KUO, MflU H.
1179
KUO, MING-FU.
705
KUO, P P K.
225
KURPZHSKOVSKfiYA, T. N.
40
KURDISH, I. K.
706
KURDYKfl, S.
620
KURENNOY, I. L.
396
KURINNOY, I. L.
397
KURINNYI I L.
395
KURINNYY, I. L.
398
KURIYPGftUP F.
707
KURODP, MPSflYUKI.
226
KUROUSKI J L.
167
KURZANOVfl, V. V.
786, 787
KUTLIEV, D.
1183
KUVPNDYKOV, I. SH.
708
KUUftHflRA, MflSftfiKI.
709, 1219-
KUZ'MICHEV, E. F.
443
KUZ'MINfl, N.
52
KUZNETSOV, E. R.
710
KUZNETSOV, M. D.
710
KUZNETSOV S I.
1014
KUZNETSOV, V.
49
KUZNETSOVft, E. M.
711
KVflSNIKOV E I.
646, 712, 713
KVASNIKOV YE I.
1205
KVYflTKOVSKII, ft. N.
123, 988
KUAPINSKI J B.
170
Lfl ROCK, P ft.
845
LflBORDE P L.
714
LflBROCHE, C.
267, 268
LABUZEK S.
230
LflCKME, C.
267, 268
LflDER, JUNE H.
185
LflHflM, S.
715
LflKHNOVfl V fl.
716
99
-------
LAKIZA, P. I.
1079
LAMBERTON, J G.
71?
LAMONTAGNE, R A.
718
LANDINI M.
7 46
LANG A R G.
156
LANGLEY, WILLIAM D.
719
LANK, JOHN C. JR.
720
LANSDEN, J. A.
895
LAPTEVft. N. A.
580, 683. 721, 722, 723, 724
LAQUA, ERIKA.
725
LAROCCA D.
1287
LAROSE, R. H.
1288
LAROSE, RICHARD H.
1289
LARSON R A.
726
LASKIN A I.
533
LASKINA V P.
221
LASTOCHKINA K 0.
727
LATYSHEVA. L.
1003
LAUL, J. C.
389
LAZORIN, S. N.
979
LE, H.
983
LE PETIT J.
728, 729
LE POIDEVIN, G. J.
730
LE RAL P.
731
LEAHY, JOHN.
471
LEBEDEVA, E. S.
1106
LEBEDEVA, M. V.
583
LEBEDEVA, V. T.
227
LEBEDINSKII, N. A.
732
LECH J J.
1150
LECLERC, E.
733
LEDUC, G.
734, 735, 1267
LEDUC, GERARD.
736, 737
LEE D R.
738
LEE R F.
739, 740
LEE, RICHAD F.
741
LEE, RICHARD F.
742, 743, 744
LEE, YUNG-LI.
546
LEETMAA, T.
1178
LEGITTIMO, P.
938
LEGOCHKINA, L.
443
100
-------
LEGUBE, B.
313
LEMfllRE, JflCQUES
63
LEMBIK, ZH. L.
745, 776, 1098
LENETSKII, V. fl.
1
LEONflRDI, V.
1040
LEONI, fl.
195
LEPRI L.
746, 747
LESSEM, fl. S.
489
LEUNG, R.
ie
LEVflGGI, D. P.
748
LEVI, L. fl.
864, 865, 866, 867, 868, 869, 870, 871
872, 873
LEVICHEV, S fl.
749
LEVIN U.
1285
LEVINS, P. L.
9
LEVITflNfllTE, R.
443
LEUIS, U. M.
750
LI N N.
182
LI, Y -H.
1293
LIflU G S.
751
LIEMflNN F.
490
LILLflRD, DORRI3 fl.
752
LILLE, J.
753
LILLE, U.
616
LIM, 8. S.
88
LIND, D T.
165, 754
LINDEN flC VflN DER.
624, 755
LINETSKII, V. fl.
794
LINGENS F.
72
LIPflRI J M.
256
LISCHKE, PETER.
238
LISENKOVfi L L.
1248
LISUNOVfl, Z. S.
649
LITERflTHY P.
756
LITTLE, ROBERT L.
604
LITVINENKO, I. I.
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114
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RYBflK, I. I.
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109
RYZHKOV, L. P.
1024
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SflINO Y.
582
SflKfll, KflORU.
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SflKftI, KEIICHI
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1097
SflMPSON K L.
1033
SflMSONOVfl, L. M.
690
SANBORN H R.
1034
SflNDERS H 0.
818
SflNTY, M. J.
929, 930, 931
SftPUNKOVA, G. S.
1035, 1036
SftRflEVfl, V. V.
674, 675, 676, 677
115
-------
SARIASLANI S.
1037
SATO, NOBUTOSHI.
555
SflTO, SADAO.
1299
SftTO, TAKAHIKO.
391, 332, 393
SflUER M.
1168
SAUERHEBER R.
740
SAVINA. L. A.
581
SflVINO, A.
1041, 1069, 1070
SAVUSKAN, T. N.
357
GAUA T.
1137
SflUflNO, YOSHIHIKO.
639
SAUINSKY, JANQS.
1187
SflXENfl, JITENDRA.
1038
SCACCINI, fl.
1040
SCftCCINI CICATELLI, M.
1039, 1040
SCALF M R.
323
SCASSELLATI SFORZOLINI, G.
1041
SCHflEFER U.
72
SCHftFFER, R. B.
771
SCHflRF B.
122
SCHEIDBflCH, UTE.
157
SCHEIER A.
1042
SCHLIPKOETER H-U.
763, 764
SCHLIPKOETER, HANS U.
1043
SCHLUETER, ALBERT.
1044
SCHMEDDING D U.
229
SCHMIDT, C. E.
1045
SCHMIDT, RICHARD A.
544
SCHMITZ, UOLFGANG.
1046
SCHNEIDER, H.
1048
SCHNEIDER J.
1047
SCHUBERT J S.
1049
SCHULD C L.
410
SCHULTZ T U.
1050
SCHUALL L R.
509
SCHUARTZ, FREDERICK P.
1051
SCHUARZ, F P.
1052
SCHUARZ, FREDERICK P.
1053, 1054
SCHUARZ, J. R.
1055
SCHUEER, K -H.
480
SCHUEER, K. H.
116
-------
479
1125
SCOTT C C L.
1056
SCOTT, C. D.
525, 573, 1057
SCOTT, ROGER.
196
SDIKfl, ft.
1058
SEE C L.
1059
SEIBER, J. N.
1060
SEILER J P.
1061
SEKI H.
1062, 1063, 1064
SELIVflNOVfl, T. M.
1184
SELLECK R E.
217
SELYftNINft, S. G.
1035
SEMENENKO, V. E.
1184
SEMENOV, ft. D.
438
SEMENOVfl L M.
1065
SEMIN, YU. ft.
975
SEMOV. V.
1066
SEN GUPTfl, MRS. P.
1067
SERGEEVfi, V. ft.
864, 865, 866, 867, 868, 869, 870, 871
872, 873
SESTOKflS, J.
1668
SEYFFflRTH, KONRflD.
SFORZOLINI, G. S.
1069, 1070
SHflBflD ft L
963
SHflBflD, L. M.
962, 964, 1071, 1072, 1073, 1074, 1075
SHftFIK T.
160
SHflH, MUKUND JETHftLflL.
1076
SHfllR, F H.
853
SHflMSUTDINOVfi, F. G.
1030, 1031
SHflPIRO, J. S.
77
SHflPIRO, JfiMES.
471
SHARKEY, ft. G. JR.
1045
SHflRMA, PREM KISHORE.
1077
SHflLJ, G.
4
SHEEHflN, U. D.
155
SHEFTEL V 0.
1078
SHELYUG, M. Yft.
1079
SHERENESHEVfl, V. I.
550
SHEVCHENKO, T. L.
52
SHEVCHENKO, V. N.
387
SHEVLYftGIN, V. N.
1080, 1081, 1120
SHEU D C.
117
-------
323
SHIBAEVA, L. V.
1082, 1083
SHIMIZU E.
635, 636
SHIMIZU, HIDEYO.
1208, 1209
SHIMIZU K.
638
SHIMIZU T.
1084, 1685, 1086
SHINODA, YOSHIO.
496
SHINOZUKA, FUJIKO.
1087
SHINOZUKA T.
889
SHIRASAKA S.
56
SHIRINKINfl, M. I.
1088
SHKANAKIN, N. G.
1098
SHKODICH, P. E.
107, 453, 776, 1089, 1098
SHKORBATOVA, T. L.
971, 972
SHKOROPAD, D. E.
1134
SHMAGIN, YA. G.
984
SHMAL'GAUZEN 0 I.
1090, 1091, 1092
SHMIDT, L. I.
1093
SHPON'KO, R. I.
1094
SHTEIN, A. L.
1095
SHTREKKER, G. P.
302
SHUCKROU, A. J.
285
SHUKLA 0 P.
1096
SHULESHOV, E. I.
1097
SHULL, JAMES J.
1147
SHUMAN, RAYMOND.
1306
SHUSHUNOVA, A. P.
1098
SHYAMKANT V.
621, 622
SIDDIQI, I.
1099
SIELICKI M.
1100, 1101
SIELICKI, MARGARETE.
1102
SIGGIA S.
189
SIKKA, H C.
780, 1103
SILANT'EV, A. I.
677
SILKINA, T. V.
980
SILLS, JOE 8.
32, 33
SILVESTRI, ARCHILLE.
820
SILVO, OLAVI E. J.
1104
SIMMONDS, P G.
853
SIMONOV, A, I.
1106, 1107
SIMONOV V A.
1105
118
-------
SIMPSON, EDUARD A.
196
SINCLAIR N A.
1168
SINEL'NIKOV, V. E.
1109, 1110
SINGH H D.
762, 1111
SINGH N.
1112
SINHA S P.
127
SIZOVA, G. S.
1113
SKARKA B.
800
SKIDMORE J F.
1114
SKOROKHODOVA V A.
1115
SKRIABIN G K.
1116, 1117, 1249
SKRYflBIN, G. K.
430, 431, 1148
SKVORTSOV, ft. F.
698
SLflBSHIS, 0. A.
1164
SLflVE, T.
1118, 1119
SLEMROVA, JANA.
704
SLYUSARENKO, P. K.
1080, 1081
SMAL, ZBIGNIEU.
1292
SMALLUOQD, HERBERT.
1165
SMETANINA, E. K,
1120
SMILEY, BOB.
1305
SMITH B.
197
SMITH C ft.
11
SMITH C E.
959, 1121
SMITH D I.
1122
SMITH, GERARD V.
1125
SMITH, J. K.
621, 622
SMITH, JOE MAUK.
815
SMITH, L L, JR.
165, 644, 754, 1021
SMITH, R. C.
895
SMITH R V.
1123, 1124
SMITH, ROBERT V.
1126
SMITH, ROY M.
168
SNOEYINK, VERNON L.
823, 1127, 1182
SOCZEUINSKI, EDUARD.
1128
SODERGREN, ARNOLD UAYNE.
1129
SODERQUIST, C. J.
1060
SODOUSKI, ANDRZEJ.
844
SOEJIMA M.
56
SOKOLOVSKII, V. V.
49
SOKDLOUSKA, JADUIGA.
782, 1130
119
-------
SOLBE, J F DE L G.
1131
SOLENOVA, L. G.
13Q9
SOLI G.
1132
SQLNTSEV, M. YA.
1134
SOLOD, V. ft.
i 133 ,
SOLODOV, ft. I.
1134
SOLYOM, P.
1020
SOLYOU, PETER.
134
SOMOVfl, V. G.
691
SONTHEIMER H.
642
SORLINI, CLflUDIft.
201
SOSEBEE, J.
350
SOTNIKOVfl, N. G.
667
SOTO, C.
596, 1135, 1136, 1137, 1138
SOTSENKQ, N. K.
1139
SOUTHUQRTH, G. R.
511
SPflCKMflN, U.
1141
SPftNGELO, R C.
257
SPANIER, G.
1142
SPflRKS R E.
768, 769
SPEYER, M.
735
SPIRYDONOU, ELZBIETfl.
236
SPITSYNfl D N.
1143
SPRPGUE J B.
379
SPRftGUE, JOHN B.
1144
SPROSTON, THOMAS.
1166
SRINIVASfl RAO, M.
692
STAFFORD D A.
1145
STANKIEUICZ M.
672
STARKEY, R J, JR.
1146
STARKEY, ROLflND J. JR.
1147
STAROVOITOV, I. I.
1148, 1249
STARZECKfl A.
1149
STATHAM C N.
1150
STAUFFER, J. L.
9
STEBENEVA, I.
1206
STEBLETSOVA, V.
358
STEFANESCU L.
552
STEFANESCU, T.
1151
STEGEMAN J J.
1152
STEIN, ALAN.
120
-------
1153
STEMPLE, RUTH.
1154
STEPANOV, V. S.
1155
STEPANYAN, I. S.
1156
STEPHENS, D. R.
834
STEVENIN, G.
371
STICH H F.
324
STICH, HflNS F.
326
STJEGLITZ, L.
479, 488, 643
STILINOVIC, BOZIDflR.
941
STIRLING, LYNNE A.
1157
STOBIERSKI, J.
623
STOLBUNOV ft K.
1158, 1159
STOLP H.
467
STOM D I.
472, 1168, 1161, 1163, 1164, 1204
STOM D J.
1162
STONE. RALPH.
1165
STOVEKEN, JOHN.
1166
STRACHAN, U. M. J.
174
STRACKE, H. U.
428
STRflFELDA, FRANTISEK.
1167
STRAKEY, J. P.
833
STREEBIN, LEALE E.
998
STRELOV V.
1168
STRELYUKHINA, L. M.
1036
STRUHSAKER J U.
1169
STRUHSAKER, JEANNETTE U.
668, 1170, 1171
STUTZ, HANSJAKOB.
363
SUESS M J.
1172, 1173
SUGANO, SABURO,
1174
SUGIHARA, REIKO.
548
SUGIURA, M.
529
SUKHORUKOV B I.
851
SULLIVAN G U.
177
SUSLOV, S. N.
1163
SUVOROVA, N. G.
579
SUZANNE, A.
62
SUZUKI, MASAKAZU.
671
SUZUKI, NOBUTAKE.
532
SUZUKI, SHUKO.
588
SUZUKI, SUKEJI
1223
121
-------
SVEC H J.
578
SUIFT, D J.
761
SUIFT, U. H.
285
SUINNERTON, J U.
718
SUOFFORD, H. S. JR.
977
SYMONDS, D. C.
1255
SYNZYNYS, B. I.
975
SZANIAUSKA. JOLANTA.
236
SZEBENYI, IMRE.
519
SZYJKA S P.
1150
TABATA, JUNICHIRO.
856
TAGGER 5.
728, 729
TftGUCHI H.
1084, 1085, 1086
TAKAHASHI, JOJI.
1175
TAKAHASHI, SEIZO.
1176
TAKAI, YOSHIHARU.
639, 640, 641
TAKAMURA Y.
56
TAKASU, YOSHIO.
810
TAKATSUKI, KEIGO.
555
TAKUEV. YU. S.
1186
TALL D.
125
TAMVELIUS, H.
835, 857, 858, 1177, 1178
TAN, T -H.
1293
TANABE, MASATO.
1179
TANABE, YUZO.
1180
TANAKA, KAZUO.
393
TANAKA, YOSHIE.
810
TANDON S P.
1112
TANI, YOSHIKI.
599, 916
TANTURLI G.
746
TAO, B. Y.
1181
TAPTYKOVA, S. D.
144
TARAZI, DAVID S.
827
TARDIFF, R. G.
1182
TAUBAEV, T. T.
1183
TAUTS, M. I.
1184
TAYLOR B F.
11, 1185
TAYLOR P A.
145
TAYLOR, PETER J.
850
TCHAN Y T.
156
TEPLITSKAYA, T. fl.
108
122
-------
TEPLYAKOVfl, E. V.
1186
TERESHCHENKO, A. P.
954
TESSIER, fl.
969, 1311
TETTAMftNTI, KflROLY.
1187
TEUFIK M S.
547
THIELEMflNN, H.
1188, 1189, 1198, 1191, 1192, 1193
1194, 1195, 1196, 1197, 1198, 1199
THIELEMflNN, HORST.
725, 1200
THIJSSE G J.
755
THOMAS, C. C. JR.
175
THOMPSON fl R.
181
THOMPSON, J E.
572, 573, 1281
THOMPSON U S.
332
THORNTON K.
1202
THORNTON, K. U.
489
THORNTON, KENT U.
1277
THROOP U M.
426, 1203
THRUSTON fl D JR.
602
TIKHOMIROV, YU. P.
453, 1089
TILLER, 8. fl.
173
TIMOFEEVfl, S. S.
1161, 1163, 1164, 1204
TIMOFEEVfl, T. fl.
960
TIMOSHINfl L fl.
86
TIN'IflNOVfl N Z.
712
TIN'YflNOVfl N Z.
713, 1205
TKflCHEVfi, V. N.
1206
TOEPFER, MELflNY
471
TOFT H P.
1207
TOLL IN G.
497
TOLMflCHEV, I. fl.
1134
TOMOEDfl, M.
529
TOMOYEDfl, MIKIO.
1208, 1209
TONGE, G. M.
1210
TONOLO fl.
922
TORPY M F.
1211, 1212
TOTflNI, TETSUYA.
1223
TOTH, K.
1213
TRflTTNER, R 8.
1015
TRflUD, J.
304
TRAXLER R U.
275
TRECflNI, VITTORIO.
201
123
-------
TRECCANI, V.
73, 1214
TREFILOVA, N. YA.
108
TREGUBOV B A.
453
TRICHET J.
898
TRITZ, G. J.
68
TROIANO, R. ft.
1181
TRONDINA, G. I.
1095
TRUBKO. E. I.
1186
TRUDGILL P U.
312
TRUSOV. S. R.
970
ISAM Z S.
1078, 1215
TSANG, UING.
1260
TSAYUN. G. P.
1216
TSEL'NIKER, D. I.
1234
TSOI, A. A.
1217
TSONOPOULOS, CONSTANTINE.
1218
TSUDA, TSUTOMU.
588
TSUJI, MASAO.
709, 1219
TSUYAMA, AKINORI.
1220
TSYGUTKIN, S. G.
585
TUBB, RICHARD A.
1221
TUCEK, FERDINAND.
238
TULLIEZ, JACQUES.
148
TUOMINEN T.
302
TUROVSKAYA, R. V.
1003
TUULMETS, A.
616
TUICHELL, JAMES E.
1018
TYAGUNOVA, T. A.
357
TYCZKOUSKI. ANDRZEJ.
1222
UCHIYAMA H.
889
UEDA, KIYOMOTO.
1175
UEMURA, NAMIO.
1175
UENO, TOSH 10.
671
UETA, TADAHIKO.
1223
UIBOPUU, H.
616
UJHELYI, CS.
1224
UMEHARA K.
638
UMEZAUA N.
1029
UMORIN, P. P.
580, 1225, 1226
UMPELEV, V. L.
1227
UPHAM, R. A.
977
124
-------
URANO, KOHEI.
647
URSU, GH.
1151
USOVA, E. P.
1113
USPENSKAYA N YE.
30
USUI, AKIRA.
856
UZUNOV, I.
685
VAIDYANATHflN C S.
1228
VAISMAN Y I.
1229
VAJTA, LASZLO.
519
VALENTINO, RflFFAELE.
239
VAN BAALEN C.
1283
VAN BAALEN, CHASE.
1284
VAN DER LINDEN, ft. C.
291
VAN SUCERE, C. F.
294
VANDERBORGH, N. E.
493
VANDERCEULEN J H.
1230
VANIN, V. V.
583
VANOSSI, LORENZO.
1231
VARGA, JANOS M.
1232
VASIGOV, T.
1183
VASIL'EVA, G. S.
358
VASILEVA, S.
691
VEBER, N. V.
1233, 1234
VEITH G D.
1235
VEITH, GILMAN D.
1236
VELA G R.
990, 991, 1237
VELDRE, I. A.
1238
VELDRE, I. V.
1239
VELDRE, INGEBORG.
1240, 1241
VELICHKEVICH, fl. K.
1107
VELKOTRUB, M. N.
1003
VERSA, V. V.
1183
VEREECKEN J.
149
VERNETTI, J B.
1242
VERSICHELE D.
110
VERTESHEV, M. S.
608
VILENCHIK M M.
851
VILLENEUVE, J. P.
1311
VINOKUR, I. fl.
1156
VINOKUROVA T V.
50
VISSER, S.
125
-------
1311
VITTORI, 0.
62
VLASOVA, Z. G.
1243
VQGT, M.
83
VOINOV, S. A.
387
VOLBORTH, A.
1244
VOLODIN, V M.
1245, 1246
VOLOSHINA, A. I.
1247
VON STORP, HENNING.
372
VOROB'EVA. L. I.
114, 144, 1248
VORONIN fl M.
1249
VROCHINSKII, K. K.
395, 1079
VRTANESYAN, S. G.
849
UADZINSKI ft M.
1887, 1888
LJAGNER, K -H.
1899
UAIBEL M.
1258
UAITZ U H JR.
6
UAKEHAM, S T.
1251
UftKSMUNDZKfl-HflJNOS, MONIKfl.
1128
LJALBRIDGE, CHARLES T.
817
UflLCZflK, ELZBIETfl.
236
UALKER, J. D.
1855, 1252, 1253, 1254
UALKER, P. L.
1141
UflLLflCE, ALFRED T.
728
UALLER, GEORGE
314
UALLNOEFER P R.
344, 345
UALLNOFER P R.
346
UALLUORK, J. F.
1255
UALSH, D. F.
1256
UARD C H.
989
UARD D M.
1257
UARD, DAVID M.
1258
UARD G S.
1816
UARNER J S.
1259
WASHINGTON, H.
187
UASIK, S P.
1852
UASIK, STANLEY P.
1851, 1854, 1268
UATANABE, IKUO.
1261
UATANABE, KAZUHO.
918, 911
UATANABE N.
883
UATKINSON, R. J.
1157
126
-------
UATSON G K.
1262, 1263, 1264, 1265
UftYMflN M.
832
UEflTHERBY, R. P.
1280
UEflVER M J.
167
UEflVER, R. E. C.
E21
UEflVER T L.
1266
UEBB, M.
735, 1267
UEBER J H.
1282
UEBER U J JR.
161
UEDEMEYER, GflRY.
1268, 1269
UEIL, L.
1270, 1271
UEISE, G.
64
UELLINGS R fl.
501, 502
UENDLING, L. fl.
584
UENDT, R. P.
621, 622
UERETELNIK J.
942
UESTMORELflND, P. R.
1012
UESTON J C.
726
UHEflTSTONE, K. C.
87, 259
UHIPPLE J fl.
340
UHITELEY F R.
1272
WHITTLE K J.
1273
UILBUR, DORIS J.
191
UILD, JflKUB.
844
UILDISH, D J.
1274, 1275
LJILES, D. M.
250
UILHM J.
1202
UILHM, JERRY.
1276, 1277
UILLETTS fl.
228
UILLIflMS G fl.
509
UILLIflMS P fl.
202, 1032
UILLIflMSON, KENNETH J.
1278
UILLIS, RftYMOND BRUCE.
1279
UILLOX, S.
1280
UILLS R B.
1281
UILSON, C.
700
UILSON, D F.
538
UILSON, D. M.
82
UILSON, J R.
538
UILSON, 0. U.
243
UILSON S fl.
1282
127
-------
UILZBACH, K. E.
584
UINTERS K.
1283
UINTERS, KENNETH.
1264
UISLOCKI P G.
1285
UISSING F.
1286
'JITHERSPOON, PflUL A.
147
UODZINSKI R S.
1287
UGLBURG I.
645. 673
UOLF, H U.
319
UOLFE R S.
365
UOLKOFF, A. U.
1288
UOLKOFF, AARON U.
1289
UOLVERTON B C.
830, 1298
UON, KUANG U.
333
UOOD ft U.
1285
UOODBRIDGE D D.
248, 751
UOODRUFF, D. L.
39
UOOLHISER, P. H.
1291
URIGHT K P.
183
U50NSKI, MIECZYSLflU.
1292
UU, D -C.
1293
UURM, HANS J.
1294
YflGI H.
1285
YflGI, HARUHIKO.
421
YAKOBSON, B. V.
1234
YfiKOVLEV, G.
1148
YAMADA K.
638, 919, 924, 925, 926
YAMADA, KINJIRO.
496
YAMAZOE, RITSUKO.
1223
YANG R D.
1295
YANKO, U. A.
77
YANYSHEVA N YA.
1296
YAROSHEVSKII, B. H.
1079
YARULLINfi, R. K.
1031
YARUSHEK N E.
1297
YASUTAKE, U. T.
1269
YEH, HERMAN J. C.
421
YEH, U. K.
412, 413
YOCUM, FLOYD HENRY, II.
1298
YOKOYAMA, KAZUO.
1299
YOPP J H.
128
-------
526
YOSHIDA, TAKATOSHI.
671
YOSHIMURA, HIROSHI.
888
YOSHIOKA, H.
420
YOSHIYASU, IKUYO.
1299
YOUNG, D R.
1301
YOUNG L Y.
504, 1300
YOUNG R H F.
912
YOUNG, RODERICK U.
1302
YUDOVICH, E. E.
1216
YUNG, DAVID.
427
YURZHENKO, ft. I.
1139
ZACHARIAH P K.
951
ZAITSEVA, V. N.
49
ZflJIC, J. E.
804
ZAKHAROVA, L. I.
580, 683
ZflKHAROVA, T. fl.
670
ZflMFIR G.
1303
ZANOBI, R.
796
ZAVOROVSKAYA N ft.
1105
ZDYBIEUSKA, M.
1304
ZEE, C. fl.
5
ZEFF, JACK D.
1305, 1306
ZEITOUN, M. A.
1307
ZHABIN, M.
49
ZHARKOVA, N. A.
958
ZHOLDAKOVA, Z. I.
1079, 1308
ZHUBANIYAZOV, K. N.
932
ZHUK, I. P.
439, 609
ZHUKOV, B. A.
683
ZHUKOV, B. F.
580, 724
ZNAMENSKAYA, A. P.
1113
ZOBOVA, N. A.
1309
ZOGORSKI, J S.
362
ZOGORSKI, JOHN S.
1310
ZOLEDZIOUSKA, J.
335
ZOLTOUSKI, PIOTR.
844
ZOULALIAN, V.
1311
ZUERCHER, F.
465
ZLJMBRUNN, J. P.
1312, 1313
ZYABBAROVA, S. A.
1314
129
-------
D
CI
IONS
130
-------
flU
IN
YR
TI
50
LG
DE
AN
All
YR
TI
SO
LG
IU
MN
AN
flU
IN
YR
TI
SO
LG
DE
ABASH IN, V. G. MAMEDOVA, V. M.
LENETSKII, V. P.
VSES. NAUCHNO-ISSLED. INST. OLEFIN.
BAKU. USSR.
72.
DETERMINATION OF STYRENE IN UASTE
HATERS FROM THE COPREPARATION OF
PROPYLENE OXIDE AND STYRENE BY A
DERIVED POLAROGRAPHIC METHOD.
AZERB. KHIM. ZH. P169-72. 1972.
RS.
STYRENE DETN UASTE UATER. UASTE
UATER ANALYSIS STYRENE.
C 87902009477.
ABBOTT B J. GLEDHILL U E.
71.
THE EXTRACELLULAR ACCUMULATION OF
METABOLIC PRODUCTS BY
HYDROCARBON-DEGRADING
MICROORGANISMS.
ADV APPL MICROSIOL. 14. P249- 388.
1971.
EN.
BACTERIA: ME.
ACIDS: BI. BENZENE: ME. ETHERS-
CYCLIC: BI. KETONES: BI. OXYGEN-
CONSUMPTION. TERPENES: ME.
M 72117440.
SO
LG
DE
AN
AU
IN
YR
TI
NT
PR
AB
(6),
ABIGNENTE, ENRICO.
1ST. CHIM. FARM. TOSSICOL. UNIV.
NAPOLI. NAPLES. ITALY.
68.
CURRENT ASPECTS IN THE TOXICOLOGICAL
CHEMISTRY OF PHENOLS.
BILL. CHIM. FARM. 107. P269-8S;
333-52. 1968.
IT.
REVIEU PHENOLS TOXICOL. PHENOLS
TOXICOL REVIEU. TOXICOL PHENOLS
REVIEU. UATER PHENOLS REVIEU. ATM
PHENOLS REVIEU. FOODS PHENOLS
REVIEU.
C 07309043328.
flU ACHARI, R. G. SHAU, G. HOLLEYHEAD,
R.
IN SCH. CHEM. UNIV. BRADFORD. BRADFORD.
ENGL.
YR 73.
TI IDENTIFICATION OF IONENE AND OTHER
CAROTENOID DEGRADATION PRODUCTS FROM
THE PYROLYSIS OF SPOROPOLLENINS
DERIVED FROM SOME POLLEN EXINES, A
SPORE COAL, AND THE GREEN RIVER
SHALE.
CHEM. GEOL. 12. P229-34. 1973.
EN.
SPOROPOLLENIN PYROLYSIS IONENE
NAPHTHALENE. POLLEN SPOROPOLLENIN
PYROLYSIS. SHALE KEROGEN
SPOROPOLLENIN PYROLYSIS. COAL
SPOROPOLLENIN PYROLYSIS.
C 88025142139.
ACKERMAN, D. G. CLAUSEN, J. F.
JOHNSON, R. J. ZEE, C. A.
TRU DEFENSE AND SPACE SYSTEMS GROUP,
REDONDO BEACH, CALIF. ENVIRONMENTAL
PROTECTION AGENCY, UASHINGTON, D.C.
OFFICE OF SOLID UASTE MANAGEMENT
PROGRAMS. 409 637.
77. 98P.
DESTROYING CHEMICAL UASTES IN
COMMERCIAL SCALE INCINERATORS.
FACILITY REPORT NUMBER 3 - SYSTEMS
TECHNOLOGY.
FINAL REPT.
PC A05/MF A01.
INCINERATION TESTS OF SELECTED
CHEMICAL UASTES WERE CONDUCTED AT
THE FLUIDIZED BED INCINERATOR
FACILITY OPERATED BY BLACK CLAUSON
FIBRECLAIM, INC. IN FRANKLIN, OHIO.
THESE TESTS UERE PERFORMED UNDER
CONTRACT UITH SYSTEMS TECHNOLOGY
CORPORATION TO DETERMINE THE
EFFECTIVENESS OF THERMAL DESTRUCTION
OF TUO DIFFERENT INDUSTRIAL LIQUID
UASTES: C 1) AN AQUEOUS PHENOL
SLUDGE, AND (2) AN AQUEOUS SOLUTION
OF METHYL METHACRYLATE MONOMER.
EACH UASTE UAS BURNED AT TUO
DIFFERENT CONDITIONS TO DETERMINE
THE EFFECTS OF NORMAL OPERATING AND
EQUIPMENT VARIABLES. ANALYSIS OF
COMBUSTION GAS SAMPLES INDICATED
DESTRUCTION EFFICIENCIES OF OVER
99.999 PERCENT FOR EACH UASTE
CONSTITUENT. STANDARD EPA METHOD 5
TESTS UERE PERFORMED ON STACK
EMISSIONS TO DETERMINE PARTICULATE
LOADING AND COMPOSITION. NO
ORGAN ICS UERE DETECTED IN THE
SCRUBBER UATER OR ASH. TEST RESULTS
INDICATED THAT EITHER UASTE CAN BE
EFFECTIVELY DESTRUCTED IN A
FLUIDIZED BED REACTOR. ESTIMATED
COST OF DESTROYING 13.2 MILLION
LITERS/YEAR OF AQUEOUS METHYL
METHACRYLATE UAS $6 MILLION CAPITAL
INVESTMENT AND AN OPERATING COST OF
131
-------
S255/METRIC TON. COST OF
INCINERATING 23.8 MILLION
LITERS/YEAR OF AQUEOUS PHENOL LJPSTE
UAS ESTIMATED TO BE $6 MILLION
CAPITAL INVESTMENT AND $124/METRIC
TON OPERATING COST.
MJ UASTE-TREATMENT, UATER-POLLUTION-
CONTROL, FLU IDIZED-BED-PROCESSING,
PHENOLS, INCINERATORS,
AIR-POLLUTION- CONTROL.
MN SLUDGE-TREATMENT, METHACRYLATES,
INDUSTRIAL-UASTES, UASTE-DISPOSAL,
COST-ESTIMATES, CHEMICAL-ANALYSIS,
GAS-ANALYSIS, CAPITALIZED-COSTS,
OPERATING-COSTS, SCRUBBERS, FIELD-
TESTS, SAMPLING.
ID LIQUID-UASTE-DISPOSAL, METHYL-
METHACRYLATE, PROCEDURES, BLACK-
CLAUSON-FIBERCLAIM, INCORPORATED,
EPA-METHOD-5, NTISEPASU.
AN N PB-265 540/5SL.
RS.
GLYCEROL DETN UASTEUATER GAS
CHROMA TOG.
C 88614095574.
AU ACKERMANN G R. UAITZ U H JR.
YR 76.
TI POLLUTION ABATEMENT THROUGH THE
TREATMENT OF INDUSTRIAL UASTE UATER
UITH ION EXCHANGE RESINS.
SO INST ENVIRON SCI PROC. 22. (RECD
1977) 491-495.
DE TRANSITION METALS HEAVY METALS
PRECIOUS METALS BORON CHROMATE
CYANIDE .
AN B 78026162.
AU ACKMAN R G.
YR 76.
TI VOLATILE KETONES AND ALCOHOLS OF
CODUORMS TERRANOVA-DECIPIENS FROM
AXENIC CULTURE AND FRESH FISH
MUSCLE.
SO J FISH RES BOARD CAN. 33 (12).
2819-2821.
DE COD GAS LIQUID CHROMATOGRAPHY
PROPANONE 2 BUTANONE 2 PENTANONE 3
BUTANOL 2 PENTANOL 3.
AN B 63878658.
AU ADAM'YAN, R. I. PROKOP'EVA, M. F.
IN VSES. NAUCHNO-ISSLED. INST.
"VODGEO". TASHKENT. USSR.
YR 76.
TI GAS-CHROMATOGRAPHIC DETERMINATION OF
THE AMOUNT OF GLYCEROL IN UASTE
UATERS.
SO MASLO-ZHIR. PROM-ST. P26-8. 1976.
LG
DE
AN
AU ADAMS, J. U. CUNNINGHAM, N. J.
HARRIS, J. C. LEVINS, P. L.
STAUFFER, J. L.
IN LITTLE (ARTHUR D.), INC. CAMBRIDGE,
MASS. AGENCY, WASHINGTON, D.C.
OFFICE OF SOLID UASTE MANAGEMENT
PROGRAMS. 288 850.
YR 76. 94P.
TI DESTROYING CHEMICAL UASTES IN
COMMERCIAL-SCALE INCINERATORS.
NT FINAL REPT. SEE ALSO PB-265 541.
PR PC A85/MF A01.
AB TESTS UERE CONDUCTED AT ZIMPRO, INC.
ROTHSCHILD, UISCONSIN, TO DETERMINE
THE EFFECTIVENESS OF UET AIR
OXIDATION FOR DESTRUCTION OF TUO
SELECTED AQUEOUS INDUSTRIAL UASTES:
COKE PLANT UASTE AND AMIBEN
(HERBICIDE) MANUFACTURING UASTE. A
PILOT SCALE FACILITY UAS TESTED FOR
THE COKE PLANT UASTE UITH LESS THAN
6G/1 TOTAL SOLIDS AND 5.5 G/l
BIOLOGICAL OXYGEN DEMAND (BODS),
CHEMICAL COMPOUNDS SUCH AS CYANIDES,
PHENOLS AND CRESOLS UERE 99*
DESTROYED; BODS AND CHEMICAL OXYGEN
DEMAND (COD) UERE REDUCED BY ABOUT
983*. THE CONCENTRATION OF QUINCLINE
UAS REDUCED BY ONLY 662. ESTIMATED
COSTS FOR TREATING 2, 128 CU M/DAY OF
COKE UASTE UERE: $12.3 MM CAPITAL
INVESTMENT AND $9.90/CU M TOTAL
OPERATING COST. FOR THE AMIBEN
UASTE, UITH 55 G/l TOTAL SOLIDS AND
31 G/l BODS, THE TEST SHOUED GREATER
THAN 99X DESTRUCTION OF THE MAJOR
ORGANIC UASTE COMPONENTS,
DICHLORONITROBENZOIC ACIDS, UITH
ABOUT 18% CONVERSION TO AN
INTERMEDIATE DEGRADATION PRODUCT,
DICHLORONITROBENZENE. THE BODS AND
COD UERE REDUCED BY 90* AND B2%,
RESPECTIVELY. ESTIMATED COSTS FOR
TREATING 151 CU M/DAY OF AMIBEN
UASTE UERE: $2.2 MM CAPITAL
INVESTMENT AND $18.00/CU M TOTAL
OPERATING COST.
MJ INCINERATORS, INDUSTRIAL-UASTES,
COKING, HERBICIDES, BIOCHEMICAL-
OXYGEN-DEMAND, SOLID-UASTE-DISPOSAL.
MN MANUFACTURING, COST-ANALYSIS,
CAPITALIZED-COSTS, OPERATING-COSTS,
OXIDIZERS, PERFORMANCE-EVALUATION,
CRESOLS, DESIGN-CRITERIA, PROCESS-
132
-------
CHARTING, SAMPLING, CHEMICAL-
ANALYSIS, AIR-POLLUTION-CQNTRQL-
EQUIPMENT, SCRUBBERS, PILOT-PLANTS,
COMBUSTION-PRODUCTS, CYANIDES,
PHENOLS.
ID ftMIBEN, WET-METHOD, NTISEPASU.
AN N PB-267 987/6SL.
PU AFGAN, 8 K. KULKARNI, ft V. LEUNG,
R. RYAN, J F.
IN CANADA CENTRE FOR INLAND WATERS,
LJATER QUALITY RESEARCH DIV.
BURLINGTON, ONT. CAN.
YR 74.
TI THE DETERMINATION OF FORMALDEHYDE
AND RELATED COMPOUNDS IN UATER AND
INDUSTRIAL EFFLUENTS.
SO ENVIRONMENTAL LETTERS, 7(1): 53- 65,
1974.
LG EN.
AB NONE.
ID AUTOMATED METHODS, CARBONYL
COMPOUNDS, COLORIMETRY, FLUOROMETRY.
DE ALDEHYDES, INDUSTRIAL EFFLUENTS,
MEASURING METHODS, MUNICIPAL UATER
SUPPLIES, OPTICAL ANALYSIS, UATER
QUALITY MEASUREMENTS.
AN P 7501575.
UITH KEROSENE (JP-4), GASOLINE. AND
DIESEL FUEL FOR SEVERAL YEARS. IT
UAS REASONED THAT ANY BACTERIA THAT
COULD BE OBTAINED FROM THESE SAMPLES
UERE EITHER USING THE FUEL AS A
SOURCE OF CARBON OR UERE AT LEAST
TOLERATING THE FUEL. ONE OF THE
MICROORGANISMS, PSEUDOMONAS
AERUGINOSA, IS CAPABLE OF DEGRADING
BENZENE IN BOTH THE LIQUID AND THE
VAPOR PHASES. THE OTHER, A SPECIES
OF BACILLUS, ALSO SHOUED GROUTH
POTENTIAL IN THE PRESENCE OF BENZENE
BUT PRODUCED ONLY AN APPROXIMATELY
50K BREAKDOWN OF BENZENE AS COMPARED
TO THE S6% BREAKDOWN PRODUCED BY P.
AERUGINOSA UNDER SIMILAR CONDITIONS.
(AUTHOR).
MJ BENZENE, BIODETERIORATION, JET-
ENGINE-FUELS, BIODETERIORATION,
DIESEL-FUELS, BIODETERIORATION,
GASOLINE, BIODETERIORATION.
MN BACILLUS, PSEUDOMONAS- AEROGINOSA,
PSEUDOMONAS, DISPOSAL,
AIR-POLLUTION, WATER-POLLUTION,
ULTRAVIOLET-SPECTRA, KEROSENE,
GROWTH-GENERAL, MUTATIONS,
BACILLACEAE.
ID JP-4-FUELS, PSEUDOMONAS-PUTIDA,
PSEUDOMONAS-AERUGINOSA, NTISDODXD.
AN N AD-916 346/0SL.
AU AFTRING R P. CHALKER B E. SMITH C
A. TAYLOR B F.
YR 77.
TI ANAEROBIC DEGRADATION OF
PHTHALIC-ACID AND TEREPHTHALIC-ACID
BY DENITRIFYING BACTERIAL CULTURES.
SO ABSTR ANNU MEET AM SOC MICROSIOL.
77. 263.
DE ABSTRACT.
AN B 77049724.
AU AGERTON, BOBBY M. CORNETTE, JIMMY
C.
IN AIR FORCE ARMAMENT LAB EGLIN AFB
FLA. 400 936.
YR 73. 12P.
TI BIODEGRADATION OF BENZENE.
NT FINAL REPT. MAR-MAY 72.
AV DISTRIBUTION LIMITATION NOW REMOVED.
01.
PR PCS3.50/MFS3.00.
AB TWO SPECIES OF BACTERIA CAPABLE OF
DEGRADING THE AROMATIC HYDROCARBON
BEfiZEHE IN VIVO HAVE BEEN ISOLATED
FROM SOIL SAMPLES THAT UERE OBTAINED
FROM AREAS WHICH HAD BEEN DRENCHED
AU AHMED M. FOCHT D D.
YR 72.
TI BIO DEGRADATION OF BI PHENYL AND
POLY CHLORINATED BI PHENYLS.
SO 'ABSTR flNNU MEET AM SOC MICROBIOL.
72. 6.
DE ABSTRACT BACTERIA SEUAGE.
AN B 73030175.
AU AHNOFF, MARTIN. JOSEFSSON, BJORN.
IN DEP. ANAL. CHEM. UNIV. GOTHENBURG.
GOTEBORG. SUED.
YR 74.
TI SIMPLE APPARATUS FOR ON-SITE
CONTINUOUS LIQUID-LIQUID EXTRACTION
OF ORGANIC COMPOUNDS FROM NATURAL
WATERS.
SO ANAL. CHEM. 46. P658-63. 1974.
LG EN.
DE NATURAL WATER ORG EXTN. CHLORO
BIPHENYL DETN WATER. PESTICIDE DETN
UATER. LIQ LIQ EXTRACTOR UATER.
AN C 08102006193.
133
-------
RU AHOKAS J T.
YR 76.
TI METABOLISM OF 2 5 DI PHENYL OXAZOLE
BY TROUT LIVER MICROSOMflL MIXED
FUNCTION MONO OXYGENflSE.
SO RES COMMUN CHEM PATHOL PHARMACOL. 13
<3). 439-447.
DE MOUSE RAT CARCINOGENESIS NADPH
FLUORESCENCE.
AN B 62055907.
DE ABSTRACT SALMONELLA-TYPHIMURIUM
BENZO A PYRENE HYDROXYLASE.
AN B 77065581.
AU AHOKAS J T. PELKONEN 0. KARKI N T.
YR 76.
TI CYTOCHROME P-458 AND DRUG INDUCED
SPECTRAL INTERACTIONS IN THE HEPATIC
MICROSOMES OF TROUT
SALMO-TRUTTA-LACUSTRIS.
SO ACTA PHARMACOL TOXICOL. 38 (4).
448-449.
DE HEXO BARBITAL SKF-525-A 2 DI
ETHYLAMINOETHYL-2 2-DIPHENYL
VALERATE HYDRO CHLORIDE METAB-DRUGS
3 4 BENZ PYRENE CARCINOGEN POLLUTANT
DDT ALDRIN BROMO BENZENE PIPERONYL
BUTOXIDE NADPH CYTOCHROME C
REDUCTASE MONO OXYGENASE SYSTEM
ENDOPLASMIC RETICULUM
CENTRIFUGATION.
AN B 62805636.
AU AHOKAS J T. PELKONEN 0. KARKI N T.
IN DEPARTMENT OF PHARMACOLOGY,
UNIVERSITY OF OULU, FINLAND.
YR 77.
TI CHARACTERIZATION OF BENZO(A)PYRENE
HYDROXYLASE OF TROUT LIVER.
SO CANCER RES. 37. 18. P3737-43. OCT
77.
LG EN.
MJ ARYL-HYDROCARBON-HYDROXYLASES: ME.
MICROSOMES-LIVER: EN.
MN ANIMAL. CARBON-MONOXIDE: PD.
METHYLCHOLANTHRENE: PD. PROADIFEN:
PD.
AN M 78001772. 7801.
RONNHOLM K.
PAAKKONEN R.
PELKONEN 0.
AU AHOKAS J.
RAUNIO V.
YR 76
TI OXIDATIVE METABOLISM OF CARCINOGENS
BY TROUT LIVER RESULTING IN PROTEIN
BINDING AND MUTAGENICITY.
SO HOPPE-SEYLER'S Z PHYSIOL CHEM. 357
(8). 1019.
AU AHOKAS, JORMA T. PELKONEN, OLAVI.
KARKI, NIILO T.
IN DEP. PHARMACOL. UNIV. OULU. OULU.
FINLAND.
YR 75.
TI METABOLISM OF POLYCYCLIC
HYDROCARBONS BY A HIGHLY ACTIVE ARYL
HYDROCARBON HYDROXYLASE SYSTEM IN
THE LIVER OF A TROUT SPECIES.
SO BIOCHEM. BIOPHYS. RES. COMMUN. 63.
P635-41. 1975.
LG EN.
DE HYDROXYLASE ARYL HYDROCARBON TROUT.
BENZOPYRENE METAB TROUT MICROSOME .
LIVER TROUT BENZOPYRENE METAB.
AN C 08301001755.
<20>
AU AIZENSHTADT V S.
YR 68.
TI A SANITARY TOXICOLOGICAL
CHARACTERIZATION OF THE UASTE WATERS
FROM THE PRODUCTION OF ACETALDEHYDE
FOLLOUING PROLONGED CIRCULATION IN A
SYSTEM.
SO SB NAUCH TR KUIBYSHEV NAUCH- ISSLED
INST EPIDEMIOL GIG. (5). 90- 91.
DE MOUSE RAT CHOLIN ESTERASE.
AN B 51043765.
AU AKESSON B.
IN DEPARTMENT OF ZOOLOGY, UNIVERSITY OF
GOTHENBURG, GOTHENBURG, SUEDEN.
TI BIOASSAY STUDIES UITH POLYCHAETES OF
THE GENUS OPHRYOTROCHA AS TEST
ANIMALS. PP. 121-35.
SO IN: KOEMAN JH, STRIK JJ, ED.
SUBLETHAL EFFECTS OF TOXIC CHEMICALS
ON AQUATIC ANIMALS. AMSTERDAM,
ELSEVIER SCIENTIFIC, 1975. UA 689
S941 1975.
LG EN.
MJ POLYCHAETA: DE. TO.
MN AGE-FACTORS. MALE. REPRODUCTION: DE.
SPECIES-SPECIFICITY. (VARIATION).
AN M 76191635. 7609.
<22>
AU AKITSUNE, KENJI.
IN OSAKA FACT. MITSUI TOATSU CHEM. INC.
OSAKA. JAPAN.
134
-------
YR 76.
TI UASTE WATER TREATMENT AT
ACRYLONITRILE PLANTS BY THE
CATALYTIC UET OXIDATION PROCESS.
SO NIKKAKYO GEPPO. 29. P9-17. 1976.
LG JA.
DE ACRYLONITRILE UflSTEUATER LET OXIDN.
AN C 68618126598.
<23>
AU ALBERTSSON A-C. RANBY B.
YR 76.
TI BIO DEGRADATION OF SYNTHETIC
POLYMERS THE CARBON-14 METHOD
APPLIED TO POLY ETHYLENES.
SO SHARPLEY, J. MILES AND ARTHUR M.
KAPLAN (ED.). PROCEEDINGS OF THE
THIRD INTERNATIONAL BIODEGRftDATION
SYMPOSIUM. KINGSTON, RHODE ISLAND,
USA, AUGUST 17-23, 1975. XIV+1138P.
ILLUS. APPLIED SCIENCE PUBLISHERS
LTD: LONDON, ENGLAND. ISBN 0-85334-
679-8. (RECD 1977) 743-751.
DE MICROORGANISM FUNGI BACTERIA POLY
ETHYLENE CARBON DI OXIDE ENZYME.
AN B 78019908.
<24>
AU ALEKSEEV V A. ANTIPIN B N.
YR 76.
TI TOXICOLOGICAL CHARACTERISTICS AND
SYMPTOM COMPLEX OF ACUTE PHENOL
INTOXICATION OF CERTAIN FRESH UATER
CRUSTACEANS AND MOLLUSKS.
SO GIDROBIOL ZH. 12 (2). 37-44.
DE ASELLUS-AQUATICUS POLYPHEMUS-
PEDICULUS DAPHNIA-LONGISPINA
DAPHNIA-PULEX LYNCEUS-BRACHYURUS
BYTHOTREPHES-LONGIMANUS
ACANTHODIAPTOMUS-DENTICORNIS
CYCLOPS- VICINUS
EUDIAPTOMUS-GRACILIS CYPRIS- PUBERA
PHYSA-FONTINALIS LYMNAEA- STAGNALIS
RADIX-OVATA VIVIPARUS- VIVIPARUS
BITHYNIA-TENTACULATA
PLANORBIS-VORTEX PLANORBIS-PLANORBIS
DREISSENA-POLYMORPHA ANODONTA-
COMPLANATA SPHAERIUM-CORNEUM
INVERTEBRATES PHENOL NEURO
PARALYSIS.
AN B 62067184.
<25>
flU ALEKSEEV, V. A.
IN INST. BIOL. VNUTR. VOD. BOROK. USSR.
YR 74.
TI TEMPERATURE DEPENDENCE OF RESISTANCE
TO TOXICITY OF SOME AQUATIC INSECTS
AND ARACHNIDS.
SO BIOL. VNUTR. VOD. 21. P48-50. 1974.
LG RS.
DE INSECT AQUATIC CHEMORESISTANCE TEfP.
PHENOL INSECT ARACHNID RESISTANCE.
AN C 08209052294.
<26>
AU ALEKSEEV, V. A.
IN USSR.
YR 73.
TI TOXICOLOGICAL CHARACTERISTICS AND
SYMPTOM COMPLEX OF ACUTE PHENOL
INTOXICATION OF AQUATIC INSECTS AND
ARACHNIDS.
SO TR. INST. BIOL. VNUTR. VOD, AKAD.
NAUK SSSR. NO. 24. P72-89. 1973.
LG RS.
DE PHENOL TOXICITY INSECT ARACHNID.
AN C 08017091780.
<27>
AU ALEKSEEVA, L. M.
IN USSR.
YR 72.
TI COLORIMETR1C DETERMINATION OF
PHENOLS IN SEA UATER UITH PYRAMIDONE
AND AMMONIUM PEROXYDISULFATE.
SO TR. GOS. OKEANOGR. INST. NO. 113.
P60-5. 1972.
LG RS.
DE PHENOL DETN SEA UATER. SEA UATER
ANALYSIS PHENOL.
AN C 07902009669.
<28>
AU ALEKSEYEV V A.
YR 71.
TI A STUDY OF ACUTE PHENOL POISONING IN
SOME SPECIES OF INSECTS AND
ARACHNIDS PART 2.
SO HYDROBIOL J (ENGL TRANSL GIDROBIOL
ZH). 7 (3). 35-39.
DE LIMNOCHARES-AQUATICA CLOEON-
DIPTERUM CHIRONOMUS-PLUMOSUS
PSECTROCLADIUS-PSILOPTERUS AQUATIC
SPECIES.
AN B 72080256.
<29>
AU ALEKSEYEV V A.
YR 71.
TI STUDY OF ACUTE PHENOLIC INTOXICATION
OF CERTAIN SPECIES OF AQUATIC
INSECTS AND ARACHNIDS.
SO HYDROBIOL J. 6 (5). 22-30.
DE COELAMBUS-NOVEMLINEATUS SIGARA-
135
-------
STRIfiTft CLOEON-DIPTERUM ORDELLA-
MAXIMA CHIRONOMUS-PLUMOSUS
PSECTROCLADIUS-PSILDPTERUS MITES.
AN B 72016840.
<30>
AU flLEKSEYEV V A. USPENSKAYA N YE.
YR 74.
TI A TOXICOLOGICAL DESCRIPTION OF fiCUTE
PHENOLIC POISONING OF CERTAIN FRESH
UATER UORMS.
SO HYDROSIOL J (ENGL TRANSL GIDROBIOL
ZH). 10 (4). (RECD 1976) 35-41.
DE EUPLANARIA-LUGUBRIS MESOSTOMA-
EHRENBERGII NEMATODA-SP STYLARIA-
LACUSTRIS CHAETOGASTER-DIAPHANUS
LUMBRICULUS-VARIEGATUS TUBIFEX-
TUBIFEX HERPOBDELLA-OCTOCULATA
HAEMOPIS-SANGUISUGA GLOSSIPHONIA-
COMPLANATA HELOBDELLA-STAGNALIS
AQUATIC INVERTEBRATES EGGS YOUNG
ADULT HIGH TEMPERATURE STARVATION.
AN B 76882535.
AU ALLEN, JAMES EDUARD. MARKOVETZ,
ALLEN J.
IN DEP. OF MICROBIOL. UNIV. OF IOLJA.
IOLJA CITY. IOUA.
YR 78.
TI OXIDATION OF N-TETRADECANE AND 1-
TETRADECENE BY FUNGI.
SO J. BACTERIOL. 183. P426-34. 1978.
LG EN.
DE TETRADECANE FUNGI OXIDN. FUNGI
TETRADECANE OXIDN. PENICILLIUM
TETRADECENE OXIDN.
AN C 87313863432.
<32>
AU ALLEN, JOHN L. SILLS, JOE B.
IN SOUTHEAST. FISH CONTROL LAB. FISH
WILDLIFE SERV. UARM SPRINGS. GA.
YR 70.
TI ULTRAVIOLET IDENTIFICATION AND
QUANTITATIVE MEASUREMENT OF
QUINALDINE RESIDUES IN FISH.
SO J. ASS. OFF 1C. ANAL. CHEM. 53.
P1170-1. 1978.
LG EN.
DE UV FISH QUINALDINE DETN. FISH UV
QUINALDINE DETN. QUINALDINE DETN UV
FISH.
AN C 87483818242.
<33>
AU ALLEN, JOHN L. SILLS, JOE B.
IN SOUTHEAST. FISH CONTR. LAB. FISH AND
UILDLIFE SERV. UARM SPRINGS. GA.
YR 78.
TI GLC (GAS-LIQUID CHROMATOGRAPH1C)
DETERMINATION OF QUINALDINE RESIDUE
IN FISH.
SO J. ASS. OFF 1C. ANAL. CHEM. 53.
P2B-3. 1970.
LG EN.
DE QUINALDINE RESIDUE FISH DETN. FISH
QUINALDINE DETN. CHROMATOG
QUINALDINE FISH. MUSCLE QUINALDINE
DETN.
AN C 87215077558.
<34>
AU ALTON, L. V.
IN USSR.
YR 73.
TI TOXIC EFFECT OF PHENOL AND
RESORCINOL ON THE MICROS 1C
POPULATION OF AN ACTIVE SLUDGE.
SO TR. TALLIN. POLITEKHN. IN-TA. P23-6.
1973.
LG RS.
DE PHENOL EFFECT ACTIVATED SLUDGE.
RESORCINOL EFFECT ACTIVATED SLUDGE.
AN C 08386847758.
<35>
AU ALY, OSMAN M. FAUST, SAMUEL D.
IN DEP. ENVIRON. ENG. CAMPBELL SOUP CO.
CAMDEN. N. J.
YR 75.
TI THIN-LAYER CHROMATOGRAPHIC ANALYSIS
IN UATER POLLUTION.
SO CHROMATOGR. ANAL. ENVIRON. P515- 64.
1975.
LG EN.
AV GROB, ROBERT L.
DE REVIEU UATER POLLUTION ANALYSIS
CHROMATOG. POLLUTION UATER ANALYSIS
CHROMATOG. THIN LAYER CHROMATOG
UATER POLLUTION. AMINO ACID DETN
UATER REVIEU. DETERGENT DETN UATER
REVIEU. HYDROCARBON DETN UATER
REVIEU. PLANT PIGMENT DETN UATER
REVIEU. PHENOL DETN UATER REVIEU.
PESTICIDE DETN UATER REVIEU.
HERBICIDE DETN UATER REVIEU.
AN C 08504025166.
<36>
AU AMES B N.
YR 74.
TI A COMBINED BACTERIAL AND LIVER TEST
SYSTEM FOR DETECTION AND
CLASSIFICATION OF CARCINOGENS AS
136
-------
MUTAGENS.
SO GENETICS. 78 (1). (RECD 1975) 91-
95.
DE RflT HUMAN LIVER SALMONELLA-
TYPHIMURIUM FRAMESHIFT MUTATIONS
AFLA TOXIN B-l BENZO A PYRENE 2
ACETYLAMINO FLUORENE METABOLIC
ACTIVATION.
AN B 75880260.
<37>
AU ANDERS D E. DOOLITTLE F G.
ROBINSON U E.
YR 73.
TI ANALYSIS OF SOME AROMATIC HYDRO
CARBONS IN A BENZENE SOLUBLE BITUMEN
FROM GREEN RIVER SHALE.
SO GEOCHIM COSMOCHIM ACTA. 37 (5).
1213-1228.
DE USA PLANT BIOCHEMICAL RESIDUES MASS
SPECTROSCOPY IR SPECTROSCOPY GAS
CHROMATOGRAPHY DEHYDROGENATION.
AN B 57015556.
<38>
AU ANDERSON, G. L.
IN INSTITUTE OF GAS TECHNOLOGY,
CHICAGO, ILL. DEVELOPMENT
ADMINISTRATION. 9500656.
YR 76. 13P.
TI OZONATION OF HIGH LEVELS OF PHENOL
IN UATER.
NT 68. ANNUAL MEETING OF AMERICAN
INSTITUTE OF CHEMICAL ENGINEERING,
LOS ANGELES, CALIFORNIA, USA, 16 NOV
1975.
PR PC A02/MF A01.
AB HIGH LEVELS OF PHENOLIC MATERIAL ARE
OFTEN PRODUCED IN FUEL CONVERSION
PROCESSES SUCH AS COAL GASIFICATION,
SHALE OIL RECOVERY, AND CATALYTIC
CRACKING UNITS. OZONE HAS BEEN
DEMONSTRATED TO REACT UITH PHENOL
OVER UIDE RANGES OF CONDITIONS.
OZONATION DAS STUDIED AT VARIOUS
CONCENTRATIONS OF PHENOL, CHEMICAL
OXYGEN DEMAND, AND PH IN A
CONTINUOUS REACTION. THE RESULTS
SHOUED THAT THE FOLLOWING EQUATION
COULD DESCRIBE THE RATE OF REACTION
BETUEEN OZONE AND PHENOL: (DCPHI
OH)/DT) = (A)PXSUB 0 SUB 3 /(K(PHI -
OH) + K'(PHI - 0 EXP - )). IN
ADDITION, IT U;}S FOUND THAT, AT A
HIGH PH, OZONE OXYGEN ATOM
UTILIZATION COULD APPROACH 100*.
(ERA CITATION 02: 014308).
MJ OZONE, PHENOLS.
MN ABUNDANCE, AQUEOUS-SOLUTIONS,
CATALYTIC-CRACKING, CHEMICAL-
REACTION-KINETICS, COAL-
GASIFICATION, DIAGRAMS, EQUATIONS,
PH-VALUE, SHALE-OIL, TABLES.
ID ERDA-400201, ERDA-040500, ERDA-
010600, NTISERDA.
AN N CONF-751107-18.
<39>
AU ANDERSON, J. U. MOORE, L. J.
BLAYLOCK, J. U. UOODRUFF, D. L.
KIESSER, S. L.
IN BATTELLE PACIFIC NORTHUEST LABS.
RICHLAND, DASH. AND DEVELOPMENT
ADMINISTRATION. 9500022.
YR 76. 27P.
TI BIOAVAILABILITY OF SEDIMENT- SORBED
NAPHTHALENES TO THE SPIUNCLUID UORM,
PHASCOLOSOMA AGASSIZ11.
NT NOAA SYMPOSIUM ON FATE AND EFFECTS
OF PETROLEUM HYDROCARBONS IN MARINE
ECOSYSTEMS AND ORGANISMS, SEATTLE,
UASHINGTON, UNITED STATES OF AMERICA
(USA), 10 NOV 1976.
PR PC A03/MF A01.
AB THE OBJECTIVES OF THIS STUDY WERE TO
DETERMINE THE ACCUMULATION AND
RELEASE PARAMETERS OF NAPHTHALENES
FOR THE BURROUING PEANUT DORM,
(SIPUNCULIDA) PHASCOLOSOMA
AGASSIZII. SO THAT UPTAKE FROM
SEDIMENT COULD BE COMPARED TO THAT
FROM CONTAMINATED UATER, THE LATTER
UAS ALSO BRIEFLY INVESTIGATED.
SEDIMENT-OIL MIXTURES UERE PRODUCED
AND USED IN TUO LJAYS TO EXAMINE THE
VARIABILITY THAT MIGHT BE PRODUCED
BY DIFFERENT TYPES OF ACTUAL OIL
SPILLS. (ERA CITATION 02: 049801).
MJ ANNELIDS, NAPHTHALENE.
MN AQUATIC-ECOSYSTEMS, AQUATIC-
ORGANISMS, ECOLOGICAL-
CONCENTRATION, ENVIRONMENTAL-
EFFECTS, METABOLISM, OIL-SPILLS,
SEAUATER, SEDIMENTS, TISSUE-
DISTRIBUTION, UATER-POLLUTION.
ID ERDA-520208, ERDA-560304, ERDA-
020900, BIOACCUMULATION, INDICATOR-
SPECIES, BIO INDICATORS, PEANUT-DORM,
PHASCOLOSOMA-AGASSIZII, NTISERDA.
AN N BNUL-SA-5864.
<40>
AU ANDRES, A. G. KURAZHSKOVSKAYA, T.
N.
IN USSR.
YR 69.
TI HISTOPATHOLOGICAL CHANGES IN BREAM
(ABRAMIS BRAMA) DURING EXPERIMENTAL
137
-------
ACUTE PHENOLIC POISONING.
SO TR. INST. BIOL. VNUTR. VOD, AKAD.
NAUK SSSR. NO, 19. P73-B6. 1969.
LG RS.
BE PHENOL POISONING ABRAMIS. POISONING
PHENOL ABRAMIS. ABRAMIS PHENOL
POISONING. FISH PHENOL POISONING.
flN C 07221188423.
AN
LABORATORY METHODS, CHEMICAL
ANALYSIS.
P 7784227.
ftU ANDROSOVA, E. V. PROSKURYAKOV, V.
A. CHISTYAKOV. A. N.
IN LENINGRAD. TEKHNOL. INST. !M.
LENSDVETA. LENINGRAD. USSR.
YR 70.
TI OXIDATION OF FLUORANTHENE BY
ATMOSPHERIC OXYGEN IN A BASIC
AQUEOUS MEDIUM.
SO ZH. PRIKL. KHIM. (LENINGRAD). 43.
PI624-6. 1970.
LG RS.
DE OXIDN FLUORANTHENE
FLUORENONECARBOXYLIC ACID.
FLUORANTHENE OXIDN
FLUORENONECARBOXYLIC ACID.
FLUORENONECARBOXYLIC ACID
FLUORflNTHENE OXIDN.
AN C 0731909B674.
<42>
ftU ANON.
IN ENVIRON. PROT. AGENCY. WASHINGTON.
D. C.
YR 73.
TI LIST OF TOXIC (UATER) POLLUTANTS.
SO FED. REG1ST. 36. P24342-4. 1973.
LG EN.
DE UATER POLLUTANT FEDERAL REGISTER.
INSECTICIDE UATER FEDERAL REGISTER
MERCURY UATER FEDERAL REGISTER.
CADMIUM UftTER FEDERAL REGISTER.
CYANIDE UATER FEDERAL REGISTER.
TOXAPHENE UATER FEDERAL REGISTER.
BIPHENYL CHLORINATED UATER FEDERAL
REGISTER.
AN C 08105021894.
<43>
AU ANONYMOUS.
IN ANONYMOUS.
YR 77.
TI DETERMINATION OF TOTAL CYANIDE:
SCOPE AND FIELD OF APPLICATION.
SO EFFLUENT & UATER TREATMENT JOURNAL,
17(2): 77-79, FEB. 1977.
LG EN.
AB NONE.
DE CYANIDES, UATER POLLUTANTS,
<44>
AU ANONYMOUS.
IN ANONYMOUS.
YR 77.
TI GAS DIALYSIS SPEEDS CYANIDE
ANALYSIS.
SO ENVIRONMENTAL SCIENCE 8. TECHNOLOGY,
11(1): 30-31, JAN. 1977.
LG EN.
AB NONE.
ID GAS DIALYSIS.
DE UATER POLLUTANTS, INDUSTRIAL
EFFLUENTS, CHEMICAL ANALYSIS,
DIALYSIS, CYANIDES.
AN P 7702230.
<45>
AU ANONYMOUS.
YR 71.
TI CONFERENCE IN THE MATTER OF
POLLUTION OF THE NAVIGABLE UATERS OF
UESTERH SOUTH DAKOTA.UNGE
SO CONFERENCE IN THE MATTER OF
POLLUTION OF THE NAVIGABLE UATERS OF
UESTERN SOUTH DAKOTA. PROCEEDINGS.
(HELD IN RAPID CITY, S.D. OCT.
19-21, 1971). U.S. ENVIRONMENTAL
PROTECTION AGENCY, UASHINGTON, D.C.
611 PAGES. '1971?
LG EN.
AB NONE.
ID CYANIDE. UESTERN AREA.. PROCEEDINGS,
INDIVIDUAL TESTIMONIES.
DE UATERUAYS, METALS, MERCURY, TOXIC
MATERIALS, CONFERENCES, SOUTH
DAKOTA.
AN P 7300212.
<46>
AU ANONYMOUS.
YR 72.
TI PUNGENT AIR-UIATER POLLUTION CHECKED
BY INCINERATION.
SO CHEMICAL PROCESSING. CHICAGO, 35(8):
44, AUG. 1972.
LG EN.
AB NONE.
ID PYRIDINE, PICOLINE., HflRRIMAN NEPERA
CHEMICAL CO.
DE ODORS, CHEMICAL UASTES, FUMES,
INCINERATORS, LIQUID UA5TE,
DISPOSAL, NEU YORK.
AN P 7300171.
138
-------
<47>
AU ftNONYMOUS.
YR 70.
TI MONITOR UARNS INSTANTLY UHEN PHENOL
PPM GO UP.
SO CHEMICfiL PROCESSING, 33(8): 63, AUG.
1970.
LG EN.
AB NONE.
ID PHOTOMETRIC ANALYZER.
DE CHEMICAL INDUSTRY, PHENOL,
MONITORING SYSTEMS, EFFLUENTS,
INSTRUMENTS .
AN P 7004605.
<48>
AU ANONYMOUS.
YR 70.
TI GAS-UATER CHROMATOGRAPHY PIDS UATER
POLLUTION flNflLYSIS.
SO U.S. NATIONAL BUREAU OF STANDARDS.
UASH. D.C. TECHNICAL NEUS BULLETIN,
54(7): 143, JULY 1970.
LG EN.
AB NONE.
ID ETHYLENE, UATER TESTING, PROPYLENE,
ISOBUTENE, BENZENE, TOLUENE.
DE HYDROCARBONS, OIL-UATER SEPARATORS,
GAS-LIQUID CHROMATOGRAPHY.
AN P 7004256.
<49>
AU ANTONOV, V. N. KRYATKOVSKII, A. N.
RADAEVA, L. A. KUZNETSOV, V. I.
SOKOLOVSKII, V. V. ZAITSEVA, V. N.
OZEROV, A. I. ZHABIN, M. S.
IN USSR.
YR 72.
TI COMBINED SYSTEM OF PURIFICATION OF
CONCENTRATED CYANIDE-CONTAINING
WASTES OF THE LENINGRAD PLANT UITH
AUTOMATION OF PROCESSES AND
UTILIZATION OF CYANIDES AND OTHER
COMPONENTS.
SO TR. NAUCH.-ISSLED. PROEKT. INST.
OBOGASHCH. RUD TSVET. METAL.
"KAZMEKHANOBR". NO. 8. P162-7. 1972.
LG RS.
DE CYANIDE UASTE UATER PURIFN.
AN C 07912070008,
<50>
AU ANTONOVA V I. SALMINA Z A.
VINQKUROVA T V.
IN N-'A.
YR 77.
TI TOXICOLOGY OF POLY ETHYLENE POLY
AMINE AND SUBSTANTIATION OF ITS
MAXIMUM PERMISSIBLE CONCENTRATION IN
BODIES OF UATER.
SO GIG SANIT. (2). 32-35.
LG EN.
DE MICE RATS.
AN B 65824428.
AU ANTONOVA, K. N. BARKHATOVA, V. I.
IN USSR.
YR 69.
TI PURIFICATION OF UASTE UATERS BY THE
METHOD OF OXIDATION OF ORGANIC
SUBSTANCES IN STEAM-GAS PHASE.
SO SB. NAUCH. TR. KUZBASS. POLITEKH.
INST. NO. 18. P52-4. 1969.
LG RS.
DE DICHLOROETHANE OXIDN UASTE UATER.
MANGANESE OXIDE DICHLOROETHANE
OXIDN. CATALYTIC OXIDN
DICHLOROETHANE.
AN C 07420102843.
<52>
AU ANTONOVA, K. N. BARKHATOVA, V. I.
SHEVCHENKO, T. L. KUZ'MINA, N. P.
MYAGKIKH, S. N.
IN USSR.
YR 71.
TI PURIFICATION OF UASTE UATERS BY
OXIDATION OF ORGANIC IMPURITIES BY
ATMOSPHERIC OXYGEN.
SO SB. NAUCH. TR. KUZBAS. POLITEKH.
INST. NO. 34. P35-41. 1971.
LG RS.
DE UASTE UATER OXIDN. CHLOROETHANE
REMOVAL UATER.
AN C 07822140137.
<53>
AU ANTONOVA, N. E. SAL'NIKOVA, L. SH.
IN USSR.
YR 70.
TI EXPLANATION OF THE POSSIBLE
BIOLOGICAL PURIFICATION OF UASTE
UATERS FROM CRESOL PRODUCTION BY THE
OXIDATIVE DECARBOXYLATION OF M-
TOLUIC ACID.
SO TR. NAUCH.-ISSLED. INST. NEFTEKHIM.
PROIZVOD. NO. 2. P51-4. 1970.
LG RS.
DE TOLUIC ACIDS UASTES BIOCHEM
CLEANING. CRESOL PRODN UASTE UATERS.
PHENOLS UASTE UATERS. OXIDATIVE
DECARBOXYLATION TOLUIC ACIDS.
DECARBOXYLATION TOLUIC ACIDS.
AN C 07414867442.
139
-------
<54>
AU ANTONY, P. D. NAIR, M. R.
IN CENT. INST. FISH. TECHNOL. COCHIN.
INDIA.
YR 75.
TI STUDIES ON PHENOLASE ENZYME IN
PRAUNS. II. THE INHIBITORY ACTION ON
THE ENZYME BY CERTAIN CHEMICAL
AGENTS.
SO FISH. TECHNOL. 12. P112-15. 1975.
LG EN.
DE PHENOLflSE PRAUN METflPENflEUS
INHIBITION.
fiN C 08423161878.
<55>
AU ARRO, J. MELDER, L.
IN TALLIN. POLITEKH. INST. TALLINN.
USSR.
YR 76.
TI CALCULATION OF DISTRIBUTION
COEFFICIENTS OF POLAR SUBSTANCES
BETUEEN A MIXTURE OF ORGANIC
SOLVENTS AND UATER.
SO ZH. FIZ. KHIM. 50. P2601-4. 1976.
LG RS.
DE PARTITION COEFF MIXED EXTRACTANT.
PHENOL PARTITION NONPOLAR
EXTRACTANT. NONPOLAR EXTRACTANT
PHENOL EXTN.
AN C 08604022418.
<56>
AU ASADA Y. MASAKI T. TflKflMURA Y.
SHIRASAKA S. KUBOTA M. KODAMA 0.
SOEJIMA M.
YR 73.
TI REPORT OF ANALYSES FOR INDUSTRIAL
LJASTE UATER IN 28 FACTORIES.
SO SCI REP FAC AGRIC IBARAKI UNIV.
(21). (RECD 1974) 65-74.
DE JAPAN COLIFORM BACTERIA METALS
MINERALS CYANIDE PHENOLS TOTAL
NITROGEN ALKALINITY METAL FACTORIES
CEMENT FACTORIES FOOD PROCESSING
PLANTS SEUAGE DRAINAGE UATER
POLLUTION STANDARDS.
AN B 59039768.
<57>
AU ASPINUALL R.
IN ESSEX RIVER AUTHORITY, CHELMSFORD,
ESSEX, ENGLAND.
TI PHENOLIC POLLUTION IN CHALK AT
BECKTON, ESSEX. PP. 299-302.
SO IN: COLE JA, ED. GROUNDUATER
POLLUTION IN EUROPE. PORT
UASHINGTON, N.Y. UATER INFORMATION
CENTER, 1974. UA 689 C7513G 1974.
LG EN.
MJ PHENOLS.
MN ENGLAND: (EN). UATER-POLLUTION-
CHEMICAL: PC.
AN M 76168800. 7608.
<58>
AU ASS, M. I. KHOKHLOVA, M. M.
IN USSR.
YR 72.
TI BIOLOGICAL PURIFICATION OF UASTE
UATERS FROM A POLE-IMPREGNATING
PLANT POLLUTED UITH ANTHRACENE OIL
AND PETROLEUM SOLVENTS.
SO NOV. METODY TIPY SOORUZH. OCHIST.
PROIZVOD. GOR. STOCHN. VOD. MEZHVUZ.
SB. TR. LENINGR. INZH.- STROIT.
INST. NO. 1. P93-9. 1972.
LG RS.
DE UOOD PRESERVATIVE UASTEUATER
TREATMENT. ANTHRACENE OIL REMOVAL
UASTEUATER. PETROLEUM SOLVENT
REMOVAL UASTEUATER.
AN C 08122140561.
<59>
AU ATKINSON A.
YR 75.
TI BACTERIAL CYANIDE DE TOXIFICATION.
SO BIOTECHNOL BIOENG. 17 (3). 457- 460.
DE BACILLUS-STEAROTHERMOPHILUS
INDUSTRIAL POLLUTANT RHODANESE
TEMPERATURE.
AN B 60048805.
<60>
AU ATKINSON L P. DUNSTAN U M. NATOLI
J G.
YR 77.
TI THE ANALYSIS AND CONTROL OF VOLATILE
HYDRO CARBON CONCENTRATIONS BENZENE
DURING OIL BIOASSAYS.
SO UATER AIR SOIL POLLUT. 8 (2).
235-242.
DE SKELETONEMA-SP PHYTO PLANKTON GROUTH
METABOLIC UPTAKE.
AN B 64059236.
AU ATOVMYAN, E. G. ARUTYUNYAN, E. S.
IN USSR.
YR 76.
TI DEGRADATION AND STABILIZATION OF
HIGH-MOLECULAR-UEIGHT POLYETHYLENE
OXIDE DURING AGING IN DILUTE AQUEOUS
SOLUTIONS.
140
-------
SO PLAST. MASSY. P47-8. 1976.
LG RS.
DE POLYETHYLENE OXIDE SOLN
STABILIZATION. DEGRDN POLYETHYLENE
OXIDE AQ SOLN. KINETICS DEGRDN
POLYETHYLENE OXIDE.
AN C 08512878602.
<62>
AU AUDOUARD, Y. SUZANNE, ft. VITTORI,
0. PORTHAULT. M.
IN LAB. CHIM. ANAL. III. UNIV. LYON I.
VILLEURBANNE. FR.
YR 75.
TI DETERMINATION OF PHENOL IN UATER BY
ALTERNATING POTENTIAL DIFFERENCE
POLARCGRRPHY AND IMPULSE
POLAROGRAPHY.
SO BULL. SOC. CHIM. FR. P130-2. 1975.
LG FR.
DE PHENOL DETN UATER POLAROG.
UASTEUATER ANALYSIS PHENOL POLAROG.
SEAUATER ANALYSIS PHENOL POLAROG.
AN C 08226175055.
<63>
AU AUDUREAU, JOEL. FILIOL, CHRISTIAN.
BOULE, PIERRE. LEMAIRE, JACQUES
IN LAB. PHOTOCHIM. UNIV. CLERMONT.
AUBIERE. FR.
YR 76.
TI PHOTOLYSIS AND PHOTO-OXIDATION OF
PHENOL IN AQUEOUS SOLUTION.
SO J. CHIM. PHYS. PHYS.-CHIM. BIOL. 73.
P613-20. 1976.
LG FR.
DE PHOTOLYSIS AD PHENOL. OXIDN
PHOTOCHEM PHENOL AQ. PHOTOOXIDN
PHENOL AQ . FLUORESCENCE AQ PHENOL
PHOTOOXIDN.
AN C 08611071339.
<64>
AU AUERBACH, S. PRUEFER, P. UEISE, G.
IN SEKT. UASSERUES. TECH. UNIV.
DRESDEN. DRESDEN. E. GER.
YR 73.
TI DETRIMENTAL EFFECTS OF TOXIC CHARGE
BY HEAVY METALS OR PHENOL ON
SUBMERGED UATER PLANTS CFONTINALIS
ANTIPYRETICA).
SO INT. REV. GESAMTEN HYDROBIOL. 58.
P19-32. 1973.
LG GE.
DE HEAVY METAL SUBMERGED UATER PLANT.
FONTINALIS RESPIRATION HEAVY METAL .
AN C 03886030408.
<65>
AU AURICH, H. EITNER, G.
IN BEREICH BIOCHEM. KARL-MARX-UNIV.
LEIPZIG. LEIPZIG. E. GER.
YR 73.
TI OXIDATION OF N-HEXADECANE BY
ACINETOBACTER CALCO-ACETICUS.
RESTRICTION AND INDUCTION OF THE
PARTICIPATING ENZYME.
SO Z. ALLG. MIKROBIOL. 13. P539-44.
1973.
LG GE.
DE HYDROCARBON OXIDN ACINETOBACTER
REGULATION. ENZYME INDUCTION
RESTRICTION BACTERIA.
AN C 08009045517.
<66>
AU AUSTEN R A. DUNN N U.
IN SCHOOL OF BIOLOGICAL TECHNOLOGY,
UNIVERSITY OF NEU SOUTH UALES,
KENSINGTON, N.S.U.
YR 77.
TI A COMPARATIVE STUDY OF THE NAH AND
TOL CATABOLIC PLASMIDS IN
PSEUDOMONAS PUTIDA.
SO AUST J BIOL SCI. 30. 4. P357-66. AUG
77.
LG EN.
MJ PLASMIDS.
MN COMPARATIVE-STUDY. TOLUENE: AA, ME.
AN M 78102712. 7805.
<67>
AU AUSTERN, BARRY M. DOBBS, RICHARD A.
COHEN, JESSE M.
IN NATL. ENVIRON. RES. CENT. U. S.
ENVIRON. PROT. AGENCY. CINCINNATI.
OHIO.
YR 75.
TI GAS-CHROMATOGRAPH1C DETERMINATION OF
SELECTED ORGANIC COMPOUNDS ADDED TO
UASTE UATER.
SO ENVIRON. SCI. TECHNOL. 9. P588- 90.
1975.
LG EN.
DE GAS CHROMATOG ORG UASTEUATER.
STYRENE GAS CHROMATOG UASTEUATER.
XYLENE GAS CHROMATOG UASTEUATER.
ETHYLBENZENE GAS CHROMATOG
UASTEUATER. NITROBENZENE GAS
CHROMATOG UASTEUATER. ACETOPHENONE
GAS CHROMATOG UASTEUATER. ANISIDINE
GAS CHROMATOG UASTEUATER. ANETHOLE
GAS CHROMATOG UASTEUATER.
TRICHLOROETHYLENE GAS CHROMATOG
UASTEUATER . TURPENTINE GAS
CHROMATOG UASTEUATER.
AN C 08310084430.
141
-------
<68>
AU AVERETT, D. R. TRITZ, G. J.
IN DEP. MICROSIOL. UNIV. GEORGIfl.
ATHENS. GA.
YR 76.
TI fl METHOD FOR THE RflPID SEPflRflTION
AND CHARACTERIZATION OF BIOLOGICAL
PYRIDINES.
SO J. CHROMATOGR. SCI. 14. P35B-3.
1976.
LG EN.
DE PYRIDINE COMPD PAPER CHROMATOG.
AN C 08513889524.
<69>
AU AVERY, NOYES L. FRIES, UILLIAM.
IN POLLUT. CONTROL RES. DEP. ROHM AND
HAAS CO. PHILADELPHIA. PA.
YR 75.
TI SELECTIVE REMOVAL OF CYANIDE FROM
INDUSTRIAL UASTE EFFLUENTS UITH
ION-EXCHANGE RESINS.
SO IND. ENG. CHEM. PROD. RES. DEV. 14.
P102-4. 1975.
LG EN.
DE CYANIDE REMOVAL UASTEUATER. FERROUS
ION CYANIDE COMPLEX.
AN C 68364832661.
<78>
AU AXCELL B C. GEARY P J.
YR 73.
TI THE METABOLISM OF BENZENE BY
BACTERIA. PURIFICATION AND SOME
PROPERTIES OF THE ENZYME CIS-1,2-
DIHYDROXYCYCLOHEX -3,5-DIENE
(NICOTINAMIDE ADENINE DINUCLEOTIDE)
OXIDOREDUCTASE (CIS-BENZENE GLYCOL
DEHYDROGENASE).
SO BIOCHEM J. 136. 4. P927-34. DEC 73.
LG EN.
MJ BENZENE: ME.
MN ALCOHOL-OXIDOREDUCTASES: AI.
CHLOROMERCURIBENZOATES: PD.
CYCLOHEXANOLS. ENZYME-ACTIVATION.
IRON: PD. SODIUM-DODECYL-SULFATE.
AN M 74135964.
AU AXT G.
TI RESULTS OF CONTINUOUS TOXICITY
MEASUREMENTS UITH BACTERIA.
SO HUSMANN, U. (ED.). VOM UASSER, BAND
41. (ON UATER, VOL. 41). (IN GER. ).
VIII+487P. ILLUS. VERLAG CHEMIE:
UEINHEIM, UEST GERMANY. ISBN
3-527-25546-X. 1973 (1974) (RECD
1975) 489-414.
DE SEUAGE UATER POLLUTION
SALICYLALDEHYDE NITROBENZOL
ENDOSULFAN INSECTICIDE CYANIDE
MERCURY SILVER CUPRIC ION ARSENIC
LEAD NICKEL CADMIUM ZINC.
AN B 76803387.
<72>
AU BACHOFER R. LINGENS F. SCHAEFER U.
YR 75.
TI CONVERSION OF ANILINE INTO PYRO
CATECHOL BY A NOCARDIA-SP
INCORPORATION OF OXYGEN-18.
SO FEES (FED EUR BIOCHEM SOC) LETT. 50
(2). 288-290.
DE INSECTICIDE BIO DEGRADATION SOIL
MICROORGANISMS.
AN B 76812097.
<73>
AU BAGGI G. CATELANI D. GALL I E.
TRECCANI V.
YR 72.
TI THE MICROBIAL DEGRADATION OF PHENYL
ALKANES 2 PHENYL BUTANE 3 PHENYL
PENTANE 3 PHENYL DODECANE AND 4
PHENYL HEPTANE.
SO BIOCHEM J. 126 (5). 1891-1897.
DE PSEUDOMONAS NOCARDIA.
AN B 54827889.
<74>
AU BAHR T G.
YR 73.
TI ELECTRO PHYSIOLOGICAL RESPONSES OF
TROUT TO DISSOLVED OXYGEN AND
CYANIDE.
SO GLASS, GARY E. (ED.). BIOASSAY
TECHNIQUES AND ENVIRONMENTAL
CHEMISTRY. XI+499P. ILLUS. ANN ARBOR
SCIENCE PUBLISHERS INC. ANN ARBOR,
MICH. U.S.A. 231-258.
DE LATERAL LINE NERVE HEART POLLUTION'
STRESS ISCHEMIA.
AN B 73081194.
<75>
AU BAHR, THOMAS GORDON.
IN MICHIGAN STATE UNIVERSITY (0128)
PH.D. 1968 130PP.
YR 68.
TI ELECTROPHYSIOLOGICAL RESPONSES OF
THE LATERAL LINE AND HEART TO
STRESSES OF HYPOXIA, CYANIDE, AND
DDT IN RAINBOU TROUT.
SO DAI V30(01), SEC B, PB355.
DE PHYSIOLOGY (0433).
142
-------
AN D ADG69-11065.
<76>
AU BAIRD R 6. CARMONA L G. JENKINS R
L.
IN THE COUNTY SANITATION DISTRICTS OF
LOS ANGELES COUNTY, SAN JOSE CREEK
UATER QUALITY LABORATORY, UHITTIER,
CALIF.
YR 77.
TI THE DIRECT-INJECTION GLC ANALYSIS OF
XYLENOLS IN INDUSTRIAL UASTEUATERS.
SO BULL ENVIRON CONTAM TOXICOL. 17. 6.
P7S4-7. JUN 77.
LG EN.
MJ INDUSTRIAL-HASTE: AN.
UN CHROMATOGRAPHY-GAS.
AN M 77222701. 7711.
<77>
AU BAIRD, R. B. KUO, C. L. SHAPIRO,
J. S. YANKO, U. A.
IN SAN JGSE CREEK UATER QUAL. LAB.
UHITTIER. CALIF.
YR 74.
TI FATE OF PHENOLICS IN UASTE UATER.
DETERMINATION BY DIRECT- INJECTION
GLC (GAS-LIQUID CHROMATOGRAPHY) AND
UARBURG RESPIROMETRY.
SO ARCH. ENVIRON. CONTAM. TOXICOL. 2.
P165-78. 1974.
LG EN.
DE PHENOL DETN UASTEUATER. CRESOL DETN
UP.STEUATER. UASTEUATER ANALYSIS
PHENOL CRESOL.
AN C 08112368114.
<78>
AU BAKER, C. D. CLARK. E. U.
JESERNIG, U. V. HUETHER, C. H.
IN SHERUIN-UILLIAMS CO. COVINGTON. VA.
YR 73.
TI RECOVERY OF P-CRESOL FROM PROCESS
EFFLUENT.
SO AICHE SYMP. SER. 69. P165-6. 1973.
LG EN.
DE CRESOL RECOVERY UASTEUATER. ACTIVE
CARBON CRESOL UASTEUATER. SULFIDE
OXIDN CRESOL UASTEUATER. AIR
POLLUTION CONTROL CRESOL UASTEUATER.
AN C 88120126443.
<79>
AU BAKKER, G.
IN CENT. LAB. DUTCH STATE MINES.
GELEEN. NETH.
YR 77.
TI ANAEROBIC DEGRADATION OF AROMATIC
COMPOUNDS IN THE PRESENCE OF
NITRATE.
SO FEMS MICROBIOL. LETT. 1. P103-7.
1977.
LG EN.
DE PHENOL NITRATE ANAEROBE BACTERIA.
AROM COMPD NITRATE ANAEROBE
BACTERIA.
AN C 08705035623.
<80>
AU BALAYANTS, G. A.
IN USSR.
YR 69.
TI EFFECT OF INDUSTRIAL EFFLUENTS FROM
A SLAG DUMP OF THE ALTYN- TOPKAN
PLANT ON POLLUTION OF GROUND UATERS
OF THE AKHANGARAN RIVER VALLEY.
SO GIDROGEOL. INZH. GEOL. ARIDNOI ZONY
SSSR. 9. P37-44. 1969.
LG RS.
DE SLAG DUMP UATER POLLUTION.
GROUNDUATER POLLUTION SLAG DUMP.
SULFATE GROUNDUATER SLAG DUMP.
COPPER GROUNDUATER SLAG DUMP. ZINC
GROUNDUATER SLAG DUMP. IRON
GROUNDUATER SLAG DUMP. PHENOL
GROUNDUATER SLAG DUMP.
AN C 08126175699.
AU BALOGA, J M. HUTTO, F B, JR.
MERRILL, E I.
IN JOHNS-MANVILLE RESEARCH AND
ENGINEERING CENTER, MANVILLE NJ.
YR 69.
TI A SOLUTION TO THE PHENOLIC POLLUTION
PROBLEM IN FIBER GLASS PLANTS: A
PROGRESS REPORT.
SO SEE CITATION NO. 71-1TF-0102 PP.
124-127, 1969.
LG EN.
AB NONE.
DE FIBERGLASS, DIATOMITE, FILTRATION,
INDUSTRIAL UASTES, PHENOL, UATER
RECLAMATION, RESIN MATERIALS.
AN P 7006934.
<82>
AU BALOGH, B. UILSON, D. M.
CHRISTIANSEN, P. BURLINGAME, A. L.
IN SPACE SCI. LAB. UNIV. CALIFORNIA.
BERKELEY. CALIF.
YR 73.
TI 17.ALPHA.(H) HOPANE IDENTIFIED IN
OIL SHALE OF THE GREEN RIVER
FORMATION (EOCENE) BY CARBON-13 NMR.
143
-------
SO NATURE (LONDON). 242. P603-5. 1973.
LG EN.
DE OIL SHflLE BITUMEN HOPANE.
AN C 07912068860.
LG RS.
MJ BENZOPYRENES: ME. TROUT: ME.
MN ANIMAL.
AN M 77106558. 7705.
<83>
AU BANGERT, V. VOGT, M.
IN MAINZ. GER.
YR 75.
TI PHENOL PERCOLATION IN THE DEEPER
GROUND UATER OF THE UATER UORK
PARKINSEL, LUDUIGSHAFEN, AT THE
RIVER RHINE.
SO GAS- UASSERFACH, UASSER - ABUASSER.
116. P537-40. 1975.
LG GE.
DE PHENOL POLLUTION GROUNDUATER.
AN C 08602008472.
<84>
AU BANSAL K M. FESSENDEN R I).
YR 75.
TI PULSE RADIOLYSIS STUDIES OF THE
OXIDATION OF PHENOLS BY SULFATE ION
IN AQUEOUS SOLUTION.
SO RADIAT RES. 62 (3). 542.
DE ABSTRACT CONDUCTOMETRY OPTICAL PULSE
METHODS.
AN B 76055655.
<85>
AU BANSAL K M. FESSENDEN R U.
IN RADIATION RESEARCH LABORATORIES,
MELLON INSTITUTE OF SCIENCE,
CARNEGIE-MELLON UNIVERSITY,
PITTSBURGH, PENNSYLVANIA.
YR 76.
TI PULSE RADIOLYSIS STUDIES OF THE
OXIDATION OF PHENOLS BY S04- AND
BR2- IN AQUEOUS SOLUTIONS.
SO RADIAT RES. 67. 1. Pl-8. JUL 76.
LG EN.
MJ BROMINE.
MN ANIONS. SOLUTIONS. (NON-NIH-SUP).
AN M 76245047. 7611.
<86>
AU BARANOVA L N. DIKUN P P.
OSTROUMOVA I N. TIMOSHINA L A.
YR 76.
TI POSSIBILITY OF TISSUE ACCUMULATION
AND ELIMINATION OF 3,4- BENZPYRENE
FROM THE BODIES OF FISH.
TR 0 VOZMOZHNOSTI NAKOPLENIIA V
TKANIAKH I VYVEDENIIA 3,4-
BENZPIRENR IZ ORGANIZMA RYB.
SO VOPR ONKOL. 22. 11. P102-5. 1976.
<87>
COOPER R L.
UHEATSTONE K
AU BARK L S.
C.
YR 72.
TI THE DETERMINATION OF ORGANIC BASES
IN CARBONIZATION EFFLUENTS.
SO UATER RES. 6(1). 117-126.
DE PYRIDINE QUINCLINE BASES AROMATIC
AMINES CHROMATOGRAPHY.
AN B 54028433.
<88>
AU BARK, L. S. LIM, B. S.
IN DEP. CHEM. APPL. CHEM. UNIV.
SALFORD. SALFORD/LANCS. ENGL.
YR 73.
TI POLAROGRAPHIC DETERMINATION OF TRACE
AMOUNTS OF CYANIDE.
SO UATER RES. 7. P1209-13. 1973.
LG EN.
DE CYANIDE DETN INDIRECT POLAROG.
COPPER POLAROG CYANIDE DETN. UATER
ANALYSIS CYANIDE. SEUAGE ANALYSIS
CYANIDE.
AN C 07914087140.
<89>
AU BARKLEY, D. J. INGLES, J. C.
IN EXT. MET. DIV. DEP. ENERGY, MINES,
RESOURC. OTTAUA. CAN.
YR 70.
TI COLORIMETRIC SOLVENT-EXTRACTION
PROCEDURE FOR THE DETERMINATION OF
CYANIDE IN GOLD-MILL EFFLUENTS AND
RECEIVING UATERS.
PG 48 PP.
LG EN.
DE GOLD MILLS EFFLUENTS CYANIDE.
CYANIDE DETN GOLD CYANIDATION.
CYANIDATION GOLD CYANIDE DETN.
COLORIMETRIC DETN CYANIDE. SOLVENT
EXTN CYANIDE DETN.
AN C 07318091029.
<90>
AU BARNETT, C J. KONTOGIANNIS, J E.
IN JOHNS HOPKINS UNIV. SCHOOL OF
HYGIENE AND PUBLIC HEALTH DEPT. OF
PATHOBIOLOGY, 615 N. UOLFE ST.
BALTIMORE, MD 21205.
YR 75.
TI THE EFFECT OF CRUDE OIL FRACTIONS ON
144
-------
THE SURVIVAL OF A TIDEPOOL COPEPOD,
TIGRIOPUS CALIFORNICUS.
SO ENVIRONMENTAL POLLUTION, 8(1):
45-54, JAN. 19?5.
LG EN.
AB NONE.
ID BEHZENE, DIESEL OIL, TIGRIOPUS
CALIFORNICUS.
DE FUEL OILS, GASOLINE, KEROSENE,
MARINE ORGANISMS, MORTALITY, OIL
POLLUTION, PETROLEUM, TOXICITY.
AN P 7503467.
AU BARNSLEY E A.
IN DEPARTMENT OF BIOCHEMISTRY, MEMORIAL
UNIVERSITY OF NEWFOUNDLAND, ST.
JOHN'S, NEWFOUNDLAND.
YR 75.
TI THE BACTERIAL DEGRADATION OF
FLUORANTHENE AND BENZOALPYRENE.
SO CAN J MICROBIOL. 21. 7. P1004-8. JUL
75.
LG EN.
MJ BENZOPYRENES: ME.
MN BIODEGRADATION. ME. SPECIES-
SPECIFICITY.
AN M 75207023.
<92>
AU BARTLE K D. ELSTUB J. NOVOTNY M.
ROBINSON R J.
IN DEPARTMENT OF PHYSICAL CHEMISTRY,
UNIVERSITY OF LEEDS, LEEDS, GREAT
BRITAIN.
YR 77.
TI USE OF A MODIFIED TENAX GC COLUMN
PACKING FOR THE DIRECT GAS
CHROMATOGRAPHIC ANALYSIS OF PHENOLS
IN UATER AT THE PPM LEVEL.
SO J CHROMATOGR. 135. 2. P351-8. 21 MAY
77.
LG EN.
IU CHROMATOGRAPHY-GAS: MT. WATER-
POLLUTANTS-CHEMICAL: AN.
AN M 77207347. 7710.
<93>
AU BARTLEY, T. R. HATTRUP, A. R.
IN BUREAU OF RECLAMATION, DENVER, COLO.
ENGINEERING AND RESEARCH CENTER.
YR 75 19P.
TI ACROLEIN RESIDUES IN IRRIGATION.
UATER AND EFFECTS ON RAINBOW TROUT.
PR PCS3.50XMFS2.25.
ftB STUDIES UERE CONDUCTED ON THE
COLUMBIA BASIN PROJECT, WASHINGTON,
TO DETERMINE THE CONCENTRATIONS OF
ACROLEIN IN IRRIGATION UATER AT
SEVERAL SAMPLING STATIONS DURING 20
APPLICATIONS OF THE HERBICIDE FOR
AQUATIC DEED CONTROL AND AT THE
BUREAU'S CARTER LAKE, COLORADO
AQUATIC WEED TEST STATION TO FIND
OUT THE EFFECTS OF SIMULATED
ACROLEIN TREATMENT ON RAINBOU TROUT.
ANALYSIS OF SAMPLES OF TREATED
IRRIGATION UATER SHOUS THAT THE
ACTUAL ACROLEIN CONCENTRATIONS NEAR
APPLICATION SITES AGREE UITH THE
COMPUTED LEVELS AND THAT THE
CONCENTRATIONS DECLINE GRADUALLY AS
THE TREATED WATER MOVES DOWNSTREAM.
MJ UATER-POLLUTION, ACROLEINS,
HERBICIDES, IRRIGATION, FISHES.
MN TROUT, RESIDUES, CONCENTRATION-
COMPOSITION, AQUATIC-UEEDS,
TOXICITY, TABLES-DATA, COLUMBIA-
BASIN, CARTER-LAKE, WASHINGTON-
STATE, COLORADO .
ID UATER-POLLUTION-EFFECTS-ANIMALS,
IRRIGATION-WATER, COLUMBIA-BASIN-
PROJECT, NTISDIBR.
AN N PB-249 933/3SL.
<94>
AU BARZ W.
YR 75.
TI DEGRADATION OF AROMATIC AND HETERO
CYCLIC PLANT SUBSTANCES BY CELL
SUSPENSION CULTURES.
SO PLANTA MED. SUPPL. 117-133.
DE MICROSIAL PATHWAYS NUCLEOTIDES
COENZYMES RING FISSION REACTIONS
PHENOLASE.
AN B 76054458.
<95>
IN BATTELLE COLUMBUS LABS. OHIO.
YR 71. 541P*.
TI WATER QUALITY CRITERIA DATA BOOK.
VOLUME 3: EFFECTS OF CHEMICALS ON
AQUATIC LIFE. SELECTED DATA FROM THE
LITERATURE THROUGH 1968.
NT SEE ALSO PB-208 988 AND PB-208 987.
AV 8050-GWV-05/71. V. 3.
PR PC-GPO/MFS0.95-NTIS.
AB ORIGINAL DATA FROM MORE THAN 500
TECHNICAL PUBLICATIONS CONCERNING
THE SPECIFIC EFFECTS OF CHEMICALS ON
INDIVIDUALS SPECIES OF AQUATIC BIOTA
WERE COLLECTED AND SUMMARIZED IN A
UNIFORM FORMAT. ALPHABETICAL
ASSEMBLY OF THE DATA BY CHEMICAL
ALLOWS RAPID ACCESS TO CONSIDERABLE
DETAILED INFORMATION. A SPECIES
INDEX FACILITATES SEARCH FOR
145
-------
INFORMATION ON THE TOXICITY OF
CHEMICALS TO INDIVIDUAL AQUATIC
SPECIES. THE DETfllLS OF MAJOR
PROCEDURES IN LABORATORY BIOASSAY
AND FIELD ASSESSMENT OF CHEMICAL
TOXICITY IN WATER ARE DISCUSSED.
FRESHWATER AND MARINE PROCEDURES ARE
INCLUDED. A TOTAL OF 961 REFERENCES
UERE USED. (AUTHOR).
MJ WATER-POLLUTION, TOXICOLOGY.
AQUATIC-BIOLOGY, UATER-POLLUTION.
MN INORGANIC-COMPOUNDS, ORGANIC-
COMPOUNDS, TABLES-DATA, BIOASSAY,
FISH, BIOCHEMICAL-OXYGEN-DEMAND,
INDUSTRIAL-UASTES, INDICATOR-
SPECIES, TEMPERATURE, SOURCES,
DISSOLVED-GASES, OXYGEN, METALS,
ORGANIC-WASTES, PESTICIDES,
CHLORINE- ORGANIC-COMPOUNDS,
PHENOLS, CYANIDES.
ID UATER-POLLUTION-EFFECTS-ANIMALS,
UATER-POLLUTION-EFFECTS-PLANTS.
AN N PB-213 210/8.
<96>
IN BATTELLE COLUMBUS LABS. OHIO.
YR 71. 94P.
TI AN INVESTIGATION OF TECHNIQUES FOR
REMOVAL OF CYANIDE FROM
ELECTROPLATING WASTES.
NT WATER POLLUTION CONTROL RESEARCH
SERIES.
AV 12010EIE-11/71.
PR PC-GPO/MFS0.95-NTIS.
AB INCREASINGLY STRINGENT STREAM
DISCHARGE REGULATIONS HAVE PROMPTED
AN ASSESSMENT OF THE CURRENT
TECHNOLOGY AVAILABLE FOR APPLICATION
TO THE METAL FINISHING WASTE
TREATMENT PROBLEM, SPECIFICALLY IN
REGARD TO SMALLER OPERATIONS.
EXPERIMENTAL LABORATORY AND BENCH
SCALE STUDIES UERE THEN CONDUCTED ON
SEVERAL UNCONVENTIONAL WASTEWATER
TREATMENT METHODS, INCLUDING ION
FLOTATION, ACTIVATED CARBON
ADSORPTION, ACIDIFICATION
VOLATILIZATION, AND SOLVENT
EXTRACTION. A DEMONSTRATION PILOT
PLANT STUDY WAS ALSO CONDUCTED ON
THE ACTIVATED CARBON PROCESS
EMPLOYING ACTUAL RINSE WATERS FROM A
ZINC CYANIDE PLATING OPERATION. THE
PILOT SCALE ACTIVATED CARBON SYSTEM
WAS OPERATED AT 99* EFFICIENCY OF
CYANIDE REMOVAL, WHILE PROVIDING FOR
THE COMPLETE RECOVERY AND
REGENERATION OF COPPER. COST
ESTIMATES FOR CARBON SORPTION
PROCESS ARE GIVEN. (AUTHOR).
MJ INDUSTRIAL-WASTE-TREATMENT,
ELECTROPLATING, UATER-POLLUTION,
INDUSTRIAL-WASTES, CYANIDES,
INDUSTRIAL-WASTES-TREATMENT,
ACTIVATED-CARBON, INDUSTRIAL-WASTE-
TREATMENT.
MN FLOTATION, ZINC-INORGANIC-
COMPOUNDS, VAPORIZING, PILOT-
PLANTS, PERFORMANCE-EVALUATION,
CHEMICAL-ENGINEERING, REGENERATION-
ENGINEERING, COST-ESTIMATES,
CAPITAL- COSTS, OPERATING-COSTS.
ID WATER-POLLUTION-CONTROL, ZINC-
CYANIDES.
AN N PB-208 210.
<97>
AU BAUCH, HEINRICH. BURCHARD, HARRY.
ARSOVIC, HANS M.
IN WUPPERTAL-ELBERFELD. GER.
YR 78.
TI OZONE AS OXIDANT FOR PHENOL
DEGRADATION IN AQUEOUS SOLUTIONS.
SO GESUNDH.-ING. 91. P258-62. 1970.
LG GE.
DE OZONE DEGRDN PHENOLS. PHENOLS DEGRDN
OZONE. DEGRDN PHENOLS OZONE. OXIDN
PHENOLS OZONE. BENZOATES PHENOLS
DEGRDN. UATER PHENOLS DEGRDN.
AN C 07407031625.
<98>
AU BAUD IN, G. DARRPS, R. ROTH, E.
IN CEN. COMMIS. ENERG. AT. FONTENAY-
AUX-ROSES. FR.
YR 73.
TI ANALYTICAL METHODS FOR THE STUDY OF
WATER POLLUTION.
PG 18 PP.
LG FR.
DE ANALYTICAL METHOD UATER POLLUTION.
GAS CHROMATOG UATER POLLUTION.
FLUORIMETRY UATER POLLUTION. CYANIDE
DETN WATER. NITRITE DETN WATER. ATP
DETN WATER. ATOMIC ABSORPTION WATER
POLLUTION. SPECTROG UATER POLLUTION.
NEUTRON ACTIVATION WATER POLLUTION.
AN C 08214089806.
<99>
AU BEAM, H. U. PERRY, J. J.
IN DEP. MICROSIOL. NORTH CAROLINA STATE
UNIV. RALEIGH. N. C.
YR 73.
TI COMETABOLISM AS A FACTOR IN
MICROS IAL DEGRADATION OF
CYCLOPARAFFINIC HYDROCARBONS.
SO ARCH. MIKROBIOL. 91. P87-90. 1973.
146
-------
LG EN.
DE PARAFFIN CYCLOHEXANE METAL
MICROORGANISM. ALKANANE METAB
CYCLOPARAFFIN MICROBIAL.
AN C 97983015648.
<188>
AU BEAM, HERBERT U.
IN NORTH CAROLINA STATE UNIV. RALEIGH.
N. C.
YR 73.
TI MICROBIAL METABOLISM OF
CYCLOPARAFFINIC HYDROCARBONS.
PG 58 PP.
LG EN.
AV UNIV. MICROFILMS, ANN ARBOR, MICH.
ORDER NO. 74-18,976.
DE PARAFFIN CYCLIC SOIL MICROORGANISM.
HYDROCARBON METAB SOIL
MICROORGANISM.
AN C 08123148230.
RIVERUATER.
AN C 88.124158379.
<103>
AU BELEVTZEV, A. N. MftKSIMENKO, YU. L.
IN USSR.
YR 75.
TI STUDIES ON OXIDATION PROCESSES OF
CYANIDES AND PHENOLS IN UASTE AND
NATURAL UATERS BY USING CHLORINE
DIOXIDE.
SO USA/USSR SYMP. PHYS.-CHEM. TREAT.
(UASTE UATERS) MUNIC. IND. SOURCES,
(PAP.). P185-10. 1975.
LG EN.
DE CHLORINE DIOXIDE UASTE UATER
TREATMENT. CYANIDE OXIDN CHLORINE
DIOXIDE. PHENOL OXIDN CHLORINE
DIOXIDE. OXIDN CYANIDE PHENOL
CHLORINE DIOXIDE.
AN C 08622161838.
AU
IN
YR
TI
SO
LG
PB
ID
DE
AN
AU
IN
YR
TI
SO
LG
AV
DE
BEAUCHAMP, J J. HERBES, S E.
OAK RIDGE NATIONAL LAB.
ENVIRONMENTAL SCIENCES DIV. OA
RIDGE, TN 37838.
77.
TOXIC INTERACTION OF MIXTURES OF TUO
COAL CONVERSION EFFLUENT COMPONENTS
(RESORCINOL AND 6- METHYLQUINCLINE)
TO DAPHNIA MAGNA.
BULLETIN OF ENVIRONMENTAL
CONTAMINATION AND TOXICOLOGY, 17(1):
25-32, JAN. 1977.
EN.
NONE.
6-METHYLQUINCLINE, COAL CONVERSION,
RESORCINOL.
INDUSTRIAL EFFLUENTS, ZOOPLANKTON,
CHEMICAL POLLUTANTS, TOXICANTS,
UATER POLLUTANTS.
P 7703262.
<102>
BEISEMBAEVA, F. G.
S. K.
AMRIN, K. R.
AMANGEL'DIN,
USSR.
72.
PROTECTING THE NURA RIVER FROM
POLLUTION FROM HARMFUL COMPOUNDS OF
BY-PRODUCT COKING PRODUCTION.
VOP. GIG. TR. PROFZABOL. MATER.
NAUCH. KONF. P45-6. 1972.
RS.
FILIN, A. P.
COKING BYPRODUCT RIVERUATER
POLLUTION. PHENOL POLLUTION
AU
IN
YR
TI
SO
LG
DE
AN
AU
IN
YR
TI
SO
LG
AV
DE
AN
<184>
BELKIN, D. I. KRAVCHENKO, G. V.
ROZKIN, M. YA. LITVINENKO, I. I.
USSR.
76.
ULTRAVIOLET SPECTROSCOPIC ANALYSIS
OF AQUEOUS ACETALDEHYDE AND
FORMALDEHYDE SOLUTIONS.
VESTN. KHAR'KOV. POLITEKHN. IN- TA.
P71-2. 1976.
RS.
ACETALDEHYDE DETN FORMALDEHYDE SOLN
UV. PHOTOMETRY ACETALDEHYDE
FORMALDEHYDE DETN.
C 08708062161.
INST. YAROSLAVL.
<105>
BELQUSOV, YU. A.
YAROSLAV. PEDAGOG.
USSR.
72.
MORPHOLOGICAL CHANGES IN SOME FISH
ORGANS DURING POISONING.
VLIYANIE PESTITS. DIKIKH ZHIVOTN.
P41-5. 1972.
RS.
VORONOVA, L. D.
ACETONITRILE TOXICITY FISH. HEART
ACETONITRILE TOXICITY. BRAIN
ACETONITRILE TOXICITY.
ACETONITRILE TOXICITY.
ACETONITRILE TOXICITY.
C 08825141567.
LIVER
GILL
147
-------
<1B6> SO
flU BELVEDERE G. METRICO L. DE
YR 67.
TI ft QUICK METHOD FOR THE DETERMINflTION
OF BENZENE flND ITS HOMOLOGS IN flN
REFLUX UATERS,
TR METODO RAPIDO PER LA DETERMINAZIQNE
DEL BENZOLO ED OMOLOGHI NELLE flCQUE
REFLUE. flU
SO MED LflV. 58. 4. P286-9. APR 67. IN
LG IT. TI
MJ BENZENE: AN.
MN CHROMATOGRAPHY-GAS.
AN M 69118696.
SO
<107>
ftU BELYAEV, I. I. SHKODICH, P. E.
RAKUSHINA, E. P.
IN USSR.
YR 72. LG
TI POLLUTION OF UflTER RESERVOIRS OF THE MJ
GORKI REGION BY CARCINOGENIC
SUBSTftNCES. MN
SO NEKOT. ITOG I IZUCH. ZflGRYAZNENIYA
VNESH. SREDY KflNTSERQGEN.
VESHCHESTVAMI. P48-3. 1972. fiN
LG RS.
DE BENZOPYRENE UASTEUATER REMOVAL.
POLLUTION UflTER BENZOPYRENE.
AN C 88812863611. AU
IN
<108>
AU BELYAKOVA, T. M. TREFILOVA, N. YA. YR
TEPLITSKAYA, T. A. TI
IN USSR.
YR 75.
TI BITUMINOUS SUBSTANCES AND 3,4-
BENZOPYRENE IN GEOCHEMICAL SO
LANDSCAPES OF THE NORTHERN CASPIAN LG
SEA REGION. DE
SO LYUMIN. BITUMINOLOGIYA. P165-76,
186-91. 1975. AN
LG RS.
AV FLOROVSKAYA, V. N.
DE BITUMINOUS MATERIAL POLLUTION
CASPIAN SEA. BENZOPYRENE SOIL UflTER flU
POLLUTION CflSPIAN. IN
flN C 88618123975.
YR
<189> TI
AU BENEDEK P. HOCK B. KflDAR L.
PUSKAS M. RYMORZ P.
YR 75.
TI REQUIRED EFFICIENCY OF THE BUDAPEST SO
HUNGARY UflSTE HATER TREATMENT PLANTS LG
APPROACH TO DETERMINE ASSIMILATIVE DE
CAPACITY OF THE HUNGARIAN STRETCH OF AN
THE DflNUBE.
UATER RES. 9 (7). 617-622.
RAJKA CZECHOSLOVAKIA UEST GERMANY
AUSTRIA ORGANIC POLLUTION UflTER
QUflLITY PHENOLS.
B 60040182.
BEN UTS F. VERSICHELE D.
STATE UNIVERSITY OF GHENT. BELGIUM.
THE ROLE OF UATER-SEDIMENT
INTERACTION, IN THE OSTEND
SLUICEDOCK UITH REGARD TO THE
TOXICITY OF POLLUTANTS TO
INVERTEBRATE LARVAE. PP. 221-34.
IN: KOEMAN JH, STRIK JJ, ED.
SUBLETHAL EFFECTS OF TOXIC CHEMICALS
ON AQUATIC ANIMALS. AMSTERDAM,
ELSEVIER SCIENTIFIC, 1975. UA 689
S941 1975.
EN.
CRUSTflCEA: DE. UATER-POLLUTANTS-
CHEMICAL: TO.
flNIMflL: CflNlMflL). CHROMATOGRAPHY-
GAS. DE. UATER-POLLUTANTS-CHEMICAL:
AN.
M 76191649. 7689.
BENVILLE P E JR. KORN S.
NATL. MAR. FISH. SERV. SOUTHU. FISH.
CENT. TIBURON LAB. TIBURON, CALIF.
94920, USA.
77.
THE ACUTE TOXICITY OF 6 MONO CYCLIC
AROMATIC CRUDE OIL COMPONENTS TO
STRIPED BflSS MORONE- SAXATILIS AND
BAY SHRIMP CRflNGON- FRANCISCORUM.
CALIF FISH GAME. 63 (4). 204-209.
EN.
BENZENE TOLUENE ETHYL BENZENE
XYLENE.
B 65837102.
BERDUGO V. HARRIS R P. O'HARA S C.
ISR. OCEANOGR. LIMNOL. RES. LTD.
HAIFA LAB. P.O. BOX 1793, HAIFA,
ISR.
77.
THE EFFECT OF PETROLEUM HYDRO
CARBONS ON REPRODUCTION OF flN
ESTUARINE PLANKTON 1C COPEPOD IN
LABORATORY CULTURES.
MAR POLLUT BULL. 8 (6). 138-143.
EN.
EURYTEMORA-AFFINIS NAPHTHALENE.
B 65824510.
148
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AN C 07504024992.
AU BERENTSVEIG, V. V. RUDENKO, ft. P.
IN MOSK. COS. UNIV. IM. LOMONOSOVA.
MOSCOW. USSR.
YR 75.
TI COMBINED OXIDATION OF BENZENE AND
STANNOUS CHLORIDE BY MOLECULAR
OXYGEN IN A WATER-ACETONE SOLUTION.
SO NEFTEKHIMIYft. 15. P272-5. 1975.
LG RS.
DE OXIDN COMBINED BENZENE STANNOUS
CHLORIDE. OXIDN BENZENE AQ ACETONE.
AN C 08307058291.
AU BEREZIN I V. BONARTSEVA G N.
CL'SINSKAIA N L. VOROB'EVA L I.
ERGOROV N S.
YR 75.
TI FORMATION OF PRIMARY ALCOHOLS AND
PALMITIC ACID IN THE MICROBIOLOGICAL
OXIDATION OF HEXADECANE.
TR OBRAZOVANIE PERVICHNYKH SPIRTOV I
PAL'MITINOVOI KISLOTY PRI
MIKROBIOLOGICHESKOM OKISLENII
GEKSADEKANA.
SO PRIKL BIOKHIM MIKROBIOL. 11. 5.
P653-6. SEP-OCT 75.
LG RS.
MJ ALCOHOLS: BI. PALMITIC-ACIDS: BI,
(PALMITIC-ACID).
MN ARTHROBACTER: ME. CORYNEBACTERIUM:
ME. ME. TIME- FACTORS.
AN M 76052770.
AU BERGAN T. LYSTAD A.
YR 72.
TI EVALUATION OF PHENOL ICS BY A
QUANTITATIVE TECHNIQUE.
SO ACTA PATHOL MICROSIOL SCAND SECT B:
MICROBIOL IMMUNOL. 80 (1). 71-78.
DE BACTERIA FUNGI REGRESSION ANALYSIS
DISINFECTANTS FUNGICIDES.
AN B 54030704.
AU BERGOLD, ORM.
IN CAMPIONE. SUITZ.
YR 71.
TI DETOXIFICATION OF TOXIC INDUSTRIAL
EFFLUENTS.
SO WASSER, LUFT BETR. 15. P98-101.
1971.
LG GE.
DE METAL IONS REMOVAL. CYANIDE REMOVAL
WASTE WATER. INDUSTRIAL WASTES
COMBINED PURIFN.
AU BERNOVSKAYA, N. GUBERGRITS, M.
KIRSO, UUVE.
IN INST. KHIM. TALLIN. USSR.
YR 71.
TI KINETICS OF THE BIOCHEMICAL
OXIDATION OF PHENOLS OF DIFFERENT
STRUCTURE. 1. DEGRADATION ON CLAY
ADAPTED TO PHENOL.
SO EESTI NSV TEAD. AKAD. TOIM. KEEM.
GEOL. 20. P21-5. 1971.
LG RS.
DE SOIL PHENOLS OXIDN PSEUDOMONAS.
BACTERIA PHENOLS OXIDN CLAY.
AN C 07423121699.
AU BERRY, WILLIAM 0. BRAMMER, J. D.
IN DEP. ZOOL. UNIV. VERMONT.
BURLINGTON. VT.
YR 77.
TI TOXICITY OF WATER-SOLUBLE GASOLINE
FRACTIONS TO FOURTH-INSTAR LARVAE OF
THE MOSQUITO AEDES AEGYPTI L.
SO ENVIRON. POLLUT. 13. P229-34. 1977.
LG EN.
DE GASOLINE FRACTION TOXICITY MOSQUITO
LARVA. PETROLEUM COMPONENT TOXICITY
MOSQUITO LARVA. BENZENE TOXICITY
MOSQUITO LARVA. TOLUENE TOXICITY
MOSQUITO LARVA. XYLENE TOXICITY
MOSQUITO LARVA.
AN C 08719146649.
AU BERTRAND J C. DOUX H J. AZOULAY E.
IN LABORATOIRE DE STRUCTURE ET FONCTION
DES BIOMEMBRANES, U.E.R. DE LUMINY,
MARSEILLE, FRANCE.
YR 76.
TI HYDROCARBON METABOLISM IN A MARINE
BACTERIUM.
TR METABOLISMS DES HYDROCARBURES CHEZ
UNE BACTERIE MARINE.
SO BIOCHIMIE. 58. 7. P843-54. 1976.
LG FR.
MJ ALCALIGENES: ME.
MN ALCOHOL-OXIDOREDUCTASES: ME.
ALDEHYDES: ME. FATTY-ACIDS: ME.
OSMOLAR-CONCENTRATION. SODIUM-
DODECYL-SULFATE: PD.
AN M 77022305. 7702.
AU BERTRAND
<120>
J C. MUTAFSCHIEV S.
149
-------
HENKEL H G. BflZIN H. AZOULAY E.
IN LABORATQIRE DE STRUCTURE ET FONCTION
DES BIOMEMBRANES, CHRS DE LUMINY,
MARSEILLE FRANCE.
YR 76.
TI ISOLATION AND STUDY OF A NEU MARINE
BACTERIUM GROUING ON HYDROCARBONS.
I. PHYSIOLOGICAL STUDY (AUTHOR'S
TRANSL).
TR ISOLEMENT ET ETUDE D'UNE BACTERIE
MARINE SE DEVELOPPANT SUR
HYDROCARBURES. I. CARACTERES
PHYSIOLOGIQUES.
SO ANN MICROBIOL (PARIS). 127B. 3.
P373-91. OCT 76.
LG FR.
MJ ALCALIGENES: ME.
MN ALCALIGENES: CL, UL. UATER-
POLLUTION-CHEMICAL.
AN M 77132845. 7706.
AU BERTSCH U. ANDERSON E. HOLZER G.
IN DEPARTMENT OF CHEMISTRY, UNIVERSITY
OF ALABAMA, UNIVERSITY, ALA. 35486
(U.S.A.).
YR 75.
TI TRACE ANALYSIS OF ORGANIC VOLATILES
IN UATER BY GAS CHROMATOGRAPHY-MASS
SPECTROMETRY UITH GLASS CAPILLARY
COLUMNS.
SO J CHROMATOGR. 112. P701-18. 29 OCT
75.
LG EN.
MJ CHROMATOGRAPHY-GAS. UATER-
POLLUTANTS-CHEMICAL: AN.
MN ABSORPTION. AN.
AN M 76046438.
<122>
AU BESCH U K. KEMBALL A. MEYER-
UAARDEN K. SCHARF B.
YR 76.
TI A BIOLOGICAL MONITORING SYSTEM
EMPLOYING RHEO TAXIS OF FISH.
SO CAIRNS, JOHN JR. K. L. DICKSON AND
G. F. UESTLAKE (ED.). ASTM (AMERICAN
SOCIETY FOR TESTING AND MATERIALS)
SPECIAL TECHNICAL PUBLICATION, NO.
607. BIOLOGICAL MONITORING OF UATER
AND EFFLUENT QUALITY. SYMPOSIUM.
BLACKSBURG, VA. USA, NOV. 2-4, 1975.
246P. ILLUS. AMERICAN SOCIETY FOR
TESTING AND MATERIALS: PHILADELPHIA,
PA. USA. (RECD 1977) 56-74.
DE CARP DDT MERCURY CHLORIDE GASOLINE
PHENOL TOXICITY BEHAVIOR UATER
POLLUTION.
AN B 77083443.
<123>
AU BESPAMYATOV, 0. K. KVYATKOVSK11, A.
N. ROSHCHIN, E. K. ATYAKSHEVA, L.
F.
IN USSR.
YR 73.
TI DECONTAMINATION OF CYANIDE-
CONTAINING UASTE UATERS OF
CONCENTRATION PLANTS BY OZONIZATION
UITH SEPARATE USE OF NONFERROUS
METALS.
SO TR. N.-I. I PROEKT. IN-T PO
OBOGASHCH. RUD TSVET. MET.
KAZMEKHANOBR. P95-100. 1973.
LG RS.
DE CYANIDE UASTEUATER OZONATION.
AN C 08326209215.
<124>
AU BETTS P M. FLEEKER J R.
YR 75.
TI DECOMPOSITION OF 4 AMINO PYRIDINE IN
SOIL.
SO PROC N D ACAD SCI. 29 (1). 2.
DE ABSTRACT BACTERIA PESTICIDE
DEGRADATION.
AN B 76016554.
<125>
AU BEVERIDGE E G. TALL D.
YR 69.
TI THE METABOLIC AVAILABILITY OF PHENOL
ANALOGUES TO BACTERIUM NCIB 8250.
SO J APPL BACTERIOL. 32 (3). 304-411.
DE BACTERIAL GROUTH CARBON SOURCE.
AN B 51021319.
<126>
AU BEYCHOK, MILTON R.
IN FLUOR CORP. LOS ANGELES. CALIF.
YR 70.
TI TRENDS IN TREATING PETROLEUM
REFINERY UASTES.
SO IND. PROCESS DES. UATER POLLUT.
CONTR. PROC. UORKSHOP, 2ND. P54-61.
1970.
LG EN.
DE REFINERY UASTES TREATING. UASTES
REFINERY TREATING. HYDROTREATING
REFINERY POLLUTION. COOLING UATER
REFINERY POLLUTION. PHENOLS REFINERY
POLLUTION. UELLS DISPOSAL UASTES.
AN C 07412055866.
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AU BHAGAT B P. SINHA S P.
YR 75.
150
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TI TOXIC AND MUTAGENIC EFFECT OF
FORMALDEHYDE.
SO GENETICS. 80 (3 PART 1). S13.
DE ABSTRACT DROSOPHILA-MELANOGASTER
LftRVA PUPfl DEVELOPMENT FECUNDITY.
AN B 76011063.
<128>
AU BHATIA, K.
IN CARNEGIE-MELLON UNIV. MELLON INST.
OF SCIENCE, CENTER FOR SPECIAL
STUDIES, PITTSBURGH, PA 15213.
YR 73.
TI DETERMINATION OF TRAQE PHENOL IN
AQUEOUS SOLUTION BY AQUEOUS LIQUID
CHROMATOGRAPHY.
SO ANALYTICAL CHEMISTRY, 45(8):
1344-1347, JULY 1973.
LG EN.
AB NONE.
ID TRACE PHENOL.
DE LJATER POLLUTANTS, POLLUTANT
ANALYSIS, LIQUID CHROMATOGRAPHY,
AROMATIC COMPOUNDS.
AN P 7403449.
<129>
AU BHATTACHARYA S. MIKHERJEE S.
YR 75.
TI VARIATIONS IN THE KIDNEY PEROXIDASE
ACTIVITY IN FISHES EXPOSED TO SOME
INDUSTRIAL POLLUTANTS.
SO INDIAN SCI CONG ASSOC PROC. 62.
(RECD 1976) 157.
DE ABSTRACT OPHICEPHALUS-PUNCTATUS
CLARIAS-BATRACHUS THYROXINE
BIOSYNTHESIS SODIUM SULFIDE PHENOL
COPPER SULFATE.
AN B 76080603.
<130>
AU BIINO, LUCIANO.
IN FAC. ECON. COMMER. UNIV. GENOVA.
GENOA. ITALY.
YR 69.
TI CHRONOPOTENTIOMETRIC STUDY OF
FORMALDEHYDE IN FISH FLESH.
SO SCI. ALIMENT. 15. P307-11. 1969.
LG IT.
DE FISH AUTOLYSIS FORMALDEHYDE.
AUTOLYSIS FISH FORMALDEHYDE.
FORMALDEHYDE FISH AUTOLYSIS.
CHRONOPOTENTIOMETRY FISH. ENZYMES
FISH ALDEHYDES.
AN C 07225131216.
AU BILAT, V. I. KOVAL, E. Z.
IN INST. MICROBIOL. VIROL. KIEV. USSR.
YR 74.
TI GROUTH OF FUSARIA UITH ASSIMILATION
OF HYDROCARBONS.
SO MIKROBIOL. ZH. (KIEV). 36. P587- 94.
1974.
LG UK.
DE FUSARIUM HYDROCARBON METAB. PARAFFIN
METAB FUSARIUM.
AN C 08209053947.
<132>
AU BILLS T D. MARKING L L. CHANDLER J
H JR.
YR 77.
TI FORMALIN ITS TOXICITY TO NONTARGET
AQUATIC ORGANISMS PERSISTENCE AND
COUNTERACTION.
SO U S FISH UILDL SERV INVEST FISH
CONTROL. 73. 1-7.
DE ONCORHYNCHUS-TSHAUYTSCHA SALMO-
GAIRDNERI SALMO-SALAR SALVELINUS-
NAMAYCUSH ICTALURUS-MELAS ICTALURUS-
PUNCTATUS LEPOMIS-CYANELLUS LEPOMIS-
MACROCHIRUS MICROPTERUS-DOLOMIEUI
MICROPTERUS-SALMOIDES PALAEMONETES-
KADIAKENSIS CYPRIDOPSIS-SP
CORBICULA- LEANA HELISOMA-SP
NOTONECTA-SP.
AN B 78033548.
<133>
AU BITKOVA, N. A. KOGAN, S. S.
IN USSR.
YR 71.
TI CORRECTION FOR REAGENT IMPURITY AND
USAGE DURING THE ANALYSIS OF
CHLOROFORM EXTRACTS FROM GROUND
UATERS.
SO METOD. ISSLED. OBL. IZUCH. ORG.
VESHCHESTVA PODZEMN. VOD
NEFTEGAZONOS. OBL. 10. P62-3. 1971.
LG RS.
AV BARS, E. A.
DE GROUND UATER VOLATILE ORGS DETN.
PHENOL DETN GROUND UATER. PETROLEUM
GROUND UATER ANAL. CHLOROFORM EXT
ORGS GROUND UATER.
AN C 07618103586.
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AU BJORNDAL, HAKAN. BOMAN, BENGT.
SOLYOM, PETER.
IN INST. VATTEN- LUFTVARDSFORSK.
STOCKHOLM. SUED.
YR 75.
151
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TI CONTINUOUS MONITORING OF ACUTE
TOXICITY IN UASTE UATER.
SO NORDFORSK, MILJOEVflRDSSEKR. PUBL. 9.
P393-6. 1975.
LG SS.
DE TOXIC SUBSTANCES MONITORING
UASTEUATER. COPPER BIOL MONITORING
UASTEUATER. CYflNIDE BIOL MONITORING
UASTEUATER. PH BIOL MONITORING
UASTEUATER.
AN C 08602008299.
<135>
AU BLAHA J.
YR 76.
TI NONEXPERIMENTAL METHOD OF CHEMICAL
ANALYSIS OF METALS COMPLEX FORMING
REAGENTS SOLUTION IN LJATER.
SO WATER RES. 10 C9). 813-814.
DE POLLUTION GENERAL SYSTEM EQUATION
CYANIDE HEAVY METALS.
AN B 63323382.
<136>
AU BLAHA, J.
IN STATE TEXTILE RESEARCH INST. CENTRE
FOR RESEARCH AND APPLICATION OF
IONIZED RADIATION, BRNO, CZECHO.
YR 76.
TI MATHEMATICAL ANALYSIS OF THE
CHEMICAL SYSTEM "CYANIDE-HEAVY
METALS" IN UATER—DETERMINATION OF
COMPONENTS AND TOXICITY OF THE
SYSTEM—I: THE THEORETICAL SOLUTION.
SO UATER RESEARCH, 16(9): 815-819,
1976.
LG EN.
AB NONE.
ID HYDROXYL TEST.
DE CYANIDES, MATHEMATICAL ANALYSIS,
HEAVY METALS, TOXIC MATERIALS, UATER
POLLUTANTS.
AN P 7700267.
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AU BLAHA, JAN.
IN CENT. RES. APPL. IONIZED RADIAT.
STATE TEXT. RES. INST. BRNO. CZECH.
YR 76.
TI MATHEMATICAL ANALYSIS OF THE
CHEMICAL SYSTEM "CYANIDE-HEAVY
METALS' IN UATER - DETERMINATION OF
COMPONENTS AND TOXICITY OF THE
SYSTEM. II. SOLUTION BY COMPUTERS.
SO UATER RES. 10. P821-8. 1976.
LG EN.
DE COMPUTER PROGRAM METAL UATER.
CYANIDE UATER COMPUTER PROGRAM.
AN C 08604021474.
<138>
AU BLAZY, PIERRE.
IN CENT. VALORISATION MINERAIS. EC.
NATL. SUPER. GEOL. APPL. PROSPECT.
MINIERE. NANCY. FR.
YR 70.
TI POLLUTION AND RECOVERY OF UATER IN
THE MINING INDUSTRY.
SO SCI. TERRE. 15. P293-305. 1970.
LG FR.
DE MINING INDUSTRY UASTE UATER. ORE
DRESSING UASTE UATER. PHENOL UASTE
UATER. AMINE HYDROCHLORIDE UASTE
UATER. TERPENE UASTE UATER. TALL OIL
UASTE UATER.
AN C 07720130360.
<139>
AU BLEVINS U T.
YR 72.
TI STUDIES ON THE GROUTH OF BACTERIA ON
HYDRO CARBONS AND RELATED
SUBSTRATES.
SO DISS ABSTR INT B SCI ENG. 32 (9).
5341-B.
DE THESIS ABSTRACT MYCOBACTERIUM-
VACCAE PROPANE.
AN B 72098468.
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AU BLEVINS, U. T. PERRY, J. J.
IN DEP. MICROSIOL. NORTH CAROLINA STATE
UNIV. RALEIGH. N. C.
YR 72.
TI METABOLISM OF PROPANE, N-
PROPYLAMINE, AND PROPIONATE BY
HYDROCARBON-UTILIZING BAACTERIA.
SO J. BACTERIOL. 112. P513-18. 1972.
LG EN.
DE PROPANE METAB BACTERIA. PROPYLAMINE
METAB BACTERIA. PROPIONATE METAB
BACTERIA. BACTERIA METAB PROPANE
PROPIONATE.
AN C 07723149519.
AU BOLDINA Z N.
YR 71.
TI CHROMATOGRAPHIC SEPARATION AND
DETERMINATION OF BENZOL AND
ISOPROPYLBENZOL IN UATER.
TR KHROMATOGRAFICHESKOE RAZDELENIE I
OPREDELENIE BENZOLA I
IZOPROPILBENZOLA V VODE.
SO GIG SAN IT. 36. 9. P69-70. SEP 71.
152
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LG RS.
MJ BENZENE: flN. UATER-POLLUTION.
MN WATER-POLLUTION-CHEMICAL.
flN M 72115683.
<142>
flU BOLDINA, Z. N.
IN MOSK. NflUCH.-ISSLED. INST. GIG. !M.
ERISMANA. MOSCOW. USSR.
YR 67.
TI DETERMINATION OF SMflLL
CONCENTRATIONS OF PROPYLBENZENE AND
ISOPROPYLBENZENE IN RESERVOIR UATER.
SO MATER. NAUCH.-PRAKT. KONF. MOLODYKH
GIG. SANIT. VRACHEI, 11TH. P15-17.
1967.
LG RS.
ftV SHITSKOVA, A. P.
DE PROPYLBENZENES DETNS UATERS. WATERS
PROPYLBENZENES DETNS.
AN C 07206024368.
< 143>
AU BOLLAG, JEAN M. CZAPLICKI, EDUARD
J. MINARD, ROBERT D.
IN DEP. AGRON. PANNSYLVflNIA STATE UNIV.
UNIVERSITY PARK. PA.
YR 75.
TI BACTERIAL METABOLISM OF 1- NAPHTHOL.
SO J. AGRIC. FOOD CHEM. 23. P85-90.
1975.
LG EN.
DE NAPHTHOL METAB BACTERIA. LJATER
BACTERIA NAPHTHOL METAB.
AN C 08221133672.
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AU BONARTSEVA, G. A. TAPTYKOVA, S. D.
VOROB'EVA, L. I. KRAINOVA, 0. fl.
BRYUKHACHEVA, N. L.
IN BIOL.-POCHV. FAK. MOSK. COS. UNIV.
IM. LOMONOSOVA. MOSCOU. USSR.
YR 73.
TI AEROBIC METABOLISM OF PROPIONIC ACID
BACTERIA.
SO MIKROBIOLOGIYA. 42. P765-71. 1973.
LG RS.
DE RESPIRATION ENZYME
PROP IONIBACTERIUM. NAPHTHOQUINONE
PROP IONIBACTERIUM. CYTOCHROME
PROP IONIBACTERIUM.
AN C 08009045497.
TI MASS FRAGMENTOGRAPHY GAS
CHROMATOGRAPHY MASS SPECTROMETRY IN
THE ANALYSIS OF HAZARDOUS
ENVIRONMENTAL CHEMICALS.
SO INT LAB. SEPT/OCT 19-28.
DE UATER POLLUTION PESTICIDES VINYL
CHLORIDE CARCINOGENS ORGANICS HEXA
DECANE EXTRACTION CHLORO FLUORO
CARBONS.
flN B 76055219.
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ftU BONEY, A. D.
IN DEP. BQT, UNIV. GLASGOW. GLASGOW.
SCOT.
YR 74.
TI AROMATIC HYDROCARBONS AND THE GROWTH
OF MARINE ALGAE.
SO MAR. POLLUT. BULL. 5. P185-6. 1974.
LG EN.
DE ALGAE GROUTH STIMULATION
HYDROCARBON. BENZIDINE STIMULATION
ALGAE GROUTH. METHYLANTHRACENE
STIMULATION GROWTH. CHRYSENE
STIMULATION ALGAE GROUTH.
ANTITHAMNION GROWTH STIMULATION
HYDROCARBON. CARCINOGEN AROM
HYDROCARBON ALGAE GROWTH.
AN C 08411070151.
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AU BONOLI, LUCIANO. UITHERSPOON, PAUL
A.
IN 1ST. RIC. "G. DONEGANI". MONTECATINI
EDISON S.P.A. NOVARA. ITALY.
YR 69.
TI DIFFUSION OF PARAFFIN, CYCLOPARAFFIN
AND AROMATIC HYDROCARBONS IN WATER
AND SOME EFFECTS OF SALT
CONCENTRATION.
SO ADVAN. ORG. GEOCHEM. PROC. INT.
MEET. 4TH. P373-84. 1969.
LG EN.
AV SCHENCK, P. A.
DE DIFFUSION PARAFFIN WATER.
CYCLOPARAFFIN DIFFUSION WATER. AROM
HYDROCARBON DIFFUSION UATER.
flN C 07618104086.
TULLIEZ, JACQUES.
FLECKINGER,
AU
YR
BONELLI
J.
75.
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E J. TAYLOR P A.
MORRIS W
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flU BORIES, GEORGES.
PELTIER, JEAN C.
ROBERT.
IN LAB. RECH. ADDITIFS ALIMENT. INST.
NATL. RECH. AGRON. TOULOUSE. FR.
YR 76.
TI CHANGES OF THE PARAFFIN 1C AND
NAPHTHENIC HYDROCARBON AS WELL AS
153
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THE 3,4-BENZOPYRENE CONTENT IN
MUSSELS FROM A COASTAL ZONE POLLUTED
BY A FUEL SPILL.
SO C. R. HEBD. SEflNCES ACAD. SCI. SER.
D. 282. P1641-4. 1976.
LG FR.
DE PETROLEUM SPILL MUSSEL HYDROCARBON.
FUEL SPILL MUSSEL HYDROCARBON.
BENZOPYRENE MUSSEL FUEL SPILL. UATER
POLLUTION FUEL MUSSEL.
AN C 88505029237.
<149>
AU BORIGHEM G. VEREECKEN J.
IN DEP. METALL. ELECTROCHEM. VRIJE
UNIV. BRUSS. BRUSSELS, BELG.
YR 78.
TI STUDY OF THE BIO DEGRADATION OF
PHENOL IN RIVER UATER.
SO ECOL MODEL. 4(1). 51-60.
LG EN.
DE BACTERIA.
AN B 65038996.
<150>
AU BORKOUSKI, BOGDAN.
IN POL.
YR 78.
TI RESULTS OF SEMI-COMMERCIAL SCALE
INVESTIGATIONS ON CATALYTIC
OXIDATION OF EFFLUENTS.
SO INT. GAS CONF. 11TH. P23 PP. 1978.
LG EN.
DE CATALYTIC OXIDN EFFLUENT. OXIDN
EFFLUENT CATALYTIC. PHENOLIC
IMPURITIES OXIDN EFFLUENT. AMMONIA
REMOVAL EFFLUENT. HYDROGEN CYANIDE
REMOVAL EFFLUENT. GASUORKS EFFLUENTS
TREATMENT.
AN C 87418890925.
AU BORNEFF J.
YR 73.
TI POLLUTION OF OUR UATER AND ITS
EFFECT ON DRINKING UATER CONDITION.
TR DIE VERUNREINIGUNG UNSERER GEUASSER
UNH IHR EINFLUSS AUF DIE
BESCHAFFENHEIT DES TRINKUASSERS.
SO THER GGU. 112. 1. P7-25. JAN 73.
LG GE.
MJ UATER-POLLUTION.
MN CARCINOGENS. UATER-SUPPLY.
AN M 73142918.
<152>
AU BORNEFF, J.
IN HYG. INST. UNIV. MAINZ. MAINZ. GER.
YR 74.
TI POLLUTION OF GROUND AND SURFACE
UATER BY ORGANIC SUBSTANCES IN
ATMOSPHERIC AEROSOLS.
SO INFORMATIONSBL. FOED. EUR.
GEUAESSERSCHUTZ. 21. P33-45. 1974.
LG GE.
DE REVIEU PESTICIDE GROUNDUATER.
SURFACE UATER PESTICIDE REVIEU.
POLYCHLORINATED BIPHENYL SURFACE
UATER REVIEU.
AN C 08318151671.
<153>
AU BORODIN, K. A.
IN OMSK. GOS. MED. INST. IM. KALININA.
OMSK. USSR.
YR 72.
TI MAXIMUM PERMISSIBLE CONCENTRATION OF
ANILINE IN RESERVOIR UATER.
SO MATER. NAUCH. SESS. POSVYASHCH.
50-LETIYU OBRAZOV. SSSR, OMSK. GOS.
MED. INST. P882-4. 1972.
LG RS.
AV GOVOROV, V. P.
DE ANILINE ASCORBATE LEUKOCYTE
THROMBOCYTE BLOOD.
AN C 08117108367.
<154>
AU BOLJDRE J H. KRIEG N R.
YR 74.
TI UATER QUALITY MONITORING BACTERIA AS
INDICATORS.
SO VA POLYTECH INST STATE UN IV UATER
RESOUR RES CENT BULL. (69). 1- 20.
DE SPIRILLUM-VOLUTANS FISH INDUSTRIAL
EFFLUENT TOXICITY UATER POLLUTION
HEAVY METALS CETYL PYRIDINIUM
CHLORIDE ANILINE MOTILITY CESSATION
DARK FIELD MICROSCOPY.
AN B 58846416.
<155>
AU BOULING, T. J. SHEEHAN, U. D.
DELFINO, J. J.
IN ENVIRON. SCI. DIV. IND. BIO-TEST
LAB. NORTHBROOK. ILL.
YR 74.
TI QUANTITATIVE RECOVERY OF TRACE
AMOUNTS OF CYANIDE IN SURFACE UATERS
USING A MODIFIED SERFASS
DISTILLATION PROCEDURE.
SO ENVIRON. LETT. 6. P25-9. 1974.
LG EN.
DE CYANIDE DETN SURFACEUATER SERFASS
DISTN. SURFACEUATER ANALYSIS CYANIDE
154
-------
SERFPSS DISTN.
AN C 08022124355.
<156>
AU BOUMER K H. LANG ft R G. HIGGINS M
L. PILLfiY fl R. TCHflN Y T.
YR 74.
TI LOSS OF flCROLEIN FROM UflTER BY
VOLATILIZATION AND DEGRflDflTION.
CLEAR
SO WEED RES. 14 (5). 325-328.
DE HERBICIDE AIR SCRUBBING EVAPORATION.
AN B 59021571.
<157>
flU BRADACS, LEOPOLD K. KANDLER,
UILHELM. SCHEIDBACH, UTE.
IN ABT. FORSCH. QUAL. VER. OESTERR.
EISEN- UND STAHLUERKE A.-G. LINZ.
AUSTRIA.
YR 72.
TI DETERMINATION OF PHENOL
CONCENTRATION OF LIGHT OIL USED FOR
PHENOL REMOVAL FROM COKE OVEN PLANT
EFFLUENTS.
SO ERDOEL KOHLE, ERDGAS, PETROCHEM.
BRENNST.-CHEM. 25. P189-91. 1972.
LG GE.
DE PHENOL PETN COKING EFFLUENT. LIGHT
OIL PHENOL DETN. PYRIDINE PHENOL
DETN.
AN C 07704022630.
<158>
AU BRADLEY, C F. REED, P R.
IN CHROMALYTICS CORP. ROUTE 82,
UNIONVILLE, PA 19375.
YR 76.
TI THE DETERMINATION OF ORGANIC
POLLUTANTS IN UATER IN PPB LEVELS
UITH A PRECONCENTRATION TECHNIQUE.
SO 1976 PITTSBURGH CONFERENCE ON
ANALYTICAL CHEMISTRY AND APPLIED
SPECTROSCOPY: ABSTRACTS. PITTSBURGH,
PA. PITTSBURGH CONFERENCE ON
ANALYTICAL CHEMISTRY AND APPLIED
SPECTROSCOPY, (1976?). NO. 272.
LG EN.
AB NONE.
ID PHENOLS, DICHLOROETHANE,
DICHLOROPROPANE, CHLOROFORM.
DE ORGANIC COMPOUNDS, GAS
CHROMATOGRAPHY, AROMATIC COMPOUNDS,
UATER POLLUTION MEASUREMENTS, UATER
POLLUTANTS.
AN P 7604239.
<159>
AU BRADLEY, EUGENE B. FRENZEL, CHARLES
A.
IN DEP. OF ELEC. ENG. UNIV. OF
KENTUCKY. LEXINGTON. KY.
YR 70.
TI EXPLOITATION OF LASER RAMAN
SPECTROSCOPY FOR DETECTION AND
IDENTIFICATION OF MOLECULAR UATER
POLLUTANTS.
SO UATER RES. 4. P125-8. 1970.
LG EN.
DE LASER RAMAN SPECTROSCOPY POLLUTANTS.
RAMAN SPECTROSCOPY UATER POLLUTANTS.
SPECTROSCOPY RAMAN UATER POLLUTANTS.
BENZENE UflTER RAMAN SPECTROSCOPY.
AN C 07318091020.
<160>
AU BRADUAY D E. SHAFIK T.
IN PESTICIDES AND TOXIC SUBSTANCES
EFFECTS LABORATORY, NATIONAL
ENVIRONMENTAL PROTECTION AGENCY,
RESEARCH TRIANGLE PARK, NORTH
CAROLINA.
YR 77.
TI ELECTRON CAPTURE GAS CHROMATOGRAPHIC
ANALYSIS OF THE AMINE METABOLITES OF
PESTICIDES: DERIVATIZATION OF
ANILINES.
SO J CHROMATOGR SCI. 15. 8. P322-8. AUG
77.
LG EN.
MJ ANILINE-COMPOUNDS: UR, (ANILINE-
CPDS). HERBICIDES: ME.
MN HERBICIDES-CARBAMATE: ME.
INDICATORS-AND-REAGENTS.
AN M 77249986. 7712.
AU BRENNIMAN G. HARTUNG R. UEBER U J
JR.
YR 76.
TI A CONTINUOUS FLOU BIOASSAY METHOD TO
EVALUATE THE EFFECTS OF OUTBOARD
MOTOR EXHAUSTS AND SELECTED AROMATIC
TOXICANTS ON FISH.
SO UATER RES. 10 (2). 165-169.
DE CARASSIUS-AURATUS AQUATIC ORGANISMS
LEAD TOLUENE 1 3 5 TRI METHYL
BENZENE XYLENE POLLUTANTS.
AN B 62011369.
<162>
AU BREZONIK P L.
YR 74.
TI CONTINUOUS MONITORING, AUTOMATED
ANALYSIS, AND SAMPLING PROCEDURES.
155
-------
SO J WATER POLLUT CONTROL FED. 46. 6.
PI 108-9. JUN 74.
LG EN.
MJ WATER-SUPPLY.
MN REVIEW. COLORIMETRY. OXYGEN-
CONSUMPTION. BIOLOGICAL-ASSAY.
RADIOACTIVITY.
AN M 74299705.
<163>
AU BRIZOVA E. POPL M. COUPEK J.
IN INST. CHEM. TECHHOL. 166 28 PRAGUE
6, CZECH.
YR 77.
TI USE OF THE SORBENT SPHERON SE IN THE
ANALYSIS OF TRACE AMOUNTS OF
IHPURITIES IN WATER.
SO J CHROMATOGR. 139 (1). 15-28.
LG EN.
DE TOLUENE M CRESOL UV ABSORBING
AROMATIC HYDRO CARBON PESTICIDE.
AN B 65017514.
<164>
AU BROCKSEN, ROBERT W. BAILEY, HOWARD
T.
IN NATIONAL MARINE FISHERIES SERVICE,
TIBURON, CALIF. TIBURON FISHERIES
LAB.
YR 73. 10P.
TI RESPIRATORY RESPONSE OF JUVEHILE
CHINOOK SALMON AND STRIPED BASS
EXPOSED TO BENZENE. A WATER-SOLUBLE
COMPONENT OF CRUDE OIL.
AV PUB. IN PROCEEDINGS OF CONFERENCE ON
PREVENTION AND CONTROL OF OIL
SPILLS, WASHINGTON, D.C. 13-15 MAR
73, P7B3-791.
PR REPRINT.
flB EXPERIMENTS WERE CONDUCTED USING
JUVENILE CHINOOK SALMON,
ONCORHYNCHUS TSHAWYTSCHA, AND
STRIPED BASS, MORONE SAXATILIS. THE
FISH WERE EXPOSED TO SUB-LETHAL
CONCENTRATIONS OF THE AROMATIC
HYDROCARBON BENZENE, FOR PERIODS
RANGING FROM 1-96 HOURS. PRIOR TO
EXPOSURE, AND AFTER EXPOSURE TO THE
BENZENE, RESPIRATION RATES OF
INDIVIDUAL FISH WERE MEASURED.
RESULTS SHOW INCREASES IN
RESPIRATORY RATE UP TO 115 PERCENT
ABOVE THAT OF CONTROL FISH AFTER
EXPOSURE PERIODS OF 24 HOURS FOR
STRIPED BASS AND 48 HOURS FOR
CHINOOK SALMON. FISH EXPOSED TO
BENZENE CONCENTRATIONS OF 10 PPM FOR
PERIODS LONGER THAN THOSE LISTED
EXHIBITED A NARCOSIS THAT CAUSED A
DECREASE IN RESPIRATORY RATE. THE
NARCOTIC STATE INDUCED BY EXPOSURE
TO BENZENE WAS SHOWN TO BE
REVERSIBLE WHEN THE FISH WERE PLACED
IN FRESH WATER AND KEPT FOR PERIODS
LONGER THAN 6 DAYS. POSSIBLE
BIOCHEMICAL MECHANISMS LEADING TO
THIS RESPONSE ARE HYPOTHESIZED.
(AUTHOR MODIFIED ABSTRACT).
MJ FISHES, BENZENE, WATER- POLLUTION,
BENZENE, OILS, WATER- POLLUTION.
MN TOXICITY, RESPIRATORY-SYSTEM,
NARCOSIS, FISHERIES.
ID ONCORHYNCHUS-TSHAWYTSCHA, MORONE-
SAXATILIS, OIL-POLLUTION, OIL-
SPILLS, NOAA.
AN N COM-73-11089.
<165>
AU BRODERIUS, S J. SMITH, L L, JR.
LIND, D T.
IN UNIV. OF MINNESOTA, DEPT. OF
ENTOMOLOGY, FISHERIES, AND WILDLIFE,
ST. PAUL, MN 55181.
YR 77.
TI CHRONIC EFFECTS OF HYDROGEN CYANIDE
ON THE FATHEAD MINNOW.
SO WATER POLLUTION CONTROL FEDERATION.
JOURNAL, 49(2): 262- 268, FEB. 1977.
LG EN.
AB NONE.
ID FATHEAD MINNOWS, HYDROGEN CYANIDE.
DE FISH, TOXICITY, WATER POLLUTION,
INDUSTRIAL EFFLUENTS, CYANIDES.
AN P 7784160.
<166>
AU BRODERIUS, STEVEN JAMES.
IN OREGON STATE UNIVERSITY (0172) PH.D.
1973, 313PP.
YR 73.
TI DETERMINATION OF MOLECULAR
HYDROCYANIC ACID IN WATER AND
STUDIES OF THE CHEMISTRY AND
TOXICITY TO FISH OF METAL-CYANIDE
COMPLEXES.
SO DAI V34<03>, SEC B, P1818.
DE CHEMISTRY, GENERAL (0485).
AN D ADG73-21299.
<167>
AU BRODY A W. LYONS K P. KUROWSKI J
L. MCGILL J J. WEAVER M J.
YR 71.
TI ANALYSIS AND SOLUBILITY OF DI METHYL
ETHER AND DI ETHYL ETHER IN WATER
SALINE OILS AND BLOOD.
SO J APPL PHYSIOL. 31 (1). 125-131.
156
-------
DE CENT-DEPRESS-DRUGS GAS ANALYSIS
HEART VPN SLYKE MANOMETRY.
AN B 52115387.
<168>
AU BROOKS, BRIAN U. SMITH, ROY M.
IN CHEM. ENG. DEP. LOUGHBOROUGH UNIV.
TECHNOL. LOUGHBOROUGH. ENGL.
YR 73.
TI CATALYTIC OXIDATION OF THIOPHENOL.
SO CHEM. IND. (LONDON). NO. 7. P326.
1973.
LG EN.
DE OXIDN THIOPHENOL CATALYST. COPPER
PYRIDINE THIOPHENOL OXIDN.
THIOSULFINATE THIOPHENOL OXIDN.
BENZENETHIOSULFINATE THIOPHENOL
OXIDN .
AN C 07901005085.
<169>
AU BROOKSBANK, P. DAY, M B. GOULDEN.
P D.
IN DEPT. OF THE ENVIRONMENT, CANADA
CENTRE FOR INLAND WATERS, 867
LAKESHORE RD. P.O. BOX 5050,
BURLINGTON, ONT. CAN.
YR 73.
TI DETERMINATION OF SUBMICROGRAM LEVELS
OF PHENOL IN UATER.
SO ANALYTICAL CHEMISTRY, 45(14):
2433-2433, DEC. 1973.
LG EN.
AB NONE.
ID PHENOL, SUBMICROGRAM LEVELS.
DE ABSORPTION SPECTROSCOPY, AROMATIC
COMPOUNDS, CHEMICAL POLLUTANTS,
LABORATORY METHODS, MEASURING
METHODS, UATER POLLUTION
MEASUREMENTS.
AN P 7500313.
<170>
AU BROUN E R. HAZDRA J J. KEITH L.
GREENSPAN I. KUAPINSKI J B. BEAMER
P.
YR 73.
TI FREQUENCY OF FISH TUMORS FOUND IN A
POLLUTED UATERSHED AS COMPARED TO
NONPOLLUTED CANADIAN WATERS.
SO CANCER RES. 33. 2. P189-98. FEB 73.
LG EN.
MJ FISH-DISEASES: OC.
MN ANIMAL. ESCHERICHIA-COLI: IP.
ILLINOIS. PETROLEUM: AN. TOLUENE:
AN.
AN M 73128328.
AU BROUN, STEPHEN L. HOLT, BUFORD R.
MCCALEB, KIRTLAND E.
IN CENT. RESOURC. ENVIRON. SYST. STUD.
STANFORD RES. INST. MENLO PARK.
CALIF.
YR 76.
TI SYSTEMS FOR RAPID RANKING OF
ENVIRONMENTAL POLLUTANTS. SELECTION
OF SUBJECTS FOR SCIENTIFIC AND
TECHNICAL ASSESSMENT REPORTS.
PG 270 PP.
LG EN.
DE AIR POLLUTANT RANKING. UATER
POLLUTANT RANKING. ENVIRONMENTAL
POLLUTANT RANKING. BERYLLIUM
ENVIRONMENTAL POLLUTANT RANKING.
CYANIDE ENVIRONMENTAL POLLUTANT
RANKING. CARBON DISULFIDE
ENVIRONMENTAL POLLUTANT RANKING.
AN C 08618126715.
<172>
AU BROUN, VINCENT MAURICE. DALTON. R.
A.
IN UATER POLLUT. RES. LAB. STEVENAGE.
ENGL.
YR 70.
TI ACUTE LETHAL TOXICITY TO RAINBOU
TROUT OF MIXTURES OF COPPER, PHENOL,
ZINC, AND NICKEL.
SO J. FISH BIOL. 2. P211-16. 1970.
LG EN.
DE POISONS TROUT TOXICITY. TROUT
TOXICITY POISONS. TOXICITY TROUT
POISONS. COPPER TROUT TOXICITY.
PHENOL TROUT TOXICITY. ZINC TROUT
TOXICITY. NICKEL TROUT TOXICITY.
AN C 07323117763.
<173>
AU BROUN, VINCENT MAURICE. JORDAN, D.
H. M. TILLER, B. A.
IN UATER POLLUT. RES. LAB. STEVENAGE.
ENGL.
YR 69.
TI ACUTE TOXICITY TO RAINBOU TROUT OF
FLUCTUATING CONCENTRATIONS AND
MIXTURES OF AMMONIA, PHENOL, AND
ZINC.
SO J. FISH BIOL. 1. Pl-9. 1969.
LG EN.
DE TOXICITY CATIONS PHENOL TROUT. TROUT
TOXICITY CATIONS PHENOL. PHENOL
TOXICITY TROUT. AMMONIA TOXICITY
TROUT. ZINC TOXICITY TROUT.
AN C 07223118885.
157
-------
AU
IN
YR
TI
SO
LG
AV
DE
AN
AU
IN
YR
TI
SO
LG
DE
AU
IN
YR
TI
SO
LG
DE
AN
<174>
BROUNLEE, B. STRACHAN, U. M. J.
CANADA CENT. INLAND UATERS.
BURLINGTON. ONT.
76.
PERSISTENT ORGANIC COMPOUNDS FROM A
PULP MILL IN Pi NEAR-SHORE FRESHWATER
ENVIRONMENT.
IDENTIF. ANAL. ORG. POLLUT. WATER.
(CHEM. CONGR. NORTH AM. CONT.), 1ST.
P661-70. 1976.
EN.
KEITH, LAURENCE H.
PHENOL PULP MILL EFFLUENT. ESTER
PULP MILL EFFLUENT. RESIN ESTER PULP
MILL EFFLUENT. OCTYL PHTHALATE PULP
MILL EFFLUENT. PULP MILL POLLUTION
LAKE.
C 08614095653.
<175>
BRUCE, A. K. MAHONEY, G. F.
GERSTEN, D. M. THOMAS, C. C. JR.
BIOL. DEP. STATE UNIV. NEU YORK.
BUFFALO. N. Y.
73.
TOXICITY OF IRRADIATED 1-NAPHTHQL.
RADIAT. RES. 53. P295-306. 1973.
EN.
IRRADN TOXICITY NAPHTHOL.
NAPHTHOQUINONE TOXICITY NAPHTHOL
IRRADN. SULFHYDRYL INTERACTION
NAPHTHOL TOXICITY.
RADIOSENSITIZATION BACTERIA
NAPHTHOL.
C 07821132453.
<176>
BRUCHAL, TADEUSZ.
UARSAU. POL.
70.
EXTRACTIVE DEPHENOLIZING OF
CARBONIZATION UATERS IN THE COKING
INDUSTRY.
KOKS, SMOLA, GAZ. 13. P295-9. 1970.
PO.
PHENOLS EXTN COKING REVIEW. COKING
PHENOLS EXTN REVIEW. REVIEW PHENOLS
EXTN COKING. CARBONIZATION UATERS
PHENOLS REVIEW.
C 07412055967.
<177>
AU BUIKEMA A L JR. CAIRNS J JR.
SULLIVAN G W.
YR 74.
TI ROTIFERS AS MONITORS OF HEAVY METAL
POLLUTION IN WATER.
SO VA POLYTECH INST STATE UNIV WATER
RESOUR RES CENT BULL. (71). 1- 74.
DE PHILODINA-ACUTICORNIS MAGNESIUM
CADMIUM CHROMIUM COBALT COPPER LEAD
AMMONIUM NICKEL MERCURY SILVER ZINC
CHLORIDE PHENOL.
AN B 60028816.
<178>
AU BURROWS W D. ROUE R 5.
YR 75.
TI ETHER SOLUBLE CONSTITUENTS OF
LANDFILL LEACHED MATERIAL.
SO J UATER POLLUT CONTROL FED. 47 (5).
921-923.
DE FISH MAMMAL WATER POLLUTION WASTE
STABILIZATION BASIN DESIGN
CHLOROPHYLL PRODUCTION PROP IONIC-
ACID ISO BUTYRIC-ACID N BUTYRIC-ACID
VALERIC-ACID ACETONE ETHYL flLCOHOL
ISO PROPYL ALCOHOL N PROPYL ALCOHOL
ISO BUTYL ALCOHOL N BUTYL ALCOHOL.
AN B 60040205.
<179>
AU BUSH, B. DELL'ACQUA, R.
IN N.Y. STATE DEPT. OF HEALTH, DIV. OF
LABS. AND RESEARCH, ALBANY, NY
12201.
YR 73.
TI MICRODETERMINATION OF GASOLINE IN
POTABLE UATERS BY GAS
CHROMATOGRAPHY.
SO INTERNATIONAL JOURNAL OF
ENVIRONMENTAL ANALYTICAL CHEMISTRY,
3(2): 141-146, 1973.
LG EN.
AB NONE.
ID HEXANE, PARAFFINS.
DE CONTAMINANT DETECTION, GAS-
CHROMATOGRAPHY, GASOLINE, GROUND
WATER, HYDROCARBONS, PETROLEUM,
POTABLE WATERS.
AN P 7500317.
<180>
AU BUTTON D K.
YR 76.
TI THE INFLUENCE OF CLAY AND BACTERIA
ON THE CONCENTRATION OF DISSOLVED
HYDRO CARBON IN SALINE SOLUTION.
SO GEOCHIM COSMOCHIM ACTA. 40 (4).
435-440.
DE ESTUARINE SEDIMENT DODECANE
SOLUBILITY.
AN B 62030529.
158
-------
flU CftGLflR M A. THOMPSON fl R. HOUSTON
C U. ROSE V C.
YR 69.
TI KINETICS OF MICROBIAL OXIDATION OF N
HEPTANE PART 1 CHARACTERIZATION OF
THE PROCESS.
SO BIOTECHNOL BIOENG. 11 (3). 417- 426.
DE PSEUDOMONAD.
AN B 51010623.
<1B2>
AU CAHN R P. LI N N.
YR 74.
TI SEPARATION OF PHENQL FROM UASTE
UATER BY THE LIQUID MEMBRANE
TECHNIQUE.
SO SEP SCI. 9 (6). (RECD 1975) 585-
519.
AN B 75851928.
<183>
AU CAIN R B. HOUGHTON C. URIGHT K A.
YR 74.
TI MICROSIAL METABOLISM OF THE PYRIDINE
RING. METABOLISM OF 2- AND
3-HYDROXYPYRIDINES BY THE MALEAMATE
PATHUAY IN ACHROMOBACTER SP.
SO BIOCHEM J. 140. 2. P293-308. MAY 74.
LG EN.
MJ ALCALIGENES: ME.
MN AMIDES: ME. CHELATING-AGENTS.
DITHIOTHREITOL. (FERRIC-AND-FERROUS-
COMPOUNDS).
AN M 75127334.
<184>
AU CAIRNS J JR. MESSENGER D I.
CALHOUN U F.
YR 76.
TI INVERTEBRATE RESPONSE TO THERMAL
SHOCK FOLLQUING EXPOSURE TO ACUTELY
SUBLETHAL CONCENTRATIONS OF
CHEMICALS.
SO ARCH HYDROBIOL. 77 (2). 164-175.
DE GONIOBASIS-LIVESCENS PHYSA- INTEGRA
LYMNAEA-EMARGINATA CHROMIUM CHLORINE
CYANIDE COPPER LEAD PHENOL ZINC
ACETIC-ACID MORTALITY HEAT.
AN B 63021337.
<185>
AU CPLDER, JOHN A. LADER, JUNE H.
IN FLORIDA STATE UNIV. TALLAHASSEE.
DEPT. OF OCEANOGRAPHY. SCIENCE
FOUNDATION, UASHINGTON, D.C. OFFICE
FOR THE INTERNATIONAL DECADE OF
OCEAN EXPLORATION. 407 468.
YR 76. 8P.
TI EFFECT OF DISSOLVED AROMATIC
HYDROCARBONS ON THE GROUTH OF MARINE
BACTERIA IN BATCH CULTURE.
AV PUB. IN APPLIED AND ENVIRONMENTAL
MICROBIOLOGY, V32 Nl P95-101 JUL 76.
PR NOT AVAILABLE NTIS.
AB DISSOLVED AROMATIC HYDROCARBONS UERE
FOUND TO DECREASE GROUTH RATE AND
MAXIMUM CELL DENSITY OF MARINE
BACTERIA IN BATCH CULTURES. THE
MAGNITUDE OF THE DECREMENT WAS
OBSERVED TO BE A FUNCTION OF
CONCENTRATION OF THE HYDROCARBON AND
INHERENT TOXICITY. THE INTERENT
TOXICITY HAS OBSERVED TO INCREASE
INVERSELY UITH SOLUBILITY SUCH THAT
NAPHTHALENE AT 100 MICROMETERS
CONCENTRATION DEMONSTRATED A TOXIC
EFFECT SIMILAR TO BENZOPYRENE AT
0.02 MICROMETERS. A PARTIAL
OXIDATION PRODUCT OF NAPHTHALENE UAS
FOUND TO BE MORE EFFECTIVE IN
DECREASING GROUTH PARAMETERS THAN
NAPHTHALENE AT EQUIVALENT
CONCENTRATIONS AND TO CAUSE COMPLETE
CESSATION OF GROUTH AT THE HIGHER
CONCENTRATIONS PERMITTED BY ITS
POLAR STRUCTURE.
MJ OIL-POLLUTION, BACTERIA, TOXICITY,
MARINE-MICROORGANISMS.
MN AROMATIC-HYDROCARBONS, CRUDE- OIL,
NAPHTHALENE, PYRENES, GROUTH.
ID REPRINTS, INTERNATIONAL-DECADE-
OF-OCEAN-EXPLORATION, BENZOPYRENES,
UATER-POLLUTION-EFFECTS-ANIMALS,
NTISIDOE, NTISNSFG.
AN N PB-261 893/2SL.
<186>
AU CALLELY, A. G. JONES, A. M.
HUGHES, D. E.
IN DEP. MICROBIOL. UNIV. COLL. CARDIFF.
UALES.
YR 73.
TI MICROS IAL DEGRADATION OF STYRENE
COPOLYMERS.
SO DEGRADABILITY POLYM. PLAST. (PREPR.)
CONF. P13, 3 PP. 1973.
LG EN.
DE STYRENE COPOLYMER BIODEGRDN.
AN C 08518124567.
<187>
AU CAMPBELL, J. H. UASHINGTON, H.
IN CALIFORNIA UNIV. LIVERMORE. LAURENCE
LIVERMORE LAB. AND DEVELOPMENT
ADMINISTRATION. 9500007.
159
-------
YR 76. 23P.
TI PRELIMINARY LABORATORY AND MODELING
STUDIES ON THE ENVIRONMENTAL IMPACT
OF IN-SITU COAL GASIFICATION.
NT UNDERGROUND COflL GRSIFICfiTION
SYMPOSIUM, MORGANTOUN, UEST
VIRGINIA, UNITED STATES OF AMERICA
(USA), 10 AUG 1976.
PR PC A02/MF A01.
AB A PRELIMINARY LABORATORY AND
MODELING STUDY ON THE ENVIRONMENTAL
IMPACT OF "IN-SITU" COAL
GASIFICATION FIELD TESTING IS
REPORTED. EXPERIMENTS UERE CONDUCTED
ON THE ASPECTS OF GROUND UATER
POLLUTION; UATER LEACHING,
TRANSPORT, AND DISPERSION OF
POLLUTANTS. THE MAJOR INORGANIC
CONTAMINANTS LEACHED FROM THE COAL
ASH UERE DETERMINED TO BE AL EXP +3,
CA EXP +2, AND OH EXP -, UHILE THE
PRINCIPAL ORGANIC POLLUTANTS UERE
FOUND TO BE PHENOLS. A SIMPLE
CALCULATIOHAL MODEL IS USED TO
PREDICT THE MOVEMENT OF THE POLLUTED
GROUND-UATER. THIS MODEL INPUTS
INFORMATION FROM LABORATORY
EXPERIMENTS FOR THE RATE AT UHICH
THE ABOVE POLLUTANTS ARE REMOVED
FROM THE GASIFICATION ZONE AND THE
DEGREE 1)1 TH UHICH THEY ARE SORBED BY
THE SURROUNDING COAL. IT UAS
DISCOVERED THAT UNGASIFIED COAL HAS
A STRONG BENEFICIAL EFFECT ON
RETARDING THE DISPERSION OF THE
POLLUTANTS. THE PROBLEM OF AIR
POLLUTION RESULTING FROM THE FLARING
OF THE PRODUCTION GAS UAS ALSO
EXAMINED. THE EXTENT OF THE AIR
POLLUTION PLUME THAT DEVELOPS FROM
THIS FLARING IS PREDICTED USING A
SIMPLE COMPUTER MODEL. THESE
PREDICTIONS HAVE BEEN CARRIED OUT
FOR A SET OF ATMOSPHERIC AND FLARE
OPERATING CONDITIONS THAT MAY BE
ENCOUNTERED DURING FIELD TESTS. IT
UAS DETERMINED THAT THE LLL FIELD
EXPERIMENTS UILL ADEQUATELY MEET AIR
QUALITY STANDARDS, EVEN UNDER
ADVERSE CONDITIONS. (ERA CITATION
02: 000B70).
MJ BITUMINOUS-COAL, IN-SITU-
GASIFICATION, AIR-POLLUTION, COAL-
GASIFICATION, UATER-POLLUTION.
MN ENVIRONMENTAL-EFFECTS, GROUND-
UATER, MATHEMATICAL-MODELS, PHENOLS,
SORPTIVE-PROPERTIES.
ID ERDA-010900, ERDA-010404, ERDA-
010600, NTISERDA.
AN N UCRL-78303.
<188>
AU CANELLI E. MITCHELL D G. PAUSE R
U.
YR 76.
TI AN IMPROVED DETERMINATION OF
CHEMICAL OXYGEN DEMAND IN UATER AND
UASTES BY A SIMPLIFIED ACID DI
CHROMATE DIGESTION.
SO UATER RES. 10 (4). 351-355.
DE POLLUTION BCCAENE TOLUENE PYRIDINE
COLORIMETRY SPECTROPriOTOMETRY.
AN B 62028550.
<189>
AU CAPENTER A. SIGGIA S. CARTER S.
YR 76.
TI SEPARATION AND OR CONCENTRATION OF
PHENOLIC MATERIALS FROM DILUTE
AQUEOUS SOLUTIONS.
SO ANAL CHEM. 48 (I). 225-228.
DE N VINYL-2 PYRROL IDINE POLYMER.
AN B 61058589.
<190>
AU CAPONE, UANDA. COTTIGLIA, MAURO.
MASCIA, CARLO. MASALA, MARIA L. T.
IN 1ST. CHIM. FARM. TOSSICOL. UNIV.
CAGLIARI. CAGLIARI. ITALY.
YR 76.
TI THEORY OF THE SOURCE AND
ACCUMULATION OF 3,4-BENZOPYRENE IN
THE FOOD CHAIN.
SO INQUINAMENTO. 18. P35-40. 1976.
LG IT.
DE BENZOPYRENE UATER POLLUTION.
PETROLEUM UASTE FOOD CHAIN.
AN C 08605028546.
AU CARDUELL, RICK D. FOREMAN, DALLAS
G. PAYNE, THOMAS R. UILBUR, DORIS
J.
IN CHEMICO PROCESS PLANTS CO. EL MONTE,
CALIF. ENVIROGENICS SYSTEMS.
ENVIRONMENTAL RESEARCH LAB. DULUTH,
MINN.
YR 76. 125P.
TI ACUTE TOXICITY OF SELECTED TOXICANTS
TO SIX SPECIES OF FISH.
NT FINAL REPT.
PR PC$5.50/MF$2.25.
AB THE RELATIONSHIP BETWEEN MEDIAN
LETHAL CONCENTRATION AND EXPOSURE
TIME UAS DETERMINED FOR FIVE
CHEMICALS AND UP TO SIX SPECIES OF
FRESHUATER FISH IN A FLOU-THROUGH
SYSTEM. THE LOUEST MEDIAN LETHAL
CONCENTRATIONS FOUND UERE 0.114 MG/L
160
-------
FOR SODIUM CYANIDE, 8.118 MG/L FOR
SODIUM PENTACHLOROPHENATE, 2.9 MG/L
FOR SELENIUM DIOXIDE, 1S.0 MG/L FOR
SODIUM ARSENITE, 25.4 MG/L FOR
BERYLLIUM SULFATE, AND GREATER THAN
100 MG/L FOR LEAD CHLORIDE.
TCXICITY CURVES RELATING MEDIAN
LETHAL CONCENTRATION TO EXPOSURE
TIME UERE OF THREE TYPES. ONE CURVE,
RESEMBLING A RECTANGULAR HYPERBOLA,
CHARACTERIZED THE TOXICITY OF SODIUM
CYANIDE, LJHILE ANOTHER CURVE,
SIGMOID IN SHAPE, CHARACTERIZED THE
TOXICITY OF SELENIUM DIOXIDE. BOTH
TYPES OF CURVES UERE OBSERVED IN
TOXICITY TESTS UITH SODIUM
PENTACHLOROPHENATE, SODIUM ARSENITE
AND BERYLLIUM SULFATE. LINEAR
TOXICITY CURVES UERE RECORDED FOR
SOME FISH SPECIES EXPOSED TO
SELENIUM DIOXIDE, SODIUM ARSENITE
AND BERYLLIUM SULFATE, BUT THESE
UERE USUALLY ENCOUNTERED UHEN
EXPOSURE TIMES UERE LESS THAN 96 HR.
MJ TOXICITY, FISHES.
MN ARSENIC-INORGANIC-COMPOUNDS,
SODIUM-INORGANIC-COMPOUNDS, SODIUM-
ORGANIC-COMPOUNDS, BIOASSAY, FRESH-
UATER-FISHES, TOXICOLOGY, SODIUM-
CYANIDE, SELENIUM-OXIDES, EXPOSURE,
HALOHYDROCARBONS, LETHAL-DOSAGE,
CATFISHES, LEAD-INORGANIC-COMPOUNDS,
TROUT, TABLES-DATA, RECOMMENDATIONS,
MORTALITY, SENSITIVITY, PHENOLS,
UATER-POLLUTION, LEAD-HALIDES,
CHLORIDES.
ID BERYLLIUM-SULFATES, BLUEGILLS,
ICTALURUS-PUNCTATUS, GOLDFISH,
CARASSUIS-AURATUS, FISH-MUCUS,
SODIUM-PENTACHLOROPHENOL, ARSENITES,
LEAD-CHLORIDES, UATER-POLLUTION-
EFFECTS-ANIMALS, NTISEPAORD.
AN N PB-252 488/2SL.
<192>
AU CARLSON. ROBERT M. CARLSON, ROBERT
E. KOPPERMAN, HERBERT L.
IN DEP. CHEM. UNIV. MINNESOTA. DULUTH.
MINN.
YR 75.
TI DETERMINATION OF PARTITION
COEFFICIENTS BY LIQUID
CHROMATOGRAPHY.
SO J. CHROMATOGR. 107. P219-23. 1975.
LG EN.
DE HANSCH CORRELATICN PARTITION COEFF.
CHROMATOG DETN PARTITION COEFF.
PHENOL DERIV PARTITION COEFF.
ANILINE DERIV PARTITION COEFF.
TOXICITY PHENOL AQUATIC SPECIES.
AN C 08301004076.
<193>
AU CARTURIGHT N J. BROADBENT D A.
YR 74.
TI BACTERIAL ATTACK ON PHENOLIC ETHERS
PRELIMINARY STUDIES ON SYSTEMS
TRANSPORTING ELECTRONS TO THE
SUBSTRATE BINDING COMPONENTS IN
BACTERIAL 0 DEALKYLASES.
SO MICROBIOS. 10 (38-39). 87-96.
DE NOCARDIA-SP PSEUDOMONAS- FLUORESCENS
REDUCTASE OXIDASE CYTOCHROME ENZYMES
SPECIFICITY 4 METHOXY BENZOATE.
AN B 59004565.
<194>
AU CARUSO, S. C. KOSLOU, J. R.
IN CARNEGIE-MELLON UNIV. PITTSBURGH.
PA.
YR 70.
TI CHROMATOGRAPHIC DETECTION OF UATER
CONTAMINANTS.
SO IND. UATER ENG. 7. P22-6. 1970.
LG EN.
DE CHROMATOG ORG POLLUTANT UATER. OIL
CHROMATOG DETECTION UATER. PHENOL
CHROMATOG DETECTION UATER.
NAPHTHALENE CHROMATOG DETECTION
UATER.
AN C 07224124854.
<195>
AU CASALINI, A. LEONI, A. SALVI, G.
IN STN. SPER. COMBUST. SAN DONATO
MILANESE. ITALY.
YR 77.
TI OZONE PURIFICATION OF UASTE UATER
CONTAINING PHENOLS: STUDIES ON THE
MECHANISM OF OXIDATION.
SO RIV. COMBUST. 31. P92-101. 1977.
LG IT.
DE OZONE UASTEUATER PHENOL. OXIDN
PHENOL UASTEUATER.
AN C 08726205972.
<196>
AU CASAPIERI, PETER. SCOTT. ROGER.
SIMPSON, EDUARD A.
IN SCI. BR. GREATER LONDON COUNC.
LONDON. ENGL.
YR 70.
TI DETERMINATION OF CYANIDE IONS IN
UATERS AND EFFLUENTS BY AN AUTO-
ANALYZER PROCEDURE.
SO ANAL. CHIM. ACTA. 49. P188-92. 1970.
LG EN.
161
-------
DE CYflNIDEB DETN EFFLUENTS. EFFLUENTS
CYANIDES DETN. SPECTROPHOTOMETRY
CYANIDES DETN. AUTOANALYZER CYANIDES
DETN.
AN C 97212058851.
<197>
AU CASTELL C H. SMITH B.
YR 73.
TI MEASUREMENT OF FORMflLDEHYDE IN FISH
MUSCLE USING TRI CHLORO ACETIC- ACID
EXTRACTION AND THE NflSH REAGENT.
SO J FISH RES BOARD CAN. 30 (1). 91-
98.
DE COD.
AN B 56034733.
<200>
AU CATELANI, DANILO. COLOMBI, ANTONIO.
IN INST. AGRAR. TECH. MICROBIOL. UNIV.
MILAN. MILAN. ITALY.
YR 74.
TI METABOLISM OF BIPHENYL. STRUCTURE
AND PHYSICOCHEMICAL PROPERTIES OF
2-HYDRQXY-6-OXO-6-
PHENYLHEXA-2,4-DIENOIC ACID, THE
META-CLEAVAGE PRODUCT FROM 2,3-
DIHYDROXYBIPHENYL BY PSEUDOMOMAS
PUTIDA.
SO BIOCHEM. J. 143. P431-4. 1974.
LG EN.
DE BIPHENYL METAB PSEUDOMONAS.
AN C 08221133453.
AU
<198>
AU CASTELLANOS, E.
IN CAMPSA'S CENTRAL LAB. MADRID, SPAIN.
YR 68. IN
TI PARAFFIN FOR OIL POLLUTION OF THE
SEA. YR
SO OIL POLLUTION OF THE SEA. TI
INTERNATIONAL CONFERENCE.
PROCEEDINGS. BARCLAY-SMITH, P.
(ED.). (HELD IN ROME, IT. OCT. 7-9,
1968). SPONSORED BY BRITISH ADVISORY
COMMITTEE ON OIL POLLUTION OF THE SO
SEA; ITALIAN NATIONAL COMMITTEE ON LG
OIL POLLUTION OF THE SEA AND NORDIC DE
UNION FOR THE PREVENTION OF OIL
POLLUTION OF THE SEA, SUEDEN. 239- AN
247, 1968.
LG EN.
AB NONE.
ID MARINE POLLUTION, PARAFFIN, AU
SOLIDIFICATION OF OIL.
DE OIL REMOVERS, UATER POLLUTION YR
CONTROL. TI
AN P 7000436.
< 199> SO
AU CATCHPOLE, J. R. COOPER, R. L.
IN BR. COKE RES. ASSOC. LG
CHESTERFIELD/DERBYSHIRE. ENGL. MJ
YR 72. MN
TI BIOLOGICAL TREATMENT OF
CARBONIZATION EFFLUENTS. 111. NEU AN
ADVANCES IN THE BIOCHEMICAL
OXIDATION OF LIQUID UASTES.
SO UATER RES. 6. P1459-74. 1972.
LG EN. AU
DE BIOCHEM OXIDN WASTE. COKE OVEN LJASTE IN
BIOCHEM OXIDN. PYRUVIC ACID BIOCHEM YR
OXIDN LJASTE. THIOCYANATE BIOCHEM TI
OXIDN. CYANIDE BIOCHEM OXIDN .
AN C 07804019942. SO
<201>
CATELANI, DANILO. COLOMBI, ANTONIO.
SORLINI, CLAUDIA. TRECANI,
VITTORIO.
INST. AGRAR. TECH. MICROBIOL. UNIV.
MILAN. MILAN. ITALY.
73.
METABOLISM OF BIPHENYL. 2-
HYDROXY-6-DXO-6-PHENYL-2,4-
HEXADIENOATE. META-CLEAVAGE PRODUCT
FROM 2,3-DIHYDROXYBIPHENYL BY
PSEUDOMONAS PUTIDA.
BIOCHEM. J. 134. P1063-6. 1973.
EN.
BIPHENYL METAB PSEUDOMONAS. BENZOATE
DIPHENYL DEGRDN.
C 08015078704.
<202>
CATTERALL F A. MURRAY K. UILLIAMS
P A.
71.
THE CONFIGURATION OF THE 1,2-
DIHYDROXY-1,2-DIHYDRONAPHTHALENE
FORMED IN THE BACTERIAL METABOLISM
OF NAPHTHALENE.
BIOCHIM BIOPHYS ACTA. 237. 2.
P361-4. 18 MAY 71.
EN.
NAPHTHALENES: ME.
AEROBIOSIS. CELL-FREE-SYSTEM.
OXYGEN-CONSUMPTION. STEREOISOMERS.
M 71291417.
<203>
CAZACEANU, ECATERNIA.
INST. IG. BUCHAREST. ROM.
71.
METHOD OF DETERMINATION OF LOU
PHENOL CONCENTRATIONS IN UATER.
LUCR. CONF. NAT. CHIM. ANAL. 3RD. 3.
162
-------
P299-303. 1971.
LG RO.
DE PHENOL DETN UATER. CATIONIC RESIN
PHENOL DETN.
AN C 07622131187.
<204>
AU CENCI G. MOROZZI G.
YR 77.
TI EVALUATION OF THE TOXIC EFFECT OF
CADMIUM II ION flND CADMIUM II TETRA
CYANIDE ION ON THE GROWTH OF MIXED
MICROSIAL POPULATION OF ACTIVATED
SLUDGES.
SO SCI TOTAL ENVIRON. 7 (2). 131-143.
DE GLUCOSE UPTAKE ENZYMATIC ACTIVITY.
AN B 64665339.
<205>
AU CERNAKOVA M. HALAMA D.
YR 73.
TI EFFECT OF AROMATIC HYDRO CARBONS ON
MICROORGANISMS.
SO FOLIA MICROBIOL. 18 (2). 162.
DE ABSTRACT CANDIDA-LIPOLYTICA
RHODOTORULA-MUCILAGINOSA
PSEUDOMONAS-SP ZOOGLOEA-SP
ACHROMOBACTER-SP BACILLUS-CEREUS
NOCARDIA-OPACA TOXICITY BENZENE N
ALKANES.
AN B 73898870.
<2Q6>
AU CERNIGLIA C E. BLEVINS U T. PERRY
J J.
IN DEPARTMENT OF MICROBIOLOGY. NORTH
CAROLINA STATE UNIVERSITY. RALEIGH,
NORTH CAROLINA.
YR 76.
TI MICROBIAL OXIDATION AND ASSIMILATION
OF PROPYLENE.
SO APPL ENVIRON MICROBIOL. 32. 6.
P764-6. DEC 76.
LG EN.
MJ ETHYLENES: ME.
MN ACETATES: ME. MYCOBACTERIUM: EN.
PROPANE: ME. UNITED-STATES-
GOVERNMENT-SUPPORTED-NON-NIH: (NON-
NIH-SUP).
AN M 77086203. 7784.
CUNNINGHAMELLA-ELEGANS.
SO APPL ENVIRON MICROBIOL. 34 (4).
363-379.
LG EN.
DE MAMMALIAN METABOLISM DEXTROSE 1
NAPHTHOL 4 HYDROXY-1 TETRALONE 1 4
NAPHTHO QUINONE 1 2 NAPHTHO QUINONE
2 NAPHTHOL TRANS-1 2 DI HYDROXY-1 2
DI HYDRO NAPHTHALENE.
AN B 65023520.
<208>
AU CERNIGLIA C E. PERRY J J.
YR 72.
TI CRUDE OIL DEGRADATION BY MICROBES
ISOLATED FROM MARINE ENVIRONMENTS.
SO ABSTR ANNU MEET AM SOC MICROBIOL.
72. 3.
DE ABSTRACT FUNGI BACTERIA
PENICILLIUM-SP CUNNINGHAMELLA-
ELEGANS PARAFFIN ASPHALT.
AN B 73B30153.
<209>
AU CERNIGLIA, C. E. PERRY, J. J.
IN DEP. MICROBIOL. NORTH CAROLINA STATE
UNIV. RALEIGH. N. C.
YR 75.
TI METABOLISM OF N-PROPYLAMINE,
ISOPROPYLAMINE, AND 1,3-PROPANE
DIAMINE BY MYCOBACTERIUM CONVQLUTUM.
SO J. BACTERIOL. 124. P285-9. 1975.
LG EN.
DE PROPYLAMINE AMINE DEHYDROGENASE
MYCOBACTERIUM.
AN C 08325203633.
<210>
AU CHAIGNEAU, MARCEL. CHASTAGNIER,
MADELEINE.
IN SERV. ANAL. GAZ. PARIS. FR.
YR 76.
TI EXTRACTION AND IDENTIFICATION OF
HYDROCARBONS DISSOLVED IN LJATER.
SO BULL. SOC. CHIM. FR. P40-4. 1976.
LG FR.
DE HYDROCARBON EXTN LJATER SOLVENT.
CARBON TETRACHLORIDE EXTN UATER.
ETHER EXTN UATER. FREON 113 EXTN
UATER. CHLOROFORM EXTN UATER.
AN C 08518130270.
<207>
AU CERNIGLIA C E. GIBSON D T.
IN DEP. MICROBIOL. UNIV. TEX. AUSTIN,
TEX. 78712, USA.
YR 77.
TI METABOLISM OF NAPHTHALENE BY
AU CHALAYA, 2. I. MIKHAILOVA, L. S.
MASHKEVICH, A. I. EGOREICHENKO, 0.
A. POLISHCHUK, 0. M.
IN USSR.
163
-------
YR 75.
TI EXTRACTION-CHROMATOGRAPHIC
DETERMINATION OF THIOPHENE, ITS
CHLORODERIVflTIVES, TOLUENE, AND
BENZENE IN UASTE UATERS.
SO ZH. ANfiL. KHIM. 30. P798-802. 1975.
LG RS.
DE CHLORO THIOPHENE DETN UASTEUATER.
THIOPHENE DETN UASTEUATER. BENZENE
DETN UflSTEUflTER. TOLUENE DETN
WASTEUflTER.
AN C 08404021736.
<212>
AU CHAMBON, P. CHAMBON-MOUGENOT, R.
BRINGUIER, J.
IN LAB. REG. HYG. APPL. INST. PASTEUR
LYON. LYONS. PR.
YR 70.
TI UATER POLLUTION BY PHENOLS.
IDENTIFICATION OF PHENOLS IN UflTER
BY TLC (THIN LAYER CHROMflTOGRAPHY)
AFTER COLORED REACTION UITH 4-
AMINOANTIPYRINE.
SO REV. INST. PASTEUR LYON. 3. P395-
400. 1970.
LG FR.
DE COLORIMETRY CHROMATOG PHENOLS UATER.
AN C 07610049603.
<213>
AU CHANG, R. C. Y.
IN AMES LAB. lOUfl. 0305000.
YR 76. 92P.
TI CONCENTRATION AND DETERMINflTION OF
TRflCE ORGANIC POLLUTANTS IN UATER.
NT THESIS.
PR PC A05/MF A01.
AB A METHOD UAS DEVELOPED FOR
DETERMINING PHENOLS IN NATURAL
UATER, TREATED DRINKING UflTER, flND
UflSTEUflTER. THEY flRE DETERMINED BY
SELECTIVE SORPTION ON A
MACRORETICULAR AN ION-EXCHANGE RESIN,
ELUTION UITH ACETONE-UATER,
CONCENTRATION BY EVAPORATION AFTER
EXTRACTION UITH METHYLENE CHLORIDE,
AND MEASUREMENT BY GAS
CHROMATOGRAPHY. TECHNIQUES ARE GIVEN
FOR PREVENTING PHENOL LOSS. COMMON
INORGANIC IONS AND MANY ORGANIC
SUBSTANCES CAUSE NO INTERFERENCE;
NEUTRAL ORGANICS THAT ARE RETAINED
BY THE RESIN CAN BE REMOVED BY A
METHANOL UASH. THE METHOD GIVES
ACCURATE RESULTS FOR PHENOL, ALKYL-
AND CHLORO-SUBSTITUTED PHENOLS IN
THE PPB TO PPM RANGE. VOLATILE
COMPOUNDS, AS UELL AS LESS VOLflTILE
GAS CHROMATOGRAPHABLE COMPOUNDS CAN
ALSO BE DETERMINED. RESIN
PURIFICATION, SORPTION COLUMNS
PREPARATION, THERMAL DESORPTIONS,
THE MINI-SAMPLER, METHOD FOR
ANALYSIS OF REAL UATER FOR ORGANICS
AND DEVELOPMENT OF ANALYTICAL METHOD
ARE PRESENTED. FINALLY, A RAPID
METHOD UAS DEVELOPED FOR
CONCENTRATING AND DETERMINING
HALOMETHANES IN DRINKING UATER. THE
HALOMETHANES ARE DETERMINED BY
SORPTION ON MINI-SAMPLERS OF
MACRORETICULAR RESIN. THE
HALOMETHANES SORBED ON RESIN ARE
ELUTED UITH TUO MILLILITERS OF
METHflNOL. HALOMETHANES ARE
SEPARATED ON A TENAX-GC COLUMN AND
DETERMINED BY ELECTRON CAPTURE GAS
CHROMATOGRAPHY. STORAGE OF
HALOMETHANES ON THE MINI-SAMPLER UAS
STUDIED. REAL UATER SAMPLES UERE
ANALYZED. (ERA CITATION 02:
007682).
MJ HALOGENATED-ALICYCLIC- HYDROCARBONS,
ORGANIC-COMPOUNDS, PHENOLS.
MN UASTE-UATER, UATER, ADSORPTION,
AN IONS, CHEMICAL-ANALYSIS, ERRORS,
EVAPORATION, GAS-CHROMATOGRAPHY,
ION- EXCHANGE, RESINS.
ID ERDA-400102, ERDA-520200, UATER-
POLLUTION-DETECTION, SURFACE-
UflTERS, POTflBLE-UATER, UATER-
TREflTMENT, UflTER-flNflLYSIS, TRACE-
ELEMENTS, NTISERDA.
AN N IS-T-730.
<214>
flU CHflPMflN P J. HOPPER D J.
YR 68.
TI THE BACTERIAL METABOLISM OF.2,4-
XYLENOL.
SO BIOCHEM J. 110. 3. P491-8. DEC 68.
LG EN.
MJ PSEUDOMONAS: ME.
MN flDIPIC-ACIDS: ME. PHTHALIC- ACIDS:
ME.
AN M 69078989.
<215>
AU CHAPMAN P J. RIBBONS D U.
IN DEPARTMENT OF BIOCHEMISTRY, COLLEGE
OF BIOLOGICAL SCIENCES, UNIVERSITY
OF MINNESOTA, ST. PAUL, MINNESOTA
55188.
YR 76.
TI METABOLISM OF RESORCINYLIC COMPOUNDS
BY BACTERIA: ALTERNATIVE PflTHUflYS
FOR RESORCINOL CATABOLISM IN
164
-------
so
LG
MJ
MN
AN
AU
IN
YR
TI
SO
LG
MJ
MN
AN
PSEUDOMONAS PUTIDA.
J BflCTERIOL. 125. 3. P985-98. MflR
76.
EN.
PSEUDOMONAS: ME.
CATECHOLS: ME, (CflTECHOL).
COMPARATIVE-STUDY. ME. UNITED-
STATES-GOVERNMENT-SUPPORTED-NIH:
(NIH-SUP). UN ITED-STATES-GOVERNMENT-
SUPPORTED-NON-NIH: (NON-NIH-SUP).
M 76142424. 7607.
<216>
CHAPMAN P J. RIBBONS D U.
DEPARTMENT OF BIOCHEMISTRY,
UNIVERSITY OF MINNESOTA, ST. PAUL,
MINNESOTA 55108.
76.
METABOLISM OF RESORCINYLIC COMPOUNDS
BY BACTERIA: ORCINOL PATHWAY IN
PSEUDOMONAS PUTIDA.
J BACTERIOL.
76.
EN.
PSEUDOMONAS:
125. 3. P975-84. MAR
ME.
ACETATES: ME. CHEMISTRY. OXYGEN-
CONSUMPTION. BI. (NIH-SUP). (NON-
NIH-SUP).
M 76142423. 7607.
<218>
AU CHEN C U-C.
YR 69.
TI A KINETIC MODEL OF FISH TOXICITY
THRESHOLD.
SO DISS ABSTR B SCI ENG. 29 (9).
3342-B.
DE THESIS ABSTRACT LEBISTES-
RETICULATUS ZINC CYANIDE.
AN B 72067665.
<219>
AU CHENG, JOSEPH Y. ANTIA, NAVAL J.
IN FISHERIES RESEARCH BOARD OF CANADA,
VANCOUVER LAB. BC.
YR 70.
TI ENHANCEMENT BY GLYCEROL OF
PHOTOTROPHIC GROUTH OF MARINE
PLANKTON 1C ALGAE AND ITS
SIGNIFICANCE TO THE ECOLOGY OF
GLYCEROL POLLUTION.
SO CANADA. FISHERIES RESEARCH BOARD.
JOURNAL, 27(2): 335-346, FEB. 1970.
LG EN.
AB NONE.
ID GROUTH STIMULATORS, ORGANIC
POLLUTION.
DE PHYTOPLANKTON, GOUTH RATE, GLYCEROL.
AN P 7004340.
<220>
AU CHEREMISINOFF, P N. HABIB, Y H.
IN CLOSTER, NJ.
YR 73.
TI CYANIDE—AN ASSESSMENT OF
ALTERNATIVES FOR WATER POLLUTION
CONTROL.
SO UATER & SEUAGE DORKS INCLUDING
INDUSTRIAL UASTES, REFERENCE NO.
R95, R98-R99, R102-R104, R106-R107,
APR. 30, 1973.
LG EN.
AB NONE.
ID CYANIDE.
DE METAL FINISHING INDUSTRY UASTES,
TOXICITY, ANIONS, UASTE UATER
DISCHARGES, UATER POLLUTION CONTROL.
AN P 7401470.
<217>
AU CHEN C U. SELLECK R E.
YR 69.
TI A KINETIC MODEL OF FISH TOXICITY AU
THRESHOLD. YR
SO J UATER POLLUT CONTR FED. 41 (8 PART TI
2). R294-R308.
DE LEBISTES-RETICULATUS ZINC CYANIDE.
AN B 51014761.
<221>
CHERKINSKII S N. LASKINA V P.
74.
THE SIGNIFICANCE OF ISOMERY IN
HYGIENIC STANDARDIZATION OF
INDUSTRIAL CONTAMINATIONS OF UATER
BODIES.
SO GIG SANIT. (3). 6-10.
DE BENZENE DERIVATIVES ALCOHOLS TOXIC
EFFECTS.
AN B 59028854.
<222>
AU CHERN08RIVETS, V. L. ROZENFEL'D, M.
G.
IN INST. FIZ. KHIM. KIEV. USSR.
YR 71.
TI CHROMATOGRAPHIC SEPARATION OF
AQUEOUS SOLUTIONS OF METHANOL AND
FORMALDEHYDE.
SO KHIM. TEKHNOL. (KIEV). P32-4. 1971.
LG RS.
DE GAS CHROMATOG METHANOL FORMALDEHYDE.
AN C 07612067934.
165
-------
<223>
AU CHESLER, S. N. GUMP, B. H. HERTZ,
H. S. MAY. LJ. E. DYSZEL, S, M.
ENAGONIO, D. P.
IN INST. MATER. RES. NATL. BUR. STAND.
UASHINGTON. D. C.
YR 76.
TI TRflCE HYDROCARBON ANALYSIS: THE
NATIONAL BUREAU OF STANDARDS PRINCE
UILLIAM SOUND/NORTHEASTERN GULF OF
ALASKA BASELINE STUDY.
SO NATL. BUR. STAND. (U. S.), TECH.
NOTE. 889. P66 PP. 1976.
LG EN.
DE HYDROCARBON DETN UATER SEDIMENT.
SEAUATER HYDROCARBON DETN.
MESITYLENE DETN UATER. NAPHTHALENE
DETN UATER. PROPYLNAPHTHALENE DETN
UATER. PHENANTHRENE DETN UATER.
AN C 98424169436.
<224>
AU CHI C T. HOUELL J A.
YR 76.
TI TRANSIENT BEHAVIOR OF A CONTINUOUS
STIRRED TANK BIOLOGICAL REACTOR
UTILIZING PHENOL AS AN INHIBITORY
SUBSTRATE.
SO BIOTECHNOL BIOENG. 18 (1). 63-88.
DE PSEUDOMONAS MICROSIAL FILM ACTIVITY
UALL GROUTH FACTOR OSCILLATORY
BEHAVIOR BOTTLENECK MODEL.
AN B 62619556.
<225>
AU CHIAN, E S K. KUO, P P K. FUENTES,
R C. COUEN, U F. COOPER, U J.
IN UNIV. OF ILLINOIS, DEPT. OF CIVIL
ENGINEERING, ENVIRONMENTAL
ENGINEERING, URBANA, IL 61801.
YR 77.
TI DISTILLATION/HEADSPACE/GAS
CHROMATOGRAPHIC ANALYSIS FOR
VOLATILE POLAR ORGANICS AT PPB
LEVEL.
SO ENVIRONMENTAL SCIENCE 8, TECHNOLOGY,
11(3): 282-285, MAR. 1977.
LG EN.
AB NONE.
ID DISTILLATION HEADSPACE GC, VOLATILE
POLAR ORGANIC COMPOUNDS, ETHANOL,
METHANOL.
DE LABORATORY METHODS, DISTILLATION,
GAS CHROMATOGRAPHY, KETONES,
ALCOHOLS, ORGANIC COMPOUNDS, UATER
QUALITY CONTROL.
AN P 7704289.
<226>
AU CHIBA, MONITO. KURODfl, MASAYUKI.
IN NIPPON BUNSEKI KAGAKU KENKYUJO.
JAPAN.
YR 72.
TI UATER ANALYSIS. DETERMINATION OF
MERCURY, CHROMIUM, MANGANESE,
ARSENIC, CYANIDE IONS, AND SULFIDES.
SO KOGAI BUNSEKI SHISHIN. 5. P83 PP.
1972.
LG JA.
DE REVIEU METAL DETN UATER. MERCURY
DETN UATER REVIEU. CHROMIUM DETN
UATER REVIEU. MANGANESE DETN UATER
REVIEU. ARSENIC DETN UATER REVIEU .
CYANIDE DETN UATER REVIEU. SULFIDE
DETN UATER REVIEU.
AN C B82028B7330.
<227>
AU CHIKIN, YU. M. AKHMETGALEEV, N. M.
LEBEDEVA, V. T.
IN USSR.
YR 72.
TI EFFECTIVE USE OF RECYCLED SOLUTIONS
AT A FACTORY FOR DECREASING THE
CONCENTRATION OF CYANIDE COMPOUNDS
IN UASTE UATERS.
SO NAUCH. TR. IRKUTSK. NAUCH.- ISSLED.
INST. REDK. TSVET. METAL. NO. 27.
P27-30. 1972.
LG RS.
DE CYANIDE REMOVAL RECYCLED UATER.
AN C 87908845413.
<228>
AU CHILD J. UILLETTS A.
IN DEPARTMENT OF BIOLOGICAL SCIENCES,
UNIVERSITY OF EXETER, EXETER, U. K.
YR 78.
TI MICROSIAL METABOLISM OF ALIPHATIC
GLYCOLS. BACTERIAL METABOLISM OF
ETHYLENE GLYCOL.
SO BIOCHIM BIOPHYS ACTA. 538. 2.
P316-27. 18 JAN 78.
LG EN.
MJ ETHYLENE-GLYCOLS: ME.
MN CULTURE-MEDIA. ME.
AN M 78888975. 7885.
<229>
AU CHIOU C T. FREED V H. SCHMEDDING D
U. KOHNERT R L.
YR 77.
TI PARTITION COEFFICIENT AND BIO
ACCUMULATION OF SELECTED ORGANIC
CHEMICALS.
SO ENVIRON SCI TECHNOL. 11 (5). 475-
166
-------
478.
DE RAINBOU TROUT PESTICIDES POLY
CHLORINATED BI PHENYL.
AN B 64023329.
<230>
flU CHMIELOUSKI J. KLAPCINSKA B.
LABUZEK S. DANCH fl. MARCZYNSKI B.
MROZOUSKfi J. NOUAK E. PALUSINSKA
M.
YR 75.
TI KINETICS OF BIO DEGRADATION OF
PHENOLIC SUBSTRftTES BY ACTIVATED
SLUDGE MICROORGANISMS.
SO POL ARCH HYDROSIOL. 22 (2). (RECD
1976) 327-344.
DE PSEUDOMONAS-SPP ACHROMOBACTER- SPP
FLAVQBACTERIUM-SPP AERQMONAS-SP
VIBRIO-SP ALCALIGENES-SP
BACILLUS-SP.
PN B 62610911.
<23l>
AU CHOI, SHIN HYUB.
IN N. KOREA.
YR 74.
TI QUANTITATIVE ANALYSIS OF STYRENE BY
AQUEOUS IODINE CHLORIDE SOLUTION .
SO PUNSOK HUAHAK. 12. P28-33. 1974.
LG KO.
DE STYRENE ANALYSIS IODINE CHLORIDE.
AN C 0821005B138.
<232>
AU CHQLNOKY-PFANNKUCHE, K.
IN NAT. INST. UATER RES. PRETORIA. S.
AFRICA.
YR 69.
TI TOXICITY (OF NATURAL UATERS). I.
SO HYDROBIOLOGIA. 33. P209-22. 1969.
LG GE.
DE AMMONIUM CHLORIDE TOXICITY UATER.
PHENOL TOXICITY UATER. DIELDRIN
TOXICITY UATER. ALGAE TOXICITY
POLLUTED UATERS. FISH TOXICITY
POLLUTED UATERS.
AN C 07206024368.
<233>
AU CHQLNOKY-PFANNKUCHE, K.
IN NAT. INST. UATER RES. PRETORIA. S.
AFRICA.
YR 69.
TI TOXICITY (OF NATURAL UATERS). II.
EXPERIMENTS UITH ULOTHRIX TENERRIMfl
SO HYDROBIOLOGIA. 33. P223-36. 1969.
LG GE.
DE ALGAE TOXICITY POLLUTED UATERS.
DIELDRIN TOXICITY UATER. PHENOL
TOXICITY UATER. ULOTHRIX TENERRIMA
NATURAL UATERS.
AN C 07204015578.
<234>
AU CHRISTMAN, R F.
IN UNIV. OF UASHINGTON, DEPT. OF
APPLIED CHEMISTRY SEATTLE.
YR 71.
TI ANALYSIS OF ORGANIC POLLUTANTS.
SO SEE CITATION NO. 72-2TB-161 PP.
215-229. 1971.
LG EN.
AB NONE.
ID POLLUTANT ANALYSIS.
DE PHENOL, COD, ORGANIC UASTES.
AN P 7006934.
<235>
AU CHRISUELL C D. CHANG R C. FRITZ J
S.
YR 75.
TI CHROMATOGRAPH1C DETERMINATION OF
PHENOLS IN UATER.
SO ANAL CHEM. 47. 8. P1325-9. JUL 75.
LG EN.
MJ PHENOLS: AN.
MN CHROMATOGRAPHY-GAS. UNITED-
STATES-GOVERNMENT-SUPPORTED-NON-
NIH: (NON-NIH-SUP). UATER-SUPPLY:
AH.
AN M 75202928.
<236>
AU CHRZANOUSKI, ANDRZEJ. SZANIAUSKA,
JOLANTA. FITAK, BOHDAN.
HOROSZKIEUICZ, ZBIGNIEU. PACHECKA,
JAN. GIOVANOLI-JftKUBCZAK, TERESA .
UALCZAK, ELZBIETA. DABALA, HANNA.
SPIRYDONOU, ELZBIETA.
IN INST. NAUKI LEKU. AKAD. MED. UARSAU.
POL.
YR 75.
TI EVALUATION OF SOME POLLUTANTS IN THE
VISTULA AND ITS TRIBUTARIES IN THE
DEBLIN VICINITY. IV. NITRITES,
NITRATES, CYANIDES, AMMONIA
NITROGEN, AND PHENOLS.
SO FARM. POL. 31. P985-B. 1975.
LG PO.
DE NITRITE RIVER POLAND. NITRATE RIVER
POLAND. CYANIDE RIVER POLAND.
AMMONIA RIVER POLAND. PHENOL RIVER
POLAND.
AN C 08518130193.
167
-------
<237>
flU CHU, CHI-HONG.
IN THE UNIVERSITY OF IOUA (0096) PH.D.
1973, 131PP.
YR 73.
TI AN INVESTIGATION OF THE COLUMN
CHROMATOGRAPHIC BEHAVIOR OF THE
POROUS SUPPORT XAD-2: SEPARATION OF
ORGPtNIC BASES, PHENOLS, flND
STEROIDS.
SO DAI V34(09), SEC B, P4252.
DE CHEMISTRY, ANALYTICAL (0486).
flN D ADG74-07360.
<238>
flU CHUDOBfl, JAN. TUCEK, FERDINflND.
LISCHKE, PETER.
IN CHEM. TECHNOL. INST. PRflGUE. CZECH.
YR 75.
TI ISOLflTION flND IDENTIFICATION OF THE
ORGflNIC RESIDUE FROM THE PRODUCTION
OF flCTIVftTED SLUDGE MICROORGflNISMS.
SO Z. UflSSER flBUflSSER FORSCH. 8.
P99-104. 1975.
LG GE.
DE flCTIVOTED SLUDGE flNflLYSIS.
BENZOTHIftZOLE DERIV DETN ftCTIVflTED
SLUDGE . BENZOTHIOPHENE DERIV DETN
flCTIVflTED SLUDGE. INDftNONE DETN
flCTIVOTED SLUDGE. DIPHENYLflMINE DETN
flCTIVflTED SLUDGE. PROPYLflNILINE DETN
flCTIVflTED SLUDGE.
METHYL ISOPROPYLPHENOL DETN flCTIVflTED
SLUDGE.
flN C 08416111152.
<239>
flU CIAMBELLI, PflOLO. DE SIMONE,
VINCENZO. VflLENTINO, RAFFAELE.
IN 1ST. CHIM. UNIV. NflPOLI. NAPLES.
ITALY.
YR 76.
TI SINGLE SAMPLE ANflYLSIS OF A MIXTURE
OF PERMANENT GASES, UATER, AND
AROMATICS.
SO ANN. CHIM. (ROME). 66. PI 11-16.
1976.
LG EN.
DE ETHYLBENZENE DEHYDROGENATION
ANALYSIS GAS CHROMATOG. CARBON OXIDE
DETN ETHYLBENZENE DEHYDROGENATION.
UATER DETN ETHYLBENZENE
DEHYDROGENATION. NITROGEN DETN
ETHYLBENZENE DEHYDROGENATION. OXYGEN
DETN ETHYLBENZENE DEHYDROGENATION.
BENZENE DETN ETHYLBENZENE
DEHYDROGENATION. TOLUENE DETN
ETHYLBENZENE DEHYDROGENATION.
STYRENE DETN ETHYLBENZENE
DEHYDROGENATION. BENZALDEHYDE DETN
ETHYLBENZENE DEHYDROGENATION.
AN C 08620150125.
<240>
AU CILLIE G G. DAVIES T R. HART 0 0.
HASSETT A J.
IN NATL. INST. UATER RES. P.O. BOX 395,
PRETORIA 0001, S. APR.
YR 77.
TI THE EFFECT OF TOXIC LOADS ON
EFFLUENT PURIFICATION SYSTEMS.
SO UATER S A (PRETORIA). 3 (2). S3- 89.
LG EN.
DE MERCURY PHENOL CHROMIUM ORGANO
PHOSPHORUS COMPOUND BIOLOGICAL
FILTER ROTATING DISC ACTIVATED
SLUDGE CILIATES BACTERIA
NITRIFICATION LIME FLOTATION
PRETORIA SOUTH AFRICA.
AN B 65036596.
<241>
AU CLARK H F. DIAMOND L.
YR 71.
TI COMPARATIVE STUDIES ON THE
INTERACTION OF BENZPYRENE UITH CELLS
DERIVED FROM POIKILOTHERMIC AND
HOMEOTHERMIC VERTEBRATES PART 2
EFFECT OF TEMPERATURE ON BENZPYRENE
METABOLISM AND CELL MULTIPLICATION.
SO J CELL PHYSIOL. 77 (3). 385-392.
DE MOUSE HAMSTER CHICK GECKO GEKKO-
GECKO AMERICAN TOAD BUFO-AMERICANUS
RAINBOU TROUT SALMO-GAIRDNERI.
AN B 52128039.
<242>
AU CLARK R C JR. FINLEY J S. GIBSON G
G.
YR 74.
TI ACUTE EFFECTS OF OUTBOARD MOTOR
EFFLUENT ON 2 MARINE SHELLFISH.
SO ENVIRON SCI TECHNOL. B (12).
1009-1014.
DE MYTILUS-EDULIS OSTREA-LURIDA
PHYSIOLOGICAL STRESS GILL
DEGENERATION PARAFFIN HYDRO CARBON
UPTAKE MORTALITY PETROLEUM
POLLUTION.
AN B 59023070.
<243>
AU CLARK, D. P. POULTER, L. U.
UILSON, 0. U. CHRISTENSON, U. N.
IN THIOKOL CORP BRIGHAM CITY UTAH
UASflTCH DIV ENGINEERING CENTER,
168
-------
TYNDALL AFB, FLft. 401261.
YR 75. 122P.
TI THE TREATMENT AND ANALYSIS OF
CYANIDE WASTEWATER.
NT FINAL REPT. SEP 73-DEC 74.
PR PC$5.25/MFS2.25.
AB THE REPORT CONCERNS THE TREATMENT OF
INDUSTRIAL WASTES CONTAINING
CYANIDES, ESPECIALLY UASTES FROM
ELECTROPLATING PROCESSES. THE
PROTOTYPE SYSTEM TREATMENT CONCEPT
IS ESSENTIALLY CHLORINATION VIA
ELECTROLYTIC GENERATION OF CHLORINE
IN THE WASTE WATER. DESIGN AND
OPERATING ASPECTS ARE DISCUSSED.
OTHER CYANIDE TREATMENT PROCESSES
ARE REVIEWED AND ANALYTICAL
TECHNIQUES ARE DISCUSSED.
MJ CYANIDES, CHLORINATION.
MN ELECTROPLATING, WATER-POLLUTION,
PROTOTYPES, CHEMICAL-ANALYSIS, TEST-
METHODS, WASTE-TREATMENT,
ELECTROLYSIS, ELECTROCHEMISTRY,
PILOT-PLANTS, PERFORMANCE-
ENGINEERING.
ID INDUSTRIAL-WASTE-TREATMENT,
WATER-POLLUTION-CONTROL, WATER-
ANALYSIS, NTISDODAF.
AN N AD/A-006 394/1SL.
<244>
AU CLARK, E W. BAKER, C D. JESERNIG,
W V. HUETHER, C H.
IN SHERWIN WILLIAMS CO. CHICAGO, IL
60528.
YR 73.
TI RECOVERING PARA-CRESOL FROM PROCESS
EFFLUENT.
SO CHEMICAL ENGINEERING PROGRESS,
69(8): 77-78, AUG. 1973.
LG EN.
AB NONE.
ID CRESYLICS, SUMMARY ONLY, SHERWIN
WILLIAMS CO., P-CRESOL, CHICAGO.
DE ACTIVATED CARBON, WASTE WATER
TREATMENT, ILLINOIS, CHEMICAL
RECOVERY, PAINT INDUSTRY UASTES, AIR
POLLUTANTS.
AN P 7402909.
<245>
AU CLARK, ROBERT C. JR. FINLEY, JOHN
S.
IN NORTHWEST FISH. CENT. NATL. OCEANIC
ATMOS. ADM. SEATTLE. WASH.
YR 73.
TI PARAFFIN HYDROCARBON PATTERNS IN
PETROLEUM-POLLUTED MUSSELS.
50 MAR. FOLLUT. BULL. 4. P172-6. 1973.
LG
DE
EN.
PARAFFIN HYDROCARBON DETECTION
MUSSEL. PETROLEUM WATER POLLUTION
DETECTION. MYTILUS PETROLEUM
PARAFFIN DETN.
AN C 08013057132.
<246>
AU CLARK, ROBERT C. JR. FINLEY, JOHN
S.
IN NATIONAL MARINE FISHERIES SERVICE,
SEATTLE, WASH. NORTHWEST FISHERIES
CENTER.
YR 73. 13P.
TI TECHNIQUES FOR ANALYSIS OF PARAFFIN
HYDROCARBONS AND FOR INTERPRETATION
OF DATA TO ASSESS OIL SPILL EFFECTS
IN AQUATIC ORGANISMS.
AV PUB. IN PROCEEDINGS OF THE JOINT
CONFERENCE ON PREVENTION AND CONTROL
OF OIL SPILLS, API/EPA/USCG,
WASHINGTON, D.C. 13-15 MAR 73, P161-
172.
PR REPRINT.
AB NORMAL PARAFFIN HYDROCARBONS ARE ONE
OF THE MAJOR GROUPS OF COMPOUNDS IN
CRUDE OIL AND PETROLEUM PRODUCTS.
SINCE THESE COMPOUNDS CAN BE READILY
SEPARATED FROM AQUATIC ORGANISMS
USING SOLVENT EXTRACTION AND
LIQUID-SOLID CHROMATOGRAPHY AND
IDENTIFIED BY GAS-LIQUID
CHROMATOGRAPHY, THE NORMAL PARAFFINS
CAN SERVE AS INDICATORS OF PETROLEUM
POLLUTION IN THE AQUATIC
ENVIRONMENT. IT IS NECESSARY,
HOWEVER, TO DIFFERENTIATE BETWEEN
NATURAL COR BIOGENIC) HYDROCARBONS
AND THOSE ASSIMILATED BY THE
ORGANISMS FROM POLLUTION SOURCES BY
COMPARING THE NATURAL HYDROCARBON
CONTENT AND PATTERN OF ORGANISMS
FROM AREAS OF POLLUTION WITH THOSE
OF ORGANISMS FROM RELATIVELY
'UNPOLLUTED' ARAS. THE PAPER
SUGGESTS TECHNIQUES FOR OBTAINING
AND ANALYZING PETROLEUM HYDROCARBON
DATA WHICH CAN LEAD TO A STANDARD
METHOD FOR DETECTING AND FOLLOWING
THE BIOLOGICAL UPTAKE OF OIL BY
LIVING ORGANISMS FROM THE AQUATIC
ENVIRONMENT. (AUTHOR).
MJ WATER-POLLUTION, OILS, OILS,
ABSORPTION-BIOLOGY, HYDROCARBONS,
CHEMICAL-ANALYSIS.
MN ALKANES, IDENTIFYING. SOLVENT-
EXTRACTION, BIOASSAY, INDICATOR-
SPECIES, CHROMATOGRAPHIC-ANALYSIS,
GAS-CHROMATOGRAPHY.
ID OIL-POLLUTION, PATH-OF- POLLUTANTS,
169
-------
NOAA.
flN N COM-73-10998.
<247>
AU COBB, HOLJELL D.
IN TRINITY UNIV SAN flNTONIO TEX DEPT OF
BIOLOGY. 405286.
YR 73. 19P.
TI flN ECOLOGICAL flPPROflCH TO THE
PROBLEM OF BIODEGRADATION OF
PHENOLIC UASTES.
NT flNNUflL PROGRESS REPT. 1 JUN 72- 31
MAY 73.
AV 1.
PR PC$3.00/MF$1.45.
AB AN ATTEMPT UAS MADE TO ISOLATE AND
IDENTIFY THOSE ORGANISMS ASSOCIATED
UITH CRESOL METABOLISM IN THE
INDUSTRIAL UASTE WATERS OF KELLY AIR
FORCE BASE. RESULTS OF THIS UORK
ARE PRESENTED IN ADDITION TO
PRELIMINARY STUDIES ON THE
METABOLISM OF CRESOL OXIDATION BY
THESE ORGANISMS. (AUTHOR).
MJ INDUSTRIES, UASTES, PHENOLS,
BIODETERIORATION.
MN METABOLISM, SAMPLING, PSEUDOMONAS,
ESCHERICHIA, ENTEROBACTERIACEAE,
UATER-POLLUTION.
ID CRESOLS, KELLY-AIR-FORCE-BASE,
COMAMONAS, SERRATIA, AF.
AN N AD-770 750/8.
<248>
AU COFFMAN L M. UOODBRIDGE D D.
YR 74.
TI EFFECTS OF GAMMA RADIATION ON
AQUEOUS SOLUTIONS OF PHENOL.
SO BULL ENVIRON CONTAM TOXICOL. 11.5.
P461-6. MAY 74.
LG EN.
MJ PHENOLS: RE.
MN COBALT-RADIOISOTOPES.
(DOSERESPONSE-RELAT-RADIATION).
INDUSTRIAL-UASTE.
AN M 75055443.
<249>
AU COLE J A. HALL E S. BLAIR A H.
ROBINSON J L.
TI BIBLIOGRAPHY ON GROUND UATER
POLLUTION.
SO COLE, JOHN A. (ED.). GROUNDUATER
POLLUTION IN EUROPE. PROCEEDINGS OF
A CONFERENCE. READING, ENGLAND,
SEPT. 25-27, 1972. XI+547P. ILLUS.
UATER INFORMATION CENTER, INC. PORT
UASHINGTON, N.Y. U.S.A. ISBN 0-
912394-12-9. 1974 (1975) 465-516.
BE MICROORGANISMS SYMPOSIA
ADMINISTRATION FLOU AND DISPERSION
ARTIFICIAL RECHARGE UNDERGROUND
UASTE DISPOSAL SALT UATER SEUAGE
HEAVY METALS CYANIDES HYDRO CARBONS
PHENOLS DETERGENTS PESTICIDES
AGRICULTURE PURIFICATION.
AN B 75062376.
<250>
AU COLIN, G. COONEY, J. D. UILES, D.
M.
IN DIV. CHEM. NATL. RES. COUNC. CANADA.
OTTAUA. ONT.
YR 76.
TI SOME FACTORS INFLUENCING THE
MICROSIAL DEGRADATION OF
POLYETHYLENE.
SO INT. BIODETERIOR. BULL. 12. P67- 71.
1976.
LG EN.
DE MICROSIAL DEGRDN KETONE. UV IRRADN
POLYETHYLENE BIODEGRADABILITY.
AN C 08610055887.
<251>
AU COLLINS. R. P.
IN CONNECTICUT UNIV. STORRS. INST. OF
UATER RESOURCES. RESEARCH AND
TECHNOLOGY, UASHINGTON, D.C.
YR 76. 13P.
TI IDENTIFICATION OF STABLE ORGANIC
COMPOUNDS IN UASTE EFFLUENTS.
NT COMPLETION REPT. APR 73-JUN 76.
PR PC$3.50/tF$3.00.
AB LABORATORY INVESTIGATIONS TO
IDENTIFY THE REFRACTORY ORGANIC
CHEMICALS RELEASED IN THE UASTEUATER
OF LOCAL TEXTILE PLANTS AND TO
DETERMINE THE FATE OF THESE
COMPOUNDS AFTER THE UASTEUATER
TREATMENT PROCESS UERE CARRIED OUT.
EFFLUENTS AND SLUDGES FROM A PURIFAX
UATER TREATMENT PLANT UERE ANALYZED
BY GAS CHROMATOGRAPHY, INFRARED AND
MASS SPECTROMETRY. CHEMICAL
REAGENTS, INCLUDING ORTHO
PHENYLPHENOL, PARA PHENYLPHENOL,
BIPHENYL AND METHYL SALICYLATE,
UHICH ARE UTILIZED BY THE TEXTILE
INDUSTRIES USING THE PURIFAX
FACILITY, UERE SUBJECTED TO
CHLORINATION AND ANALYZED. OVER ONE
HUNDRED COMPOUNDS UERE DETECTED BY
GAS CHROMATOGRAPHY IN THE EFFLUENT
AND SLUDGE OBTAINED FROM THE PURIFAX
PLANT. MANY OF THE COMPOUNDS
UTILIZED IN THE TEXTILE INDUSTRY
170
-------
WERE REflDILY CHLORINATED flND COULD
BE DETECTED IN BOTH THE EFFLUENT flND
SLUDGE OBTAINED FROM THE TREATMENT
PLANT.
MJ ORGANIC-COMPOUNDS, UATER-ANALYSIS.
MN WATER-POLLUTION, CHLORINATION,
EFFLUENTS, INDUSTRIAL-WASTES,
TEXTILE-INDUSTRY, GAS-
CHROMftTOGRAPHY, SLUDGE, INFRARED-
SPECTROSCOPY. MASS-SPECTROSCOPY,
PHENOLS.
ID REPRINTS, WATER-POLLUTION-
DETECTION, SflLICYLIC-ACID-METHYL-
ESTER, BIPHENYLOLS, NTISDIOURT.
AN N PB-256 562/0SL.
MJ
<252>
AU COLLINS'JORTH, UILLIAM LEE. MN
IN UNIVERSITY OF MINNESOTA (9130) PH.D.
1971 179PP. ID
YR 71.
TI IDENTIFICATION AND METABOLISM OF AN
CERTAIN INTERMEDIATES IN THE ENZYMIC
DEGRADATION OF THE BENZENE NUCLEUS
BY META FISSION OF CATECHOL.
SO DAI V32(06), SEC B, P3150. AU
DE BIOCHEMISTRY (0303). IN
AN D ADG72-00344. YR
TI
<253> PG
IN COMMISSION OF THE EUROPEAN LG
COMMUNITIES, LUXEMBOURG. DIRECTORATE AV
FOR HEALTH PROTECTION. 1910896. ' DE
YR 75. 78P.
TI EUROPEAN COMMUNITY STUDY ON THE
DETERMINATION OF CYANIDES, PHENOLS, AN
RND HYDROCARBONS IN SURFACE WATER.
REPORT OF A WORKING GROUP OF
EXPERTS.
AV U.S. SALES ONLY. 1. AU
PR PC$5.00/MF$3.00.
AB WITH THE PARTICIPATION OF 34 IN
LABORATORIES FROM 8 MEMBER STATES OF
THE EUROPEAN COMMUNITY A PRELIMINARY YR
COLLABORATIVE STUDY ON THE DETECTION TI
OF CYANIDES, PHENOLS AND SO
HYDROCARBONS IN SURFACE UATER UflS
CONDUCTED. THE SflMPLES WERE RECEIVED LG
BY NEARLY ALL PARTICIPANTS WITHIN 6 AB
DAYS OF SHIPMENT, ONLY THE TRANSPORT ID
TO 7 PARTICIPANTS TAKING A LONGER DE
TIME. WITH A FEW EXCEPTIONS THE
VARIATION IN TEMPERATURE DURING
TRANSPORT WAS RELATIVELY SMALL. AN
EACH PARTICIPATING LABORATORY CHOSE
THE METHOD OF ANALYZING THE SflMPLES.
AN APPRAISAL OF THE PARTICULAR
METHODS COULD NOT BE DONE. IN AU
DETAIL THE EVALUATION SHOWED THAT IN
THE DETERMINflTION OF HYDROCARBONS
AND CYANIDES IN SURFACE WATER MAY
LEAD TO CONSIDERABLY DIFFERENT
RESULTS. IN HIGHER CONCENTRATION
RANGES (>L MG CN EXP - /L) THE
RESULTS OF THE MEASUREMENTS OF
CYANIDE CONTENT WERE IN BETTER
AGREEMENT. IN THE CONCENTRATION
RANGE GIVEN IN THIS STUDY THE
DETERMINATIONS OF PHENOL SHOWED THE
SMALLEST VARIATION OF ALL PARAMETERS
STUDIED. IN GENERAL THE RESULTS OF
THE MULTIPLE DETERMINATIONS OF ALL
PARAMETERS BY THE INDIVIDUAL
LABORATORIES AGREED FAIRLY WELL.
(ERA CITATION 01: 011476).
CYANIDES, HYDROCARBONS, PHENOL,
WATER-POLLUTION.
CHEMICflL-ANALYSIS, POLLUTION,
SURFACE-WATERS.
ERDA-520200, WATER-ANALYSIS,
NTISERDAE.
N EUR-5377E.
<254>
CONDREN, ARTHUR J.
PURDUE UNIV. LAFAYETTE. INDIANA.
69.
RADIATION INDUCED OXIDATION OF
SELECTED ORGANICS IN WASTE WATER.
70 PP.
EN.
78-3874.
IRRADN OXIDN ORG WASTE WATERS. OXIDN
IRRADN ORG WASTE WATERS. PHENOLS
IRRADN OXIDN WASTE WATER.
C 87322112699.
<255>
CONETTA, A. JANSEN, J. SALPETER,
J.
TECHNICON INDUSTRIAL SYSTEMS, 511
BENEDICT AVE. TARRYTOWN, NY 10591.
75.
AUTOMATED ANALYSIS FOR CYANIDE.
POLLUTION ENGINEERING, 7(1): 36- 37,
JAN. 1975.
EN.
NONE.
UV DIGESTION.
AQUATIC ENVIRONMENTS, CYANIDES,
DIGESTION, POLLUTANT ANALYSIS, WATER
POLLUTION MEASUREMENTS.
P 7502266.
<256>
CONNORS K A. LIPARI J M.
SCHOOL OF PHARMACY, UNIVERSITY OF
171
-------
UISCONSIN, MADISON, UI 53706.
YR 76.
TI EFFECT OF CYCLOAMYLOSES ON APPARENT
DISSOCIflTION CONSTANTS OF CARBOXYLIC
RCIDS AND PHENOLS: EQUILIBRIUM
ANALYTICAL SELECTIVITY INDUCED BY
COMPLEX FORMATION.
SO J PHARM SCI. 65. 3. P379-83. MAR 76.
LG EN.
MJ AMYLOSE: AA.
MN CHEMISTRY-PHflRMflCEUTICflL. UNITED-
STATES-GOVERNMENT-SUPPORTED-NON-
NIH: (NON-NIH-SUP).
AN M 76171367. 7608.
<257>
AU COOK, L E. SPANGELO, R C.
IN UNIV. OF NORTH DAKOTA, DEPT. OF
CHEMISTRY, GRAND FORKS, 58201.
YR 74.
TI SEPARATION OF MONOSUBSTITUTED PHENOL
ISOMERS USING LIQUID CRYSTALS.
SO ANALYTICAL CHEMISTRY, 46(1): 122-
128, JAN. 1974.
LG EN.
AB NONE.
ID PHENOL ISOMER SEPARATION.
DE AROMATIC COMPOUNDS, CHEMICAL
ANALYSIS, GAS CHROMATOGRAPHY,
INDUSTRIAL UASTES, PESTICIDE
DECOMPOSITION, SEPARATION PROCESSES.
AN P 7500994.
<258>
AU COOPER R L. CATCHPOLE J R.
YR 73.
TI THE BIOLOGICAL TREATMENT OF
CARBONIZATION EFFLUENTS PART 4 THE
NITRIFICATION OF COKE OVEN LIQUORS
AND OTHER TRADE UASTES AND THE
ENHANCEMENT OF BIOLOGICAL OXIDATION
OF RESISTANT ORGANIC COMPOUNDS BY
THE ADDITION OF GROUTH FACTORS TO
ACTIVATED SLUDGE.
SO UATER RES. 7 (8). 1137-1153.
DE BACTERIAL SLUDGE P AMINO BENZOIC-
ACID GLUCOSE PYRIDINE OXIDATION THIO
CYANATE CYANIDE AMMONIA OXIDATION
LIMED LIQUOR ACIDIFICATION.
AN B 59034312.
<259>
AU COOPER, R. L. LJHEATSTONE, K. C.
IN BR. COKE RES. ASSOC. CHESTERFIELD.
ENGL.
YR 73.
TI DETERMINATION OF PHENOLS IN AQUEOUS
EFFLUENTS.
SO UATER RES. 7. P1375-84. 1973.
LG EN.
DE PHENOL DETN UASTE UATER. UASTE UATER
ANALYSIS PHENOL.
AN C 08004019160.
<260>
AU COSTA LOPEZ, J. RIVERA RECIO, P.
IN FAC. CIENC. UNIV. BARCELONA.
BARCELONA. SPAIN.
YR 77.
TI CATALYTIC OXIDATION OF CYCLOHEXANE
IN A FIXED BED. COMPARISON UITH THE
RESULTS IN A FLUIDIZED BED.
SO AN. QUIM. 73. P445-53. 1977.
LG SP.
DE KINETICS OXIDN CYCLOHEXANE. CATALYST
OXIDN CYCLOHEXANE. AROMATIZATION
CYCLOHEXANE.
AN C 08717133525.
<261>
AU COSTA LOPEZ, J. RIVERA RECIO, P.
IN FAC. CIENC. UNIV. BARCELONA.
BARCELONA. SPAIN.
YR 74.
TI OBTAINMENT OF KINETIC DATA IN
FLUIDIZED BEDS. OXIDATION OF
CYCLOHEXANE TO MALEIC ANHYDRIDE.
SO AN. QUIM. 70. P836-43. 1974.
LG SP.
DE MASS TRANSFER OXIDN CYCLOHEXANE.
FLUIDIZED BED OXIDN CYCLOHEXANE.
REACTOR KINETICS OXIDN CYCLOHEXANE.
VANADIUM PENTOXIDE OXIDN
CYCLOHEXANE. MALEIC ANHYDRIDE
CYCLOHEXANE OXIDN.
AN C 08221139226.
<262>
AU COTTET J.
YR 75.
TI THE PHYSICOCHEMICAL CHARACTERISTICS
OF THE POTABILITY OF UATER.
SO BULL ACAD NATL MED (PARIS). 159 (5).
(RECD 1976) 383-389.
DE FRANCE UHO POLLUTION STANDARDS
CHLORIDES PESTICIDES CARCINOGENS
ARSENIC VINYL CHLORIDE MONOMER.
AN B 76053887.
<263>
AU COUGHLIN, ROBERT U.
IN DEP. CHEM. ENG. LEHIGH UNIV.
BETHLEHEM. PA.
YR 70.
TI EFFECT OF SURFACE GROUPS ON
172
-------
ADSORPTION OF POLLUTANTS.
PG 29 PP.
LG EH.
DE CARBON SORPTION UATER POLLUTflNT.
SODIUM BENZENESULFQNATE SORPTION
CARBON. NITROBENZENE SORPTION
CARBON. DEXTROSE SORPTION CARBON.
PHENOL SORPTION CARBON. UREA
SORPTION CARBON.
AN C 97614076952.
<264>
AU COUEN, UILLIAM F. COOPER, U. J.
HIGHFILL. J. U.
IN U. S. ARMY MED. BIOENG. RES. DEV.
LAB. FORT DETRICK. FREDERICK. MD.
YR 75.
TI EVACUATED GAS SAMPLING VALVE FOR
QUANTITATIVE HEAD SPACE ANALYSIS OF
VOLATILE ORGANIC COMPOUNDS IN UATER
BY GAS CHROMATOGRAPHY.
SO ANAL. CHEM. 47. P2483-4. 1975.
LG EN.
DE GAS SAMPLING VALVE CHROMATOG.
SAMPLING VALVE CHROMATOG ORG COMPD.
HEAD SPACE ANALYSIS SAMPLING VALVE.
ACETONE AQ GAS CHROMATOG. CHLOROFORM
AQ GAS CHROMATOG. ETHANOL AQ GAS
CHROMATOG. PROPANOL AQ GAS
CHROMATOG. VOLATILE ORG GAS
CHROMATOG.
AN C 08324201621.
<265>
AU COYNE, ROBERT V. CAMPBELL, JAMES M.
ROBLES, EDUARD G. JR.
IN ENVIRONMENTAL HEALTH LAB MCCLELLAN
AFB CALIF. 407689.
YR 72. 57P.
TI UATER SAMPLING GUIDELINES AND
INTERPRETATION OF DATA.
NT FINAL REPT.
PR PC$3.00/MF$0.93.
AB THE REPORT DISCUSSES A VARIETY OF
FACETS PERTAINING TO UATER SAMPLING
PROGRAMS, PRESERVATION, MANIPULATION
AND TRANSMISSION OF SAMPLES, AND THE
INTERPRETATION OF THE ANALYTICAL
DATA. A BRIEF REVIEW OF EACH OF THE
MAJOR POLLUTANTS IS INCLUDED.
MJ UATER-POLLUTIQN, CHEMICAL- ANALYSIS.
MN SAMPLING, PH, ARSENIC, METALS,
PESTICIDES, HALOGENATED-
HYDROCARBONS, COLORS, CYANIDES,
PARTICLES, HAL IDES, SURFACE-ACTIVE-
SUBSTANCES, SULFONATES, NITROGEN,
OILS, PHENOLS, PHOSPHORUS,
STANDARDS.
ID UfiTER-ANALYSIS, UATER-POLLUTION-
DETECTION, CHEMICAL-OXYGEN-DEMAND.
AN N AD-752 537.
<266>
AU CREUS, RICHARD C.
IN AIR FORCE ARMAMENT LAB EGLIN AFB
FLA. 400936.
YR 74. 13P.
TI EFFECTS OF PROPYLENE OXIDE ON
SELECTED SPECIES OF FISHES.
NT FINAL REPT. MAY-SEP 74.
PR PC$3.25/MF$2.25.
AB IN CONJUNCTION UITH THE FUEL AIR
EXPLOSIVES TESTING AND EVALUATION
PROGRAM, LABORATORY INVESTIGATIONS
INTO THE EFFECTS OF PROPYLENE OXIDE
UERE ACCOMPLISHED USING TUO SELECTED
SPECIES OF FRESHUATER FISHES AND ONE
MARINE SPECIES. FOR A 96-HOUR
EXPOSURE PERIOD, THE MEDIAN
TOLERANCE LIMITS (TLM) FOR PROPYLENE
OXIDE UERE DETERMINED TO BE 141 PPM
FOR MOSQUITOFISH (GAMBUSIA AFFINIS
BAIRD AND GERARD), 215 PPM FOR
BLUEGILL (LEPOMIS MACROCHIRUS
RAFINESQUE), AND 89 PPM FOR COMMON
MULLET CMUGIL CEPHALUS LINNAEUS).
THE RESULTS OF THESE TESTS
DEMONSTRATE THAT THE TOXICITY OF
PROPYLENE OXIDE IS SUFFICIENTLY HIGH
TO UARRANT CAUTION UITH ITS HANDLING
NEAR FRESH-UATER OR MARINE AQUATIC
SYSTEMS.
MJ FUEL-AIR-EXPLOSIVES, AQUATIC-
ORGANISMS, FISHES.
MN TOXICOLOGY, TOLERANCES-PHYSIOLOGY.
ID PROPYLENE-OXIDE, MARINE-FISHES,
FRESH-UATER-FISHES, UATER-POLLUTION-
EFFECTS-ANIMALS, NTISDODAF.
AN N AD/A-003 637/6SL.
<267>
AU CROIX, J. M. LABROCHE, C. LACKME,
C. MERLE, A.
IN ENGL.
YR 74.
TI DENSE BED IN A SPRAY COLUMN.
APPLICATION TO THE EXTRACTION OF
PHENOL FROM UASTE UATER.
SO PROC. INT. SOLVENT EXTR. CONF. 1.
P913-26. 1974.
LG EN.
AV JEFFREYS G. V.
DE PHENOL UASTEUATER. COUNTERCURRENT
EXTN PHENOL. SPRAY COLUMN EXTN
PHENOL. UASTEUATER PHENOL EXTN.
AN C 08416111198.
173
-------
<268>
AU CROIX, J. M. LABROCHE, C. LACKME,
C. MERLEE, A.
IN DEP. TRANSFERT CONVERS. ENERG.
C.E.N. GRENOBLE. GRENOBLE. FR.
YR 73.
TI APPLICATION OF DENSE-BED COLUMNS.
TREATMENT OF SEUAGES CONTAINING
PHENOLS BY LIQUID-LIQUID EXTRACTION.
SO BULL. INFORM. SCI. TECH. COMMIS.
ENERG. AT. (FR.). NO. 177. PI 1-24.
1973.
LG FR.
DE PHENOL REMOVAL UASTE UATER.
AN C 07918057365.
<269>
AU CROU S A. BOUMAN P I. AHEARN D G.
YR 77.
TI EFFECT OF CHLORINATED AND AROMATIC
HYDRO CARBONS ON HEXA DECANE
METABOLISM BY SURFACE SLICK
MICROORGANISMS.
SO ABSTR ANNU MEET AM SOC MICROSIOL.
77. 244.
DE ABSTRACT CANDIDA-LIPOLYTICA ESTUARY.
AN B 77649608.
<270>
AU CSANADY, MIHALY.
IN ORSZ. KOZEGESZSEGUGYI INT. BUDAPEST.
HUNG.
YR 74.
TI GROUNDUATER POLLUTION CAUSED BY
EFFLUENT FROM PLATING UORKS.
SO HIDROL. KOZL. 54. P62-4. 1974.
LG HU.
DE CHROMIUM UASTEUATER PLATING HAZARD.
GROUNDUATER POLLUTION PLATING
UASTEUATER. CYANIDE POLLUTION
PLATING UASTEUATER.
AN C 08506036857.
<271>
AU CUKOR, PETER. MADLIN, HOUARD.
IN BAYSIDE RES. CENT. GTE LAB. INC.
BAYSIDE. N. Y.
YR 73.
TI GAS CHROMATOGRAPHIC ANALYSIS OF
UATER AND UASTE UATERS.
SO UATER UATER POLLUT. HANDB. 4.
P1557-615. 1973.
LG EN.
AV CIACCIO, LEONARD L.
DE REVIEU GAS CHROMATOG UATER ANALYSIS.
ACID ORG DETN UATER. PHENOL DETN
UATER.
AN C 07824151112.
<272>
AU CUMMINS, J. J. DOOLITTLE, F. G.
ROBINSON, U. E.
IN BUREAU OF MINES, UASHINGTON, D.C.
LARAMIE ENERGY RESEARCH CENTER, UYO.
068 450.
YR 74. 23P.
TI THERMAL DEGRADATION OF GREEN RIVER
KEROGEN AT 150 TO 350C. COMPOSITION
OF PRODUCTS.
NT REPT. OF INVESTIGATIONS. PREPARED BY
LARAMIE ENERGY RESEARCH CENTER, UYO.
SEE ALSO PB-209 011.
PR PC$3.00/MF$2.25.
AB GREEN RIVER OIL SHALE PREVIOUSLY
EXTRACTED BY BENZENE UAS HEATED AT
150C FOR 0.5 TO 360 DAYS TO PROVIDE
INFORMATION ON IN SITU PROCESSING
CONDITIONS, TO DETERMINE THE EFFECT
OF LOU-TEMPERATURE HEATING ON THE
UNCONVERTED KEROGEN, AND TO
DETERMINE THE COMPOSITION OF
BENZENE- SOLUBLE THERMAL PRODUCTS.
THE METHODS USED IN DETERMINING THE
COMPOSITION OF THE SOLUBLE THERMAL
PRODUCTS CONSISTED OF FRACTIONATION
OF THE SOLUBLE MATERIAL, ELEMENTAL
ANALYSIS OF THE SOLUBLE PRODUCTS,
FRACTIONATION OF THE POLAR RESINS BY
ION-EXCHANGE CHROMATOGRAPHY, GAS
CHROMATOGRAPHIC ANALYSIS OF N-
ALKANES, AND MASS SPECTRAL ANALYSIS
OF THE BRANCHED PLUS CYCLIC ALKANES
AND AROMATIC OILS. THE METHODS USED
TO DETERMINE THE EFFECT OF LOU-
TEMPERATURE HEATING ON THE
UNCONVERTED KEROGEN REMAINING IN THE
OIL-SHALE HEATED RESIDUES CONSISTED
OF CARBON-HYDROGEN ANALYSIS.
VOLATILE MATERIAL DETERMINATION,
CARBON RESIDUE DETERMINATION AND
OXIDATION RATE DETERMINATION.
(MODIFIED AUTHOR ABSTRACT).
MJ OIL-SHALE, PYROLYSIS.
MN CHROMATOGRAPHIC-ANALYSIS,
CHEMICAL-COMPOSITION, IN-SITU-
COMBUSTION, MATERIALS-SEPARATION,
ALKANES, AROMATIC-COMPOUNDS, SHALE-
OIL, ION-EXCHANGING, MASS-SPECTRA,
GAS-CHROMATOGRAPHY, SOLVENT-
EXTRACTION, TEMPERATURE.
ID KEROGEN, NTISDIBM.
AN N PB-234 684/9.
<273>
AU CUMMINS, J. J. ROBINSON, U. E.
IN BUREAU OF MINES, UASHINGTON, D.C.
068 450.
YR 72. 20P.
TI THERMAL DEGRADATION OF GREEN RIVER
174
-------
KEROGEN ftT 150 TO 350 C.
NT REPT. OF INVESTIGATIONS.
PR PC$3.00/MF$0.95. AN
AB GREEN RIVER OIL SHALE PREVIOUSLY
EXTRACTED BY BENZENE UAS HEATED AT
150, 200, 250, 300, AND 350C FOR 0.5
TO 360 DAYS TO DETERMINE THE RATE AT AU
WHICH KEROGEN DEGRADES TO THERMAL
PRODUCTS, THE TYPES OF THERMAL IN
PRODUCTS FORMED, AND THE EFFECT
PROLONGED LOU-TEMPERATURE HEATING YR
(PREHEATING) HAS UPON SUBSEQUENT TI
ASSAY YIELDS. THERMAL DECOMPOSITION
OF KEROGEN AT 150 TO 350C IS TREATED SO
AS A FIRST-ORDER REACTION.
VARIATIONS IN THE RATE OF FORMATION LG
OF INDIVIDUAL TYPE COMPONENTS OF THE DE
PYROLYTIC PRODUCTS UERE FOUND. AN
CARBON BALANCES SHOU AN INCREASE IN
THE AMOUNT OF KEROGEN CONVERTED TO
BITUMEN AND OIL (FROM ASSAY OF
PREHEATED OIL SHALE) AS THE AU
TEMPERATURE OF PREHEATING INCREASED IN
FROM 150 TO 350C. (AUTHOR).
MJ OIL-SHALE, PYROLYSIS.
MN SHALE-OIL, SOLVENT-EXTRACTION, YR
REACTION-KINETICS, DECOMPOSITION- TI
REACTIONS, RETORTS-REACTORS.
ID KEROGEN. SO
AN N PB-209 011.
LG
MJ
<274> MN
AU CUMMINS, J. J. ROBINSON, UILBUR
EUGENE. AN
IN LARAMIE PET. RES. CENT. BUR. MINES.
LARAMIE. UYO.
YR 66.
TI CONTROLLED LOU-TEMPERATURE PYROLYSIS AU
OF BENZENE-EXTRACTED GREEN RIVER OIL YR
SHALE. TI
SO AMER. CHEM. SOC. DIV. FUEL CHEM.
PREPR. 12. P41-50. 1968. SO
LG EN.
DE OIL SHALES PYROLYSIS. SHALES OIL LG
PYROLYSIS. PYROLYSIS OIL SHALES. MJ
KEROGENS SHALES PYROLYSIS. KINETICS MN
SHALES PYROLYSIS.
AN C 07324122104.
AN
<275>
AU CUNDELL A M. TRAXLER R U.
YR 76.
TI PSYCHROPHILIC HYDRO CARBON DEGRADING
BACTERIA FROM NARRAGANSETT BAY
RHODE-ISLAND USA.
SO MATER ORG (BERL). 11 (1). 1-17.
DE ENRICHMENT CULTURE FUEL OILS
KEROSINE N HEXA DECANE METHYL CYCLO
HEXANE P XYLENE N HEXYL BENZENE
NAPHTHALENE TEMPERATURE GENERATION
TIME.
B 63000169.
<276>
CZAPLICKI, EDUARD J. BOLLAG,
JEAN-MARC.
LAB. IZOT. INST. OCHR. ROSLIN.
POZNAN. POL.
75.
MICROBIAL DEGRADATION OF 1-
NAPHTHOL.
BIUL. INST. OCHR. ROSL. 59. P241- 8.
1975.
PO.
NAPHTHOL DEGRDN BACTERIA FUNGI.
C 08519138221.
<277>
DAGLEY S.
DEPARTMENT OF BIOCHEMISTRY,
UNIVERSITY OF MINNESOTA, ST. PAUL,
MN.
76.
MICROBIAL CATABOLISM AND THE CARBON
CYCLE.
BIOCHEM SOC TRANS. 4. 3. P455-8.
1976.
EN.
BACTERIA: ME.
OXYGENASES: ME. UNITED-STATES-
GOVERNMENT-SUPPORTED-NIH: (NIH-SUP).
M 77069367. 7704.
<278>
DAGLEY S.
71.
CATABOLISM OF AROMATIC COMPOUNDS BY
MICRO-ORGANISMS.
ADV MICROS PHYSIOL. 6. 0. Pl-46.
1971.
EN.
HYDROCARBONS: ME.
REVIEU. TRYPTOPHAN-OXYGENASE: ME.
BENZENE-DERIVATIVES: ME. CATECHOLS:
ME. ME. MORAXELLA: ME, EN.
M 74261912.
<279>
AU DANCH, ALOJZY. CHMIELOUSKI, JERZY.
IN UNIV. SLASKI. KATOUICE. POL.
YR 74.
TI USE OF THIN-LAYER CHROMATOGRAPHY FOR
THE IDENTIFICATION OF PHENOLS IN
LJATERS FROM THERMAL PROCESSING OF
COAL.
SO CHEM. ANAL. (UARSAU). 19. P367- 73.
175
-------
1974.
LG PO.
DE PHENOL DETN COAL UASTEUATER
CHROMATOG. COflL UflSTEUflTER ANALYSIS
PHENOL CHROMATOG. UflSTEUflTER COflL
flNftLYSIS PHENOL CHROMflTOG.
flN C 08112068141.
<280>
AU DAVEY J F. GIBSON D T.
YR 74.
TI BflCTERIflL METflBOLISM OF P XYLENE flND
M XYLENE OXIDflTION OF fl METHYL
SUBSTITUENT.
SO J BftCTERIOL. 119 (3). 923-929.
DE PSEUDOMONflS-SP ISOMERS N METHYL-
N-NITRO-N-NITROSO GUflNIDINE MUTflGEN
PATHUAY GROUTH.
AN B 58068575.
<281>
AU DAVEY J F. RIBBONS D U.
IN DEPARTMENT OF BIOCHEMISTRY,
UNIVERSITY OF MIAMI SCHOOL OF
MEDICINE, MIAMI, FLORIDA 33152.
YR 75.
TI METflBOLISM OF RESORCINYLIC COMPOUNDS
BY BflCTERIfl. PURIFICATION flND
PROPERTIES OF ACETYLPYRUVATE
HYDROLASE FROM PSEUDOMONAS PUTIDA
01.
SO J BIOL CHEM. 250. 10. P3826-30. 25
MAY 75.
LG EN.
MJ HYDROLASES: ME.
MN ACETIC-ACIDS. ENZYME-ACTIVflTION: DE.
HYDROGEN-lON-CONCENTRflTION. PD.
SPECTROPHOTOMETRY-ULTRflVIOLET.
UNITED-STATES-GOVERNMENT-SUPPORTED-
NIH: (NIH-SUP).
AN M 75151538.
<282>
flU DflVID K A V. FAY P.
IN DEP. BOT. BIOCHEM. UESTFIELD COLL.
UNIV. LOND. LONDON NU3 7ST, ENGL.
UK.
YR 77.
TI EFFECTS OF LONG-TERM TREATMENT UITH
ACETYLENE ON NITROGEN FIXING
MICROORGANISMS.
SO APPL ENVIRON MICROBIOL. 34 (6).
(RECD 1978) 640-646.
LG EN.
DE ANABAENA-CYLINDRICA ANABAENOPSIS-
CIRCULflRIS RHODOSPIRILLUM-RUBRUM
AZOTOBflCTER-VINELflNDII ENZYME
ACTIVITY PHOTOSYNTHESIS.
AN B 65042769.
<2B3>
AU DAVIDOVA, E. G, KRETOVft, L. G.
RACHINSKII, V. V.
IN MOSK. S-KH. AKAD. MOSCOW. USSR.
YR 77.
TI METABOLIC POOLS OF CARBON FROM
YEASTS DURING THEIR GROUTH ON N-
OCTADECANE.
SO IZV. TIMIRYAZEVSK. S-KH. AKflD.
P14-17. 1977.
LG RS.
DE CANDIDfl CflRBON METAB OCTADECANE.
AN C 08713098612.
<284>
AU DAVIS fl R. HARD IN A H.
YR 76.
TI RAMAN SPECTRAL STUDIES OF ORGANIC
MOLECULES ADSORBED AT MODEL SEDIMENT
SURFACES.
SO CAN J SPECTROSC. 21 (5). 139-143.
DE POLLUTION PYRIDINE GLYCINE LYSINE
BETA ALANINE METAL OXIDES CLAY
SCATTERING AIR UATER SOLID
SPECTROSCOPY.
AN B 77021438.
<2B5>
AU DAUSON, G. U. SHUCKROU, A. J.
SUIFT, U. H.
IN BATTELLE MEMORIAL INST. RICHLflND,
UASH. PACIFIC NORTHUEST LABS. 387
060.
YR 70. 409P*.
TI CONTROL OF SPILLAGE OF HAZARDOUS
POLLUTING SUBSTANCES.
NT UATER POLLUTION CONTROL RESEARCH
SERIES. PAPER COPY AVAILABLE FROM
SUPERINTENDENT OF DOCUMENTS, GPO,
UASHINGTON, D.C. 20402. $3.00 AS
167.13/4-15090FQZ10/70.
PR SOD MFS0.95.
AB AN EVALUATION OF THE UATER QUALITY
ASPECTS GERMANE TO THE SPILLAGE OF
HAZARDOUS POLLUTING SUBSTANCES IS
DEVELOPED. EMPHASIS IS PLACED ON
DEFINITION AND CLASSIFICATION OF
CHEMICAL MATERIALS; THE NATURE OF
THE SOURCES OF SPILLAGE AND PAST
EXPERIENCE; AND ANALYSIS OF THE
RELATIVE THREAT TO UATER QUALITY
OFFERED BY SUCH SUBSTANCES; A REVIEU
OF PRESENTLY AVAILABLE DETECTION,
CONTROL, AND REMOVAL TECHNOLOGY;
RELATIONSHIP TO UATER QUALITY
STANDARDS; AND THE RELEVANT
176
-------
ADMINISTRATIVE, ENFORCEMENT, AND
COST RECOVERY ASPECTS. OVER 800
CHEMICAL SUBSTANCES UERE EVALUATED
AS TO THEIR ANNUAL PRODUCTION AND
TRANSPORT QUANTITIES, THEIR CRITICAL
CONCENTRATION IN THE AQUATIC
ENVIRONMENT RESULTING IN UATER
QUALITY IMPAIRMENT FOR THE SEVERAL
BENEFICIAL UATER USES, DETECTION
LIMITS (BOTH FIELD AND LABORATORY),
AND THE CONTROL AND REMOVAL METHODS
PRESENTLY AVAILABLE OR POTENTIALLY
PRACTICABLE. OVER 250 CHEMICALS AND
COMPOUNDS, GENERALLY THOSE IN LARGE
SCALE PRODUCTION AND UTILIZATION,
ARE PRIORITY RANKED IN ORDER OF
RELATIVE THREAT TO UATER QUALITY IN
TERMS OF ANNUAL PRODUCTION/SALES,
INTRINSIC HAZARD TO UATER QUALITY,
TRANSPORT MODE, AND PAST STATISTICAL
ACCIDENT FREQUENCY. RECOMMENDATIONS
ARE PRESENTED REGARDING FUTURE
RESEARCH AND DEVELOPMENT EFFORTS
AIMED AT MITIGATING DAMAGE AND A
CONSENSUS OF INFORMED PARTIES IS
PRESENTED RELATING TO THE NEED FOR
ADDITIONAL LEGISLATION. (AUTHOR).
MJ HAZARDOUS-MATERIALS, UATER-
POLLUTION, REVIEUS, HAZARDOUS-
MATERIALS, HIGHUAY-TRANSPORTATION,
UATER-POLLUTION, UATER-
TRANSPORTATION, UATER-POLLUTION,
RAIL-TRANSPORTATION,
UATER-POLLUTION.
MN CLASSIFICATIONS, TOXICITY, UATER-
QUALITY, GOVERNMENT-POLICIES,
DETECTION, NATIONAL-GOVERNMENT,
ACCIDENTS, FISH, RECOMMENDATIONS,
MONITORS, TABELS-DATA.
ID UATER-POLLUTION-DETECTION, UATER-
POLLUTION-EFFECTS-PLANTS, UATER-
POLLUTION-EFFECTS-ANIMALS, LAU-
JURISPRUDENCE, PESTICIDES,
FERTILIZERS, CHEMICAL-INDUSTRY,
PHENOLS.
AN N PB-197 596.
<286>
AU DAY, DAVID CHARLES.
IN UNIVERSITY OF UATERLOO (CANADA)
(1141) PH.D. 1972, 001PP.
YR 72.
TI AQUEOUS PHASE OXIDATION OF PROPIONIC
ACID.
SO DAI V34(81), SEC B, P0195.
DE ENGINEERING, CHEMICAL (0542).
AN D ADGB2-77499.
<287>
AU DE BONT JAM.
YR 76.
TI BACTERIAL DEGRADATION OF ETHYLENE
AND THE ACETYLENE REDUCTION TEST.
SO CAN J MICROBIOL. 22 (7). 1060- 1062.
DE PURE CULTURES SOIL CO OXIDATION.
AN B 62056950.
<288>
AU DE BONT J A.
YR 75.
TI OXIDATION OF ETHYLENE BY BACTERIA.
SO ANN APPL BIOL. 81. 1. P119-21. SEP
75.
LG EN.
MJ ETHYLENES: ME, (ETHYLENE).
MN OXIDATION-REDUCTION.
AN M 76038111.
<289>
AU DE BONT J A. ALBERS R A.
IN LABORATORY OF MICROBIOLOGY,
AGRICULTURAL UNIVERSITY, UAGENINGEN,
THE NETHERLANDS.
YR 76.
TI MICROBIAL METABOLISM OF ETHYLENE.
SO ANTON IE VAN LEEUUENHOEK. 42. 1-2.
P73-80. 1976.
LG EN.
MJ BACTERIA: ME.
MN ACETYL-COENZYME-A-SYNTHETASE: ME,
(ACETYL-COA-SYNTHETASE).
ALDEHYDE-OXIDOREDUCTASES: ME. ME.
AN M 76251506. 7611.
<290>
AU DE BONT, J. A. M.
IN LAB. MICROBIOL. AGRIC. UNIV.
UAGENINGEN. NETH.
YR 76.
TI OXIDATION OF ETHYLENE BY SOIL
SO ANTON IE VAN LEEUUENHOEK. 42. P59-
71. 1976.
LG EN.
DE ETHYLENE OXIDN SOIL BACTERIA.
AN C 08505030335.
<291>
AU DE KLERK, H. VAN DER LINDEN, A. C.
IN K. SHELL-LAB. AMSTERDAM. NETH.
YR 74.
TI BACTERIAL DEGRADATION OF
CYCLOHEXANE. PARTICIPATION OF
COOXIDATION REACTION.
SO ANTON IE VAN LEEUUENHOEK; J.
MICROBIOL. SEROL. 40. P7-15. 1974.
177
-------
LG EN.
DE CYCLOHEXANE BIODEGRDN PSEUDQMONAS.
HYDROCARBON OXIDN BIODEGRDN
PSEUDOMONAS.
AN C 88181002386,
<292>
AU DE=GODOY, M. P.
IN E.E.B.P. PIRASSUNUNGA. BRAZIL.
YR 69.
TI RIVER WATERS, POLLUTION, AND POTABLE
WATERS.
SO REV. BRASIL. PESQUI. MED. BIOL. 2.
P95-9. 1969.
LG PT.
DE METHYL MERCAPTAN RIVERS POLLUTION.
PULP PLANT RIVERS POLLUTION. BLACK
LIQUOR RIVERS POLLUTION. RIVERS
POLLUTION PULP PLANT. POTABLE UATER
POLLUTED RIVERS.
AN C 07214070411.
<293>
AU DEAN-RAYMOND, D. BARTHA, R.
IN RUTGERS - THE STATE UNIV NEU
BRUNSWICK N J RESEARCH, ARLINGTON,
VA. 312250.
YR 75. 21P.
TI BIODEGRADATION OF SOME POLYNUCLEAR
AROMATIC PETROLEUM COMPONENTS BY
MARINE BACTERIA.
NT TECHNICAL REPT. 1 JAN-31 DEC 74.
PR PC$3.25/MF$2.25.
AB THE METABOLISM OF POLYNUCLEAR
AROMATIC HYDROCARBONS UAS STUDIED
USING GAS CHROMATOGRAPHIC, THIN-
LAYER CHROMATOGRAPHIC, INFRARED AND
MASS SPECTROMETRIC TECHNIQUES. OF
SIX BACTERIAL STRAINS ISOLATED FROM
OIL POLLUTED ESTUARINE UATER, ALL
GREU ON NAPHTHALENE, 2-
METHYLNAPHTHALENE AND 2-
ETHYLNAPHTHALENE AS SOLE SOURCES OF
CARBON AND ENERGY. SEVERAL OTHER
ALKYL NAPHTHALENES UERE METABOLIZED
BY VARIOUS STRAINS. PHENANTHRENE
AND ANTHRACENE UERE METABOLIZED BY
THREE OUT OF SIX ORGANISMS. ONLY
ONE NAPHTHALENE-GROUN STRAIN UAS
ABLE TO METABOLIZE OTHER
POLYAROMATIC COMPOUNDS, INCLUDING
ACENAPHTHYLENE, BIPHENYL, FLUORENE
AND TETRALIN. THE SPECIFICITY OF
SALICYLflTE HYDROXYLASE GOVERNS THE
UTILIZATION OF SEVERAL NAPHTHALENE
DERIVATIVES UHILE INABILITY TO
OXIDIZE NAPHTHOIC ACIDS PREVENTS
GROUTH ON DIMETHYLNAPHTHALENES.
MJ AROMATIC-POLYCYCLIC- HYDROCARBONS,
BIODETERIORATION, METABOLISM,
BACTERIA.
MN NAPHTHALENES, SALICYLIC-ACIDS, OILS.
ID OIL-POLLUTION-REMOVAL, UATER-
POLLUTION-EFFECTS-ANIMALS, NTISDODN.
AN N AD/A-806 346/1SL.
<294>
AU DEDONDER, A. VAN SUMERE, C. F.
IN LAB. PLANTENBIOCHEM. UNIV. GHENT.
GHENT. BELG.
YR 71.
TI EFFECT OF PHENOLICS AND RELATED
COMPOUNDS ON THE GROUTH AND THE
RESPIRATION OF CHLORELLA VULGAR IS.
SO Z. PFLANZENPHYSIOL. 65. P70-B0.
1971.
LG EN.
DE PHENOLICS ALGAE GROUTH. RESPIRATION
ALGAE PHENOLICS. MENADIONE GROUTH
ALGAE. QUINONE RESPIRATION ALGAE.
AN C B751710BB24.
<295>
AU DEESON, A. F. L.
IN ENGL.
YR 70.
TI UATER POLLUTION AND THE CHEMICAL
INDUSTRY.
SO BRIT. CHEM. ENG. 15. P1141-6. 1970.
LG EN.
DE STDS UATER QUALITY. UATER QUALITY
STDS. ACIDITY UATER QUALITY. TEMP
UATER QUALITY. BOD UATER QUALITY.
CYANIDES UATER QUALITY. GREASES
UATER QUALITY. OILS UATER QUALITY.
PHENOL UATER QUALITY. METALS UATER
QUALITY.
AN C 87404815592.
<296>
AU DEINZER M. MELTON R. MITCHELL D.
YR 75.
TI TRACE ORGANIC CONTAMINANTS IN
DRINKING UATER THEIR CONCENTRATION
BY REVERSE OSMOSIS.
SO UATER RES. 9 (9). 799-805.
DE HUMAN CINCINNATI OHIO USA CELLULOSE
ACETATE MEMBRANES PENTA ERYTHRITOL
BIS-2 CHLOROETHYL ETHER BIS-2
CHLOROISOPROPYL ETHER UREA TRI
ETHYLENE GLYCOL DI PROPYLAMINE
CHLORO BENZENE PROPYL BENZENE
BENZONITRILE GAS CHROMATOGRAPHY MASS
SPECTROMETRY BENZENE BENZONITRILE
GAS CHROMftTOGRflPHY MASS.
AN B 6104B6BB.
178
-------
<297>
AU DELFINO J J. DUBE D J.
YR 76
TI PERSISTENT CONTAMINATION OF GROUND
UflTER BY PHENOL.
SO J ENVIRON SCI HEALTH PART A ENVIRON
SCI ENG. 11 (6). 345-355.
DE UISCONSIN USA HUMAN POLLUTION TOXIC
EFFECTS POTABLE DELL UATER POLLUTION
AQUIFER DILUTION DEGRADATION.
AN B 77003367.
TI COMPARATIVE STUDIES ON THE
INTERACTION OF BENZO-A-PYRENE UITH
CELLS DERIVED FROM POIKILOTHERMIC
AND HOMED THERMIC VERTEBRATES PART 1
METABOLISM OF BENZO-A-PYRENE.
SO J NAT CANCER INST. 45 (5). 1005-
1012.
DE FISH TOAD LIZARD TURTLE RODENT
CARCINOGEN CHLOROFORM METHANOL UATER
EXTRACTION.
AN B 52032475.
<298>
AU DELL'ACQUA R. BUSH B.
YR 73.
TI MICRO DETERMINATION OF GASOLINE IN
POTABLE UATERS BY GAS
CHROMATOGRAPHY.
SO INT J ENVIRON ANAL CHEM. 3 (2).
CRECD 1974) 141-146.
DE POLLUTION HEXANE.
AN B 59039772.
<299>
AU DESMARCHELIER, JAMES M. FUKUTO, T.
R.
IN DEP. ENTOMOL. UNIV. CALIFORNIA.
RIVERSIDE. CALIF.
YR 74.
TI TOXICOLOGICAL EFFECTS PRODUCED BY
SOME 1,3-BENZODIOXOLES, CATECHOLS,
AND QUINONES IN CULEX MOSQUITO
LARVAE.
SO J. ECON. ENTOMOL. 67. P153-8. 1974.
LG EN.
DE BENZODIOXOLE DERIV MOSQUITO
TOXICITY. CATECHOL DERIV MOSQUITO
TOXICITY. NAPHTHOQUINONE DERIV
MOSQUITO TOXICITY. NAPHTHALENEDIOL
DERIV MOSQUITO TOXICITY.
AN C 08121131535.
<300>
AU DIAMOND L.
YR 71.
TI METABOLISM OF POLY CYCLIC HYDRO
CARBONS IN MAMMALIAN CELL CULTURES.
SO INT J CANCER. 8 (3). 451-462.
DE 3 4 BENZ PYRENE 7 12 DI METHYL BENZ
A ANTHRACENE CARCINOGENS ALKALI
EXTRACTABLE DERIVATIVES UATER
SOLUBLE DERIVATIVES.
AN B 53056111.
<301>
AU DIAMOND L. CLARK H F.
YR 70.
<302>
AU DIETZ ft S. TUOMINEN T. ALBRIGHT L
J.
YR 76.
TI SUBLETHAL POLLUTANT EFFECTS UPON
THE NATIVE MICRO FLORA OF GEORGIA
STRAIT.
SO SHARPLEY, J. MILES AND ARTHUR M.
KAPLAN (ED.). PROCEEDINGS OF THE
THIRD INTERNATIONAL BIODEGRADATION
SYMPOSIUM. KINGSTON, RHODE ISLAND,
USA, AUGUST 17-23, 1975. XIV+1138P.
ILLUS. APPLIED SCIENCE PUBLISHERS
LTD: LONDON, ENGLAND. ISBN 0-85334-
679-8. CRECD 1977) 1083-1090.
DE USA BACTERIA CRUDE OIL DIESEL FUEL
SEUAGE EFFLUENT POLY CHLORINATED BI
PHENYL RIVER SILT.
AN B 78019942.
<303>
AU DIETZ, F. KOPPE, P.
IN RUHRVERBflND/ESSEN. GER.
YR 72.
TI APPLICftTION OF THIN-LAYER
CHROMATOGRAPHY TO THE DETECTION OF
TRACE MATERIALS IN UATER.
SO HAUS TECH. ESSEN, VORTRAGSVEROEFF.
NO. 283. P17-28. 1972.
LG GE.
DE THIN LAYER CHROMATOG UATER ANALYSIS.
PHENOL DETN UATER. HYDROCARBON DETN
UATER. AROM HYDROCARBON DETN UATER.
NITRO COMPD DETN UATER.
AN C 07726168452.
<304>
AU DIETZ, F. TRAUD, J. KOPPE, P.
RUEBELT, C.
IN RUHRVERSTAND, CHEM. BIOL. LAB.
ESSEN. GER.
YR 76.
TI SYSTEMS FOR THE IDENTIFICATION OF
PHENOLIC COMPOUNDS BY THIN-LAYER
CHROMATOGRAPHY.
SO CHROMATOGRAPHIA. 9. P380-96. 1976.
179
-------
LG GE.
DE PHENOL DETN UflTER CHROMflTOG.
AN C 08608047159.
<305>
AU DIGGENS, A.
IN ORION RESEARCH, INC. 380 PUTNAM AVE.
CAMBRIDGE, MA 02139.
YR 76.
TI INSTRUMENTATION AND AUTOMATIC
CONTROL OF CYANIDE UASTE TREATMENT.
SO POLLUTION ENGINEERING, 8(3): 43- 45,
MAR. 1976.
LG EN.
AB HONE.
ID METAL PLATING BATHS.
DE INDUSTRIAL EFFLUENTS, CYANIDES,
METAL INDUSTRY WASTES, POLLUTION
CONTROL EQUIPMENT, PH, UASTEUATER
TREATMENT.
AN P 7604259.
<306>
AU DMITRIEV, M. T. KITROSSKII, N. A.
IN INST. OBSHCH. KOMMUNAL. GIG. IM.
SYSINA. MOSCOW. USSR.
YR 69.
TI IONIZATION-CHROMATOGRAPHIC
DETERMINATION OF SOME ORGANIC
SUBSTANCES.
SO GIG. SANIT. 34. P69-74. 1969.
LG RS.
DE IONIZATION CHROMATOGRAPHIC DETN
ORGS. CHROMATOGRAPHIC IONIZATION
DETN ORGS. ORGS IONIZATION
CHROMATOGRAPHIC DETN. ACETALDEHYDE
DETN UASTE UATERS. ACETONE DETN
UASTE UATERS. ACETONE DETN UASTE
UATERS. ISOPROPYL ALC DETN UASTE
UATERS. DIOXANE DETN UASTE UATERS.
ACRYLONITRILE DETN UASTE UATERS.
AN C 07210047167.
<307>
AU DOCHERTY, A. C.
IN AGRIC. DIV. IMP. CHEM. IND. LTD.
BILLINGHAM/TEESSIDE. ENGL.
YR 73.
TI ANALYSIS OF UASTE UATERS AND
INTERPRETATION OF THE RESULTS.
SO PROC. SOC. ANAL. CHEM. 10. P201- 2.
1973.
LG EN.
DE REVIEU UASTEUATER ANALYSIS. CYANIDE
EFFECT FISH REVIEU. PHENOL EFFECT
FISH REVIEU. FISH POLLUTANT EFFECT
REVIEU.
AN C 08306047708.
<308>
flU DOLGOVA L G. KUCHMA V N.
YR 74.
TI EFFECT OF BIO STIMULATORS ON
RESISTANCE OF PLANTS TO INDUSTRIAL
POLLUTION.
SO BIOL NAUKI (MOSC). 17 (11). (RECD
1975) 72-75.
DE POA-PRATENSIS PSEUDOBACTERIUM-
LACTICUM PSEUDOMONAS-LIQUEFACIENS
MICROORGANISMS PHENOL RESORCINOL
PYRO CATECHOL DEHYDROGENASE ACTIVITY
RHIZOSPHERE.
AN B 61051373.
<309>
AU DONAHUE, AUDREY E.
IN ENVIRONMENTAL PROTECTION AGENCY,
CINCINNATI, OHIO.
YR 73. 394P*.
TI CHEMICAL ANALYSES FOR UATER QUALITY.
TRAINING MANUAL.
PR PC$8.00/MF$1.45.
AB THIS TRAINING MANUAL CONTAINS
OUTLINED INFORMATION USED BY
LECTURERS UHEN PRESENTING TOPICS IN
EPA-NTC COURSE 100, 'CHEMICAL
ANALYSES FOR UATER QUALITY. ' THE
CONTENTS CONCERN INDIVIDUAL
CONSTITUENTS FOUND IN UATER (E. G.
DISSOLVED OXYGEN), INSTRUMENTAL
METHODOLOGY (E. G. ATOMIC
ABSORPTION) AND INFORMATION USEFUL
TO ANALYSTS (E. G. STATISTICS). A
SECTION OF LABORATORY PROCEDURES
USED BY CLASS GROUPS IS ALSO
INCLUDED.
MJ UATER-ANALYSIS, MANUALS, UATER-
POLLUTION, UATER-ANALYSIS.
MN CRITERIA, ACIDITY, ALKALINITY,
DISSOLVED-GASES, OXYGEN, AMMONIA,
NITRATES, NITROGEN, CHLORINE,
CARBON, CALCIUM, MAGNESIUM,
ELECTRICAL-RESISTIVITY, PHOSPHORUS,
CYANIDES, IRON, MANGANESE, PHENOLS,
CHLORINE-AROMATIC-COMPOUNDS,
DETERGENTS, SURFACTANTS, PESTICIDES,
SPECTROSCOPIC-ANALYSIS, FLAME-
PHOTOMETRY, ATOMIC-SPECTROSCOPY,
ORGANIC-COMPOUNDS, GAS-
CHROMATOGRAPHY, CHROMATOGRAPHY,
INFRARED-SPECTROSCOPY, AUTOMATION,
AERIAL-RECONNAISSANCE, LEGAL-
PROCESSES, METALS.
ID UATER-POLLUTION-DETECTION, FUQA.
AN N PB-224 212/1.
<310>
AU DONALDSON U T.
180
-------
YR
TI
73.
ft RESEARCH PROGRAM FOR IDENTIFYING
AND MEASURING UlflTER POLLUTANTS.
SO INT J ENVIRON ANAL CHEM. 3. 1.
Pl-18. 1973.
LG EN.
MJ UATER-POLLUTION-CHEMICAL: AN.
MN ACTIVATION-ANALYSIS. COMPUTERS-
DIGITAL. FURANS: AN. PYRIDINES: AN.
AN M 74125997.
YR
TI
75.
AU DONCHENKO, N. A. ARSHANITS, N. M.
IN KIRISH. NEFTEPERERAB. ZAVOD.
KIRISHI. USSR.
YR 74.
TI COMPARATIVE TOXICITY OF SEPARATE
COMPONENTS OF UASTE WATERS FROM THE
K IRISH PETROLEUM REFINERY THAT HAD
UNDERGONE BIOLOGICAL PURIFICATION .
SO KHIM. TEKHNOL. TOPL. MASEL. P29- 32.
1974.
LG RS.
DE PETROLEUM REFINERY UASTEUATER
TREATMENT. EMULSION PETROLEUM
REFINERY UASTEUATER TREATMENT.
CETANE PETROLEUM REFINERY UASTEUATER
TREATMENT . DECALIN PETROLEUM
REFINERY UASTEUATER TREATMENT.
NAPHTHALENE PETROLEUM REFINERY
UASTEUATER TREATMENT. BIOL PURIFN
PETROLEUM REFINERY UASTEUATER
TREATMENT.
AN C 08126175789.
<312>
flU DONOGHUE N A. GRIFFIN M. NORRIS D
B. TRUDGILL P U.
YR 76.
TI THE MICROSIAL METABOLISM OF CYCLO
HEXANE AND RELATED COMPOUNDS.
SO SHARPLEY, J. MILES AND ARTHUR M.
KAPLAN (ED.). PROCEEDINGS OF THE
THIRD INTERNATIONAL BIODEGRADATION
SYMPOSIUM. KINGSTON, RHODE ISLAND,
USA, AUGUST 17-23, 1975. XIV+1138P.
ILLUS. APPLIED SCIENCE PUBLISHERS
LTD: LONDON, ENGLAND. ISBN 0-85334-
679-8. (RECD 1977) 43-56.
DE NOCARDIA ACINETOBACTER LACTONE
OXYGEN ADIPATE FAD NADPH MONO
OXYGENASE AEROBIC METABOLISM.
AN B 78019843.
<313>
AU DORE, M. LEGUBE, B. MERLET, N.
IN LAB. CHIM.- TRAIT. EAUX. INST. SCI.
TECH. POITIERS. FR.
OXIDATION OF PHENOLS IN AQUEOUS
MEDIA.
SO J. FR. HYDROL. 18. P53-62. 1975.
LG EN.
DE PHENOL OXIDN. CRESOL OXIDN.
SALICYLIC ACID. CRESOTIC ACID.
AN C 08625189407.
<314>
AU DORRIS, TROY C. BURKS, STERLING L.
CURD, MILTON R. UALLER, GEORGE R.
BROEMELING, LYLE D.
IN OKLAHOMA UATER RESOURCES RESEARCH
CENTER, STILLUATER.
YR 72. 116P.
TI IDENTIFICATION OF TOXIC COMPONENTS
IN OIL REFINERY EFFLUENTS AND
DETERMINATION OF THEIR EFFECT UPON
THE AQUATIC BIOTA.
NT TECHNICAL COMPLETION REPT.
PR PC$3.00/MF$0.95.
AB CARBON ADSORPTION, SOLVENT
EXTRACTION, STEAM DISTILLATION AND
FLASH EVAPORATION TECHNIQUES UERE
USED TO REMOVE ORGANIC FRACTIONS
FROM OIL REFINERY EFFLUENTS.
TOXICITY OF ORGANIC FRACTIONS UAS
EVALUATED BY BIOASSAY UITH FATHEAD
MINNOUS (PIMEPHALES PROMELAS) AND
DAPHNIA (DAPHNIA MAGNA).
DEMONSTRABLY TOXIC FRACTIONS UERE
SUBJECTED TO GAS CHROMATOGRAPHY AND
COMBINATION GAS CHROMATOGRAPHY -
MASS SPECTROMETRY ANALYSES.
CONCENTRATIONS OF TOXIC HEAVY METALS
IN THE REFINERY EFFLUENTS UERE
ANALYZED BY ATOMIC ABSORPTION
SPECTROPHOTOMETRY. THE FLASH
EVAPORATION TECHNIQUE REMOVED MOST
OF THE ACUTE TOXINS FROM THE
EFFLUENT SAMPLES. COMPOUNDS
TENTATIVELY IDENTIFIED UERE CRESOL,
DIMETHYL PHENOL OR ETHYL PHENOL,
HENEICOSANE, DOCOSANE, TRICOSANE,
AND PENTACOSANE. IT UAS FOUND THAT
THE COMBINED CONCENTRATION OF
SEVERAL OF THE HEAVY METALS COULD BE
DELETERIOUS TO AQUATIC ORGANISMS.
(AUTHOR).
MJ REFINERIES, UATER-POLLUTION,
UATER-POLLUTION, INDUSTRIAL-UASTES,
TOXICOLOGY, INDUSTRIAL-UASTES,
UATER- ANALYSIS, INDUSTRIAL-UASTES.
MN FISHES, BIOASSAY, DAPHNIA, MINNOUS,
GAS-CHROMATOGRAPHY, MASS-
SPECTROSCOPY, METALS, ATOMIC-
SPECTROSCOPY, PHENOLS, HYDROCARBONS,
PETROLEUM-REFINING.
ID PETROCHEMICAL-INDUSTRY, UATER-
181
-------
POLLUTION-EFFECTS-ANIMALS, TI
PIMEPHALES-PROMELAS.
flN N PB-213 493/0.
SO
LG
<315> DE
ftU DOUDOROFF, PETER. flN
IN OREGON STflTE UNIV. CORVALLIS. DEPT.
OF FISHERIES flND UILDLIFE.
ENVIRONMENTftL RESEflRCH LflB. DULUTH,
MINN. fill
YR 76. 161P*. IN
TI TOXICITY TO FISH OF CYflNIDES flND
RELATED COMPOUNDS, ft REVIEU. YR
NT FINflL REPT. TI
PR PC$6.75/HF$2.25.
flB THE UORLD LITERATURE ON THE TOXICITY SO
TO FISH OF SIMPLE flND COMPLEX
CYflNIDES, NITRILES, CYflNOGEN
CHLORIDE, THIOCYflNflTES, flND CYflNflTES LG
IS REVIEWED. DIFFERENTLY DETERMINED flB
LIMITS OF TOXICftNT CONCENTRflTIONS ID
TOLERflTED BY VflRIOUS FISHES ftRE DE
COMPARED, flND THEIR VflRIflTION UITH
EXPOSURE TIME, THE PH, TEMPERATURE,
AND DISSOLVED OXYGEN AND MINERAL AN
CONTENT OF THE UATER, BODY SIZE,
AGE, ACCLIMATION, ETC. IS EXAMINED.
INTERACTIONS OF FREE CYANIDE UITH
OTHER TOXIC UATER POLLUTANTS ALSO AU
ARE CONSIDERED. AVAILABLE DATA ON YR
EFFECTS OF SUBLETHAL LEVELS OF FREE TI
CYANIDE ON GROUTH, FOOD CONSUMPTION
AND UTILIZATION, SUIMMING ABILITY,
BEHAVIOR, ETC. AND OBSERVATIONS ON
AVOIDANCE REACTIONS OF FISH TO THE SO
TOXICANT ARE SUMMARIZED AND THEIR DE
ECOLOGICAL SIGNIFICANCE IS
DISCUSSED. SOME CONCLUSIONS
REGARDING ACCEPTABLE CONCENTRATIONS
OF FREE CYANIDE IN RECEIVING UATERS
ARE PRESENTED.
MJ TOXICITY, CYANIDES, FISHES.
MN UATER-POLLUTION, TOXIC- TOLERANCES,
GROUTH, AQUATIC- ANIMALS,
TOXICOLOGY, REVIEUS, NITRILES,
CYANATES, MINERALS, THIOCYANATES, AN
CYANOGEN, EXPOSURE, PH, TEMPERATURE,
DISSOLVED-GASES, OXYGEN, ECOLOGY,
PHYSIOLOGICAL- EFFECTS.
ID UATER-POLLUTION-EFFECTS-ANIMALS, AU
TOXIC-HAZARDS, NTISEPAORD. IN
AN N PB-253 528/4SL.
YR
TI
<316> SO
AU DRAHORAD, JOSEF. NOVOTNY, JAROSLAV.
CERNY, KAREL.
IN USTAV VYZK. VYUZITI PALIV.
BECHOVICE. CZECH.
YR 71. LG
PURIFICATION OF GENERATOR GAS AND
SEPARATION OF TARS FROM PHENOLIC
EFFLUENTS.
PLYN. 51. P266-72. 1971.
CZ.
COflL GENERATOR GAS PURIFN.
C 07616089684.
<317>
DUBE, D J. DELFINO, J J.
UNIV. OF UISCONSIN, LAB. OF HYGIENE,
465 HENRY MALL, MADISON, UI 53706.
76.
PERSISTENT CONTAMINATION OF GROUND
UATER BY PHENOL.
JOURNAL OF ENVIRONMENTAL SCIENCE AND
HEALTH—PART A, All (6): 345- 355,
1976.
EN.
NONE.
PHENOL, CHEMICAL SPILLS.
ACCIDENTS, PUBLIC HEALTH, CHEMICAL
POLLUTANTS, GROUNDUATER
CONTAMINATION, HYDROCARBONS.
P 7605385.
<318>
DUFFEY S S. BLUM M S.
77.
PHENOL AND GUAIACOL BIOSYNTHESIS DE
TOXICATION AND FUNCTION IN A
POLYDESMID MILLIPEDE
OXIDUS-GRACILIS.
INSECT BIOCHEM. 7 U). 57-66.
EURYURUS-MACULATUS
PSEUDOPOLYDESMUS-ERASUS PLANTS
BACTERIA TYROSINE PHENOLASE EC-
4.1.99.2 CARBON-14 HYDROGEN CYANIDE
THIO CYANATE RHODANESE BETA CYANO
ALANINE ASPARAGINE PHENOL BETA-D
GLYCOSIDE HYDRO QUINONE BETA-D
GLYCOSIDE ARBUTIN EVOLUTION
BIOCHEMICAL PATHUAY CYANOGEN 1C GLAND
DEFENSE.
B 64027232.
<319>
DUFFIELD, G A.
BRITISH COLUMBIA DEPT. OF HEALTH,
ENVIRONMENTAL ENGINEERING DIV. CAN,
75.
INTERPRETATION OF CHEMICAL ANALYSIS.
BRITISH COLUMBIA UATER AND UASTE
SCHOOL: FOURTEENTH. VANCOUVER, B.C.
CAN. UNIVERSITY OF BRITISH COLUMBIA,
CENTRE FOR CONTINUING EDUCATION,
(1975?). PP. 113-121.
EN.
182
-------
AB NONE.
ID PHENOLS, HARDNESS.
DE UASTEUATER TREATMENT, TURBIDIMETRY,
SULFUR COMPOUNDS, MANGANESE,
ALKALINITY, IRON, FLUORIDES,
CHLORINE COMPOUNDS, CHEMICAL
ANALYSIS.
AN P 7601284.
<320>
AU DUHART, BENJAMIN THOMAS.
IN HOUARD UNIVERSITY (0888) PH.D. 1971
204PP.
YR 71.
TI ELECTROLYTIC OXIDATION OF AROMATIC
AMINES AND PHENOLS.
SO DAI V32U1), SEC B, P6256.
DE CHEMISTRY, ANALYTICAL (0486).
AN D ADG72-14053.
<321>
AU DULAR, MILAN. KOTNIK, DUSAN.
IN ODDELEK KEM. FNT. LJUBLJANA.
YUGOSLAVIA.
YR 70.
TI DETERMINATION OF THE BIOLOGICAL
OXYGEN DEMAND AND TOXICITY OF PHENOL
UASTE UATER FROM A GAS GENERATING
STATION.
SO RUD.-MET. ZB. P307-12. 1970.
LG SN.
DE BOD PHENOLIC UASTE UATER. TOXICITY
PHENOLIC UASTE UATER. PHENOLIC UASTE,
UATER ANAL.
AN C 07504024969.
<322>
AU DUNCAN, R. M.
IN ALUM. CO. CANADA, LTD. ARVIDA. QUE.
YR 69.
TI GAS-CHROMATOGRAPHIC DETERMINATION OF
BENZO(A)PYRENE USING ELECTRON
CAPTURE.
SO AMER. IND. HYG. ASS. J. 30. P624- 9.
1969.
LG EN.
DE GAS CHROMATOG BENZOPYRENES.
BENZOPYRENES GAS CHROMATOG;
COMBUSTION EFFLUENTS BENZOPYRENES
DETN.
AN C 07214070341.
<323>
AU DUNLAP U J. SHEU D C. SCALF M R.
COSBY R L. ROBERTSON J M.
YR 76.
TI ISOLATION AND IDENTIFICATION OF
ORGANIC CONTAMINANTS IN GROUND
UATER.
SO KEITH, LAURENCE H. IDENTIFICATION
AND ANALYSIS OF ORGANIC POLLUTANTS
IN UATER. CONGRESS. MEXICO CITY,
MEXICO, DEC. 1975. X+718P. ILLUS.
ANN ARBOR SCIENCE PUBLISHERS INC.
ANN ARBOR, MICH. U.S.A. ISBN
0-250-40131-2. 453- 477.
DE POLLUTION CRUDE CARBON CHLOROFORM
EXTRACT CARBON ALCOHOL EXTRACT GAS
CHROMATOGRAPHY MASS SPECTROMETRY.
AN B 77007305.
<324>
AU DUNN B P. STICH H F.
YR 76.
TI MONITORING PROCEDURES FOR CHEMICAL
CARCINOGENS IN COASTAL UATERS.
SO J FISH RES BOARD CAN. 33 (9).
2040-2046.
DE MYTILUS-EDULIS POLLUTION BENZO A
PYRENE EXTRACTION PURIFICATION THIN
LAYER CHROMATOGRAPHY FLUOROMETRY GAS
CHROMATOGRAPHY.
AN B 77027488.
<325>
AU DUNN, B P.
IN UNIV. OF BRITISH COLUMBIA, CANCER
RESEARCH CENTER, 2075 UESTBROOK PL.
VANCOUVER, B.C. V6T 1U5, CAN.
YR 76.
TI TECHNIQUES FOR DETERMINATION OF
BENZO(A)PYRENE IN MARINE ORGANISMS
AND SEDIMENTS.
SO ENVIRONMENTAL SCIENCE 8, TECHNOLOGY,
10(10): 1018-1021, OCT. 1976.
LG EN.
AB NONE.
ID BENZO(A)PYRENE.
DE CARCINOGENS, MARINE ORGANISMS,
MARINE ENVIRONMENTS, SEDIMENTS,
UATER POLLUTANTS, HYDROCARBONS,
AROMATIC COMPOUNDS.
AN P 7700430.
<326>
AU DUNN, BRUCE P. STICH, HANS F.
IN CANCER RES. CENT. UNIV. BRITISH
COLUMBIA. VANCOUVER. B. C.
YR 76.
TI RELEASE OF THE CARCINOGEN
BENZO(A)PYRENE FROM ENVIRONMENTALLY
CONTAMINATED MUSSELS.
SO BULL. ENVIRON. CONTAM. TOXICOL. 15.
P398-401. 1976.
LG EN.
183
-------
DE BENZOPYRENE CONTAMINATION MUSSEL.
UATER POLLUTION BENZOPYRENE MISSEL
AN C 88505029326.
<327>
AU DUNSTAN P M. ANTHONY C. DRABBLE U
T.
YR 72.
TI MICROSIAL METABOLISM OF 1 CARBON
COMPOUNDS AND 2 CARBON COMPOUNDS THE
INVOLVEMENT OF GLYCOLLATE IN THE
METABOLISM OF ETHANOL AND OF ACETATE
BY PSEUDOMONAS AM-1.
SO BIOCHEM J. 128 (1). 99-166.
DE ALCOHOL DEHYDROGENASE MALATE
SYNTHASE ISO CITRATE LYASE.
AN B 54057088.
<328>
AU DUNSTAN P M. DUNSTAN M. ANTHONY C.
DRABBLE W T.
YR 72.
TI MICROS IAL METABOLISM OF THE 1 CARBON
COMPOUNDS AND 2 CARBON COMPOUNDS THE
ROLE OF GLYOXYLATE GLYCOLLftTE AND
ACETATE IN THE GROWTH OF PSEUDOMONAS
AM-1 ON ETHANOL AND ON 1 CARBON
COMPOUNDS.
SO BIOCHEM J. 128 (1). 187-115.
DE HYDROXY PYRUVATE REDUCTASE SERINE
GLYOXYLATE AMINO TRANSFERASE
GLYCERATE KINASE METHANOL
DEHYDROGENASE METHYLAMINE
DEHYDROGENASE GLYCERATE KINASE.
AN B 54057089.
<329>
AU DUNSTAN, PATRICIA M. ANTHONY, C.
IN DEP. PHYSIOL. BIOCHEM. UNIV.
SOUTHAMPTON. SOUTHAMPTON. ENGL.
YR 73.
TI MICROS IAL METABOLISM OF Cl AND C2
COMPOUNDS. ROLE OF ACETATE DURING
GROWTH OF PSEUDOMONAS AMI ON Cl
COMPOUNDS, ETHANOL, AND BETA. -
HYDROXYBUTYRATE.
SO BIOCHEM. J. 132. P797-801. 1973.
LG EN.
DE PSEUDOMONAS ACETATE METAB. METHANOL
METAB PSEUDOMONAS. HYDROXYBUTYRATE
PSEUDOMONAS. ETHANOL PSEUDOMONAS.
AN C 07989050653.
<330>
AU DUNSTAN, U. M. ATKINSON, L. P.
NATOLI, J.
IN SKIDAUAY INST. OF OCEANOGRAPHY,
SAVANNAH, GA. FOUNDATION,
WASHINGTON, D.C. OFFICE FOR THE
INTERNATIONAL DECADE OF OCEAN
EXPLORATION. 934.
YR 75. 7P.
TI STIMULATION AND INHIBITION OF
PHYTOPLANKTON GROWTH BY LOU
MOLECULAR WEIGHT HYDROCARBONS.
NT SPONSORED IN PART BY OFFICE OF NAVAL
RESEARCH, ARLINGTON, VA.
AV PUB. IN MARINE BIOLOGY, V31 P305-
310 1975.
PR NOT AVAILABLE NTIS.
AB EXPERIMENTS ON 4 PHYLOGENETICALLY
DIFFERENT PHYTOPLANKTON EXPOSED IN
CULTURE TO A RANGE OF CONCENTRATIONS
OF BENZENE, TOLUENE AND XYLENE
SHOWED A VARIETY OF GROWTH RESPONSES
FOR MARINE MICROALGAE. THE DEGREE
OF INFLUENCE OF THESE AROMATIC
HYDROCARBONS, ALL COMPONENTS OF FUEL
OILS AND CRUDE OILS, VARIED WITH
CONCENTRATION, COMPOUND AND SPECIES.
THE SPECIES- SPECIFIC STIMULATION OF
LOW CONCENTRATIONS WAS FURTHER SHOWN
IN EXPERIMENTS WITH MIXTURES OF NO.
2 FUEL OIL. THE VOLATILE FRACTION
WAS MOST BIOLOGICALLY REACTIVE,
BEING THE SOURCE OF GROWTH
ENHANCEMENT AT LOW LEVELS AND A
MAJOR GROUTH INHIBITOR AT HIGH
CONCENTRATIONS. THUS, A SIGNIFICANT
ENVIRONMENTAL EFFECT OF OIL ON
MARINE PRIMARY PRODUCTION COULD BE
THE GROWTH STIMULATION OF PARTICULAR
SPECIES BY LOW MOLECULAR WEIGHT
AROMATIC COMPOUNDS RESULTING IN AN
ALTERATION OF THE NATURAL
PHYTOPLANKTON COMMUNITY STRUCTURE
AND ITS TROPHIC RELATIONSHIPS.
MJ PLANKTON, PHYTOPLANKTON, •
HYDROCARBONS.
MN XYLENES, BENZENE, TOLUENE,
AQUATIC-MICROBIOLOGY, PRIMARY-
BIOLOGICAL-PRODUCTIVITY, CULTURES-
BIOLOGY, ALGAE, AROMATIC-
HYDROCARBONS, FUEL-OIL, WATER-
POLLUTION, CRUDE-OIL, VOLATILITY,
GROWTH-REGULATORS, INHIBITORS,
MARINE-BIOLOGY.
ID AMPHIDINIUM-CARTERAE, UATER-
POLLUTION-EFFECTS-PLANTS, OIL-
POLLUTION, SKELETONEMA-COSTATUM,
DUNALIELLA-TERTIOLECTA,
CRICOSPHAERA- CARTERAE, REPRINTS,
NTISIDOE, NTISNSFG, NTISDODN.
AN N PB-248 697/5SL.
AU
<331>
DURHAM, NORMAN D.
184
-------
IN DEP. OF MICROSIOL. OKLAHOMA STATE
UNIV. STILLUATER. OKLP.
YR 70.
TI MODE OF FISSION OF BENZENE NUCLEUS
IN THE MICROORGANISMS AND REGULATION
OF CELL GROUTH AND DIVISION BY
BENZENE DERIVATIVES.
PG 10 PP.
LG EN.
DE BENZENE METAB FLAVOBACTERIUM.
FLAVOBPCTERIUM BENZENE METAB.
TRYPTOPHAN METAB FLAVOBACTERIUM.
AN C 07323117583.
<332>
AU DUST J V. THOMPSON U S.
YR 72.
TI POLLUTION CONTROL IN THE WOOD
PRESERVING INDUSTRY PART 3 CHEMICAL
AND PHYSICAL METHODS OF TREATING
UASTE UATER.
SO FOR PROD J. 22 (12). 25-30.
DE OXYGEN DEMAND PHENOL.
AN B 73033346.
<333>
AU EARHART, JONATHAN P. (JON, KUANG U.
KING, C. JUDSON. PRAUSNITZ, JOHN
M.
IN CALIFORNIA UNIV. BERKELEY. DEPT. OF
CHEMICAL ENGINEERING. KERR
ENVIRONMENTAL RESEARCH LAB. ADA,
OKLA. 404 601.
YR 76. 531P.
TI EXTRACTION OF CHEMICAL POLLUTANTS
FROM INDUSTRIAL UASTEUATERS UITH
VOLATILE SOLVENTS.
NT FINAL REPT. 1971-75.
PR PC A23/MF A01.
AB SOLVENT EXTRACTION UITH VOLATILE
SOLVENTS UAS STUDIED AS A METHOD FOR
TREATING UASTEUATERS FROM PETROLEUM
REFINERIES AND PETROCHEMICAL PLANTS.
EXTRACTION IS MOST ATTRACTIVE UHEN
THE LOADING OF ORGANICS IS HIGH,
UHEN SUBSTANCES ARE PRESENT UHICH
POSE DIFFICULTIES FOR BIOLOGICAL
OXIDATION, AND/OR UHEN THE CHEMICAL
VALUE OF RECOVERED ORGANICS IS HIGH.
VOLATILE SOLVENTS USOBUTYLENE AND
ISOBUTANE) UERE GIVEN PARTICULAR
ATTENTION, SINCE THEY ARE EASILY
REGENERATED AND SINCE THEY HAVE A
LOU SOLUBILITY IN THE EFFLUENT
UATER. EQUILIBRIUM DISTRIBUTION
COEFFICIENTS UERE DETERMINED FOR
NUMEROUS SYSTEMS OF UATER, VARIOUS
SOLVENTS AND VARIOUS SOLUTES, AND
CORRELATIONS OF THESE COEFFICIENTS
UERE DEVELOPED, fl MINIPLANT
EXTRACTION FACILITY UAS USED TO
DEMONSTRATE THE CAPABILITIES OF
EXTRACTION FOR TREATMENT OF SEVEN
DIFFERENT INDUSTRIAL UASTEUATERS,
AND FOR THE PURPOSE OF ANALYZING THE
UNDERLYING MASS TRANSFER AND AXIAL
MIXING BEHAVIOR. THE SCALE-UP OF THE
EXTRACTION SYSTEM AND THE LOGIC OF
SELECTING EXTRACTION PROCESSES FOR
UASTEUATER TREATMENT ARE EXPLORED AT
LENGTH.
MJ UATER-POLLUTION-CONTROL, REFINERIES,
SOLVENT-EXTRACTION, PETROCHEMISTRY,
PETROLEUM-INDUSTRY.
MN INDUSTRIAL-UASTE-TREATMENT,
SOLVENTS, ORGANIC-COMPOUNDS,
SEPARATION, MATERIALS-RECOVERY,
PHENOLS, PROCESS-CHARTING,
STRIPPING- DISTILLATION, VOLATILITY,
EXPERIMENTAL-DESIGN, OILS, ETHYLENE,
CHLORINATION, FORMALDEHYDE, STYRENE,
MASS-TRANSFER, CONTINUOUS.
ID LIQUID-UASTES, OIL-UATER-
SEPARATORS, ROTATING-DISC-
SEPARATORS, PROCEDURES,
SPRAY-COLUMN- EXTRACTORS,
NTISEPAORD, NTISUCLA.
AN N PB-266 241/9SL.
<334>
AU EBERLE S H. HOESLE C. HOYER 0.
KRUECKEBERG C.
YR 75.
TI THE ANALYSIS OF ORGANIC UATER
POLLUTANTS ESPECIALLY LIGNIN
SULFONIC-ACID BY MEANS OF
DIFFERENTIAL PULSE POLAROGRAPHY.
SO HUSMANN, U. (ED.). VOM UASSER, BAND
43. (ON UATER, VOL. 43.). (IN GER.).
VIIH-584P. ILLUS. VERLAG CHEMIE:
UEINHEIM, UEST GERMANY. ISBN
3-527-25594-X. 359-380.
DE RHINE RIVER EUROPE NEU METHOD
NITROUS-ACID TOTAL ORGANIC CARBON
PHENOLS AROMATIC AMINES NITRO
COMPOUNDS OUINONES ALDEHYDES KETONES
AZO COMPOUNDS.
AN B 75094654.
<335>
AU EDELINE, F. ZOLEDZIOUSKA, J.
IN INSTITUT DE L'INDUSTRIE ORGANIQUE,
VARSOVIE.
YR 73.
TI ETUDE DE LA BIODEGRADABILITE DES
PETITES CONCENTRATIONS DE PHENOLS
DANS L'EAU DE RIVIERE.
SO CENTRE BELGE D'ETUDE ET DE
185
-------
DOCUMENTATION DES EAUX ET DE L'fllR.
TRIBUNE DU CEBEDEAU, 26(354): 231-
234, MAY 1973.
LG FR.
AB HONE.
ID PHENOLS.
DE AROMATIC COMPOUNDS, BELGIUM.
BIODEGRADATION, CHEMICAL OXIDATION,
INDUSTRIAL EFFLUENTS, MICROSIAL
DEGRADATION, RIVERS.
AN P 7501684.
<336>
AU EGANHOUSE, ROBERT P. CALDER, JOHN
A.
IN FLORIDA STATE UNIV. TALLAHASSEE.
DEPT. OF OCEANOGRAPHY. SCIENCE
FOUNDATION, UASHINGTON, D.C. OFFICE
FOR THE INTERNATIONAL DECADE OF
OCEAN EXPLORATION. 407 468.
YR 75. 8P.
TI THE SOLUBILITY OF MEDIUM MOLECULAR
WEIGHT AROMATIC HYDROCARBONS AND THE
EFFECTS OF HYDROCARBON CO-SOLUTES
AND SALINITY.
AV PUB. IN GEOCHIMICA ET COSMOCHIMICA
ACTA, V40 P555-561 1976.
PR NOT AVAILABLE NTIS.
AB THE SOLUBILITIES OF SEVERAL MEDIUM
MOLECULAR UEIGHT AROMATIC
HYDROCARBONS UERE DETERMINED AT 25C
IN AQUEOUS BINARY, TERNARY, AND
QUATERNARY SYSTEMS. IN BINARY
SYSTEMS AT S 0/00 = 0, SOLUBILITIES
RANGED FROM 31.3 PPM FOR NAPHTHALENE
TO 1.07 PPM FOR PHENANTHRENE. THE
ALKYL NAPHTHALENES EXHIBITED
SOLUBILITIES UHICH UERE A FUNCTION
OF MOLAR VOLUME AND SUBSTITUENT SIZE
AND POSITION. IN TERNARY AND
QUATERNARY SYSTEMS, SOLUBILITIES
OFTEN DEVIATED FROM VALUES OBTAINED
IN BINARY SYSTEMS PRESUMABLY DUE TO
SOLUTE-SOLUTE INTERACTIONS AND/OR
FORMATION OF SOLID SOLUTIONS.
AROMATIC HYDROCARBONS ARE 'SALTED
OUT' BY INCREASING CONCENTRATIONS OF
INORGANIC SALTS. AT S 0/00 =• 35,
THE SOLUBILITY OF NAPHTHALENE IS
22.0 PPM AND OF PHENANTHRENE. 0.71
PPM. THE EMPIRICAL SALTING
PARAMETERS ARE IDENTICAL IN BOTH
BINARY AND QUATERNARY SYSTEMS.
MJ SOLUBILITY, AROMATIC-HYDROCARBONS.
MN SALINITY, SALT-UATER, REPRINTS,
NAPHTHALENE, PHENANTHRENE, BIPHENYL.
ID NTISIDOE, NTISNSFG.
AN N PB-258 181/7SL.
<337>
AU EICHELBERGER, JAMES U. DRESSMAN,
RONALD C. LONGBOTTOM, JAMES E.
IN FUPCA, ANALYTIC QUALITY CONTROL LAB.
ORGANIC ANALYSES GROUP, CINCINNATI,
OH.
YR 70.
TI SEPARATION OF PHENOLIC COMPOUNDS
FROM CARBON CHLOROFORM EXTRACT FOR
INDIVIDUAL CHROMATOGRAPHIC
IDENTIFICATION AND MEASUREMENT.
SO ENVIRONMENTAL SCIENCE AND
TECHNOLOGY, UASH. D. C.4(7):576-
578, JULY 1970.
LG EN.
AB NONE.
ID IDENTIFICATION AND MEASUREMENT,
POLLUTANT ANALYSIS, UATER ANALYSIS.
DE PHENOL, GAS-LIQUID CHROMATOGRAPHY.
AN P 7002772.
<338>
AU EIRING, L. V.
IN USSR.
YR 69.
TI KINETICS AND MECHANISM OF OZONE
OXIDATION OF CYANIDE-CONTAINING
UASTE WATERS.
SO TSVET. METAL. 42. P73-6. 1969.
LG RS.
DE ZINC CYANIDE COMPLEXES OZONE. IRON
CYANIDE COMPLEXES OZONE. ARSENIC
CYANIDE COMPLEXES OZONE. OZONE
CYANIDES UASTE UATERS. CYANIDES
UASTE UATERS OZONE. LEAD REMOVAL
UASTE UATERS.
AN C 07302006964.
<339>
AU EL-DIB, M. A.
IN UATER POLLUT. CONTROL. NATL. RES.
CENT. CAIRO. UAR.
YR 71.
TI COLORIMETRIC DETERMINATION OF
ANILINE DERIVATIVES IN NATURAL
UATERS.
SO J. ASS. OFF 1C. ANAL. CHEM. 54.
P1383-7. 1971.
LG EN.
DE ANILINE HERBICIDE UATER DETN.
AN C 07613069024.
<340>
AU ELDRIDGE M B. ECHEVERRIA T.
UHIPPLE J A.
IN NATL. MAR. FISH. SERV. SOUTHWEST
FISH. CENT. TIBURON LAB. 3150
PARADISE DR. TIBURON, CALIF. 94920,
186
-------
USA. ID
YR 77.
TI ENERGETICS OF PACIFIC HERRING DE
CLUPEA-HARENGUS-PALLASI EMBRYOS flND
LARVAE EXPOSED TO LOU CONCENTRATIONS AN
OF BENZENE A MONO AROMATIC COMPONENT
OF CRUDE OIL.
SO TRANS AM FISH SOC. 186 (5). 452-
461. AU
LG EN.
DE ROTIFER INGESTION. IN
AN B 65037032.
<341> YR
AU ELLIS B E. TI
YR 77.
TI DEGRADATION OF PHENOLIC COMPOUNDS BY
FRESH UATER ALGAE.
SO PLANT SCI LETT. 8 (3). 213-216. SO
DE ANABAENA-CYLINDRICA LG
CHLAMYDOMONAS-ULVAENSIS CHLORELLA- DE
PYRENOIDOSA EUGLENA-GRACILIS
PHORMIDIUM-FOVEOLARUM SCENEDESMUS- AN
BASILIENSIS CATECHOL.
AN B 64014192.
AU
<342>
AU EMEL YANOVA, E. A. RYABCHENKO. N. IN
S. LUTSENKO. P. G.
IN POLYARN. NAUCHNO-ISSLED. INST. RYBN.
KHOZ. OKEANOGR. MURMANSK. USSR. YR
YR 77. TI
TI EFFECT OF SOME ELECTROLYTES ON THE
COAGULATION OF ORGANIC POLLUTANTS IN
UASTE UATERS. SO
SO RYBN. KHOZ. (MOSCOU). P76-9. 1977. LG
LG RS. DE
DE ACETIC ACID FISH PROCESSING
UASTEUATER. HYDROCHLORIC ACID FISH
PROCESSING UASTEUATER. FAT COLLOID
FISH PROCESSING UASTEUATER. PROTEIN
COLLOID FISH PROCESSING UASTEUATER. AN
FISH PROCESSING UASTEUATER
TREATMENT.
AN C 08706043693.
AU
<343> IN
AU EMERY, RICHARD M. f
IN UNIV. OF UASHINGTON, DEPT. OF CIVIL YR
ENGINEERING, UATER AND AIR RESOURCES TI
DIV. SEATTLE.
YR 70.
TI THE COMPARATIVE ACUTE TOXICITY OF SO
CRESOL TO TUO BENTHIC CRUSTACEANS.
SO UATER RESEARCH. NEU YORK, 4(7): LG
485-491, JULY 1970. MJ
LG EN.
AB NONE. MN
TOXICITY, *GAMMARUS FASCIATUS,
*ASELLUS MILITARIS, CRESOL.
BENTHIC COMMUNITIES, PHENOL,
INDUSTRIAL UASTES.
P 7006934.
<344>
ENGELHARDT G. RAST H G. UALLNOEFER
P R.
BAYERISCHE LANDESANSTALT BODENKULT.
PFLANZENB. ABT. PFLANZENSCHUTZ,
MENZINGER STR. 54, D 8000 MUENCHEN
19, U. GER.
77.
BACTERIAL METABOLISM OF SUBSTITUTED
PHENOLS OXIDATION OF 4 METHYL
MERCAPTO PHENOL AND 4 METHYLSULFINYL
PHENOL BY NOCARDIA-SP DSM-43251 .
ARCH MICROSIOL. 114 (1). 25-34.
EN.
NOCARDIA-CALCAREA PESTICIDE
DEGRADATION GLUCOSE CATECHOL.
B 65001578.
<345>
ENGELHARDT, GABRIELE. UALLNOEFER,
P. R. RAST, H. G. FIEDLER, F.
ABT. PFLANZENSCHUTZ. BAYER
LANDESANST. BODENKULT. PLANZENBAU.
MUNICH . GER.
76.
METABOLISM OF 0-PHTHALIC ACID BY
DIFFERENT GRAM-NEGATIVE AND GRAM-
POSITIVE SOIL BACTERIA.
ARCH. MICROBIOL. 109. P109-14. 1976.
EN.
PHTHALIC ACID METAB BACTERIA.
BENZOIC ACID METAB BACTERIA.
PROTOCATECHUATE METAB BACTERIA.
SALICYLIC ACID METAB BACTERIA.
TEREPHTHALIC ACID METAB BACTERIA.
C 08517119418.
<346>
ENGLEHARDT G. UALLNOFER P R.
HUTZINGER 0.
BAYER LANDESANSTALDT FUR BODENKULTUR
UND PFLANZENBAU, MUNCHEN, GERMANY.
75.
THE MICROSIAL METABOLISM OF DI-N-
BUTYL PHTHALATE AND RELATED DIALKYL
PHTHALATES.
BULL ENVIRON CONTAM TOXICOL. 13. 3.
P342-7. MAR 75.
EN.
ARTHROBACTER: ME. PHTHALIC- ACIDS:
ME, (PHTHALIC-ACID).
CULTURE-MEDIA.
187
-------
AN M 75147234.
<347>
AU ENSIGN, JERALD COLEMAN.
IN UNIVERSITY OF SOUTHERN CALIFORNIA
(0208) PH.D. 1963 215PP.
YR 63.
TI THE BACTERIAL METABOLISM OF
PYRIDINE, 2-HYDROXYPYRIDINE AND
NICOTINIC ACID.
SO DAI V24C01) P0031.
DE BACTERIOLOGY (0301).
AN D ADG63-04220.
<348>
AU ENSMINGER A. ALBRECHT P. OURISSON
G. KIMBLE B J. MAXUELL J R.
EGLINTON G.
YR 72.
TI HOMO HOPANE IN MESSEL OIL SHALE 1ST
IDENTIFICATION OF 31 CARBON PENTA
CYCLIC TRI TERPANE IN NATURE
BACTERIAL ORIGIN OF SOME TRI
TERFANES IN ANCIENT SEDIMENTS.
SO TETRAHEDRON LETT. 36. 3861-3864.
DE EOCENE.
AN B 73014647.
<349>
AU EPLER, PIOTR.
IN INST. ZOOL. STOSOU. UYZSZA SZK.
ROLN. CRACOU. POL.
YR 71.
TI EFFECT OF POLLUTION OF WATERS ON
THEIR ICHTHYOFAUNA. II. TOXICITY OF
AMMONIA, PHENOLS, AND CYANIDES.
SO POSTEPY NAUK ROLN. P67-9B. 1971.
LG PO.
DE REVIEU FISH TOXICITY POLLUTANT.
AMMONIA FISH TOXICITY REVIEU. PHENOL
FISH TOXICITY REVIEU. CYANIDE FISH
TOXICITY REVIEU.
AN C 07701001398.
<350>
AU ERICKSON, R. E. BARDUELL, C.
SOSEBEE, J.
IN MONTANA STATE UNIV. BOZEMAN. UATER
RESOURCES RESEARCH CENTER. OFFICE
OF UATER RESEARCH AND TECHNOLOGY,
UASHINGTON, D.C.
YR 75. 16P.
TI PHENOLS IN THE CLARK FORK RIVER.
NT COMPLETION REPT.
PR PC$3.50/MF$2.25.
AB THE OBJECTIVE UAS TO DETERMINE THE
NATURE AND AMOUNTS OF PHENOLS IN THE
MJ
MN
ID
AN
AU
TI
SO
DE
CLARK FORK RIVER. THESE COMPOUNDS,
UHICH ARE A NATURAL PART OF THE
EFFLUENT OF KRAFT PULP MILLS AND ARE
DISCHARGED EVERY SPRING INTO THE
CLARK FORK, ARE KNOUN TO BE TOXIC AT
HIGH CONCENTRATIONS TO SOME SPECIES
AND TO IMPAIR THE FLAVOR OF FISH AT
VERY LOU CONCENTRATIONS. THE
STANDARD METHOD FOR DETERMINING
PHENOLS UAS LIKELY TO BE UNSUITABLE
FOR DETERMINING THE TYPE OF PHENOLS
FOUND IN PULP MILL EFFLUENT. AN
ADDED OBJECTIVE UAS, THEREFORE, TO
COMPARE THE STANDARD METHOD UITH A
MORE SOPHISTICATED GAS
CHROMATOGRAPHIC TECHNIQUE FOR THE
ANALYSIS OF PHENOLS. THE EFFLUENT
FROM THE HOERNOR UALDORF MILL
CONTAINS A NUMBER OF PHENOLIC
COMPOUNDS. GAS CHROMATOGRAPHIC
SEPARATION OF A CONCENTRATED
SOLUTION FOLLOUED BY MASS
SPECTROSCOPY REVEALED SEVENTEEN
DIFFERENT COMPOUNDS IN THE PHENOLIC
FRACTION, ONLY TUO OF UHICH, P-
CRESOL AND PROPYL PHENOL UERE
POSITIVELY IDENTIFIED. P-CRESOL UAS
FOUND TO BE IN THE LARGEST SINGLE
CONCENTRATION. THE MILL IS NOU
USING SECONDARY TREATMENT ON THEIR
EFFLUENT, UHICH SHOULD LOUER THEIR
PHENOLIC CONTENT. HOUEVER, SOME
CAUTION MUST BE EXERCISED BECAUSE
TUO OTHER FACTORS—FREQUENT
SHUTDOUNS OF THE PLANT DURING 1975
AND RELATIVELY HIGH FLOU OF THE
CLARK FORK THROUGHOUT THE YEAR--
UOULD TEND TO LOUER THE
CONCENTRATION OF PHENOLIC COMPOUNDS
IN THE RIVER.
STREAM-POLLUTION, PHENOLS, CLARK-
FORK-RIVER, INDUSTRIAL-UASTES.
CONCENTRATION-COMPOSITION,
SULFATE-PULPING, UOOD-PULP, SOURCES,
UATER-ANALYSIS, GAS- CHROMATOGRAPHY,
SETTLING-BASINS, FISHES,
UATER-QUALITY, CORRELATION-
TECHNIQUES, TOXICITY, MONTANA.
PATH-OF-POLLUTANTS, NTISDIOURT.
N PB-248 673/6SL.
<351>
ERMOLAEV K K. MIRONOV 0 G.
THE ROLE OF PHENOL DEGRADING
MICROORGANISMS IN THE DESTRUCTION OF
PHENOL IN THE BLACK SEA.
MICROBIOLOGY (ENGL TRANSL
MIKROBIOLOGIYA). 44 (5). 1975 (1976)
839-842.
PSEUDOMONAS-DESMOLYTICUM
188
-------
AN
PSEUDOMONAS-DESMOLYTICUM-SSP-
RATHONIS POLLUTED RIVER UATER.
B 76086088.
<352>
AU ETA, INC.
IN 600 ENTERPRISE DR. SUITE 214, OAK
BROOK, IL 60521.
YR 76.
TI ECONOMIC IMPflCT STUDY ON THE
PROPOSED ILLINOIS REGULATION CR74-
7) OF TOXIC SUBSTANCES.
SO ILLINOIS INSTITUTE FOR ENVIRONMENTAL
QUALITY, IIEQ DOCUMENT 76/29, NOV.
1976. 66PP.
LG EN.
AB NONE.
ID ECONOMIC IMPACT, TOLUENE, SULFUR 1C
ACID, HYDROCHLORIC ACID,
TRICHLOMETHYLENE, METHYL ETHYL
KETONE, METHANOL.
DE PUBLIC HEALTH, PUBLIC CONCERN,
ACCIDENTS, COST-BENEFIT ANALYSIS,
AMMONIA, CHLORINE, TOXIC MATERIALS,
STATE REGULATIONS, ILLINOIS,
ECONOMICS.
AN P 7702968.
<353>
AU EUR INL FISH ADVIS COMM DORK PARTY
UATER QUAL CRITERIA.
YR 73.
TI REPORT ON CHLORINE AND FRESH UATER
FISH.
SO EIFAC (EUR INLAND FISH ADVIS COMM)
TECH PAP. 20. (RECD 1974) 1-11.
DE PLANTS FISH RAINBOU TROUT BROUN
TROUT DAPHNIA AVOIDANCE BEHAVIOR
PHENOLS.
AN B 74061298.
<354>
AU EVANS U C.
IN DEPARTMENT OF BIOCHEMISTRY AND SOIL
SCIENCE, UNIVERSITY COLLEGE OF NORTH
UALES, BANGOR, GUYNEDD, UK.
YR 77.
TI BIOCHEMISTRY OF THE BACTERIAL
CATABOLISM OF AROMATIC COMPOUNDS IN
ANAEROBIC ENVIRONMENTS.
SO NATURE. 270. 5632. P17-22. 3 NOV 77.
LG EN.
MJ BACTERIA: ME.
MN ANAEROBIOSIS. FERMENTATION.
RHODOSPIRILLACEAE: ME.
AN M 78051119. 7803.
<355>
AU EVSTIFEEV, M. M. AMINOVA, G. KH.
IN ROSTOV.-NA-DONU GOS. UNIV.
ROSTOV-ON-DON. USSR.
YR 72.
TI OSCILLOPOLAROGRAPHIC DETERMINATION
OF ALDEHYDES.
SO FIZ.-KHIM. METODY ANAL. KONTR.
PROIZVOD. MATER. KONF. RAB. VUZOV
(VYSSH. UCH. ZAVED.) ZAVOD. LAB.
YUGO-VOSTOKA SSSR, 4TH. 1. P43-5.
1972.
LG RS.
AV BEZHAEV, M. S.
DE FORMALDEHYDE OSCILLOPOLAROG DETN.
POLAROG OSCILLOG FORMALDEHYDE DETN .
ALDEHYDE OSCILLOPOLAROG DETN.
ACROLEIN OSCILLOPOLAROG DETN. UASTE
UATER ANALYSIS ALDEHYDE.
AN C 08112072330.
<356>
AU EVSTIFEEV, M. M. AMINOVA, G. KH.
KHIR'YANOVA, T. M.
IN USSR.
YR 71.
TI OSCILLOPOLAROGRAPHIC DETERMINATION
OF SOME ALDEHYDES IN INDUSTRIAL
UASTE UATERS.
SO METODY KHIM. ANAL. STOKOV VOD
PREDPR. KHIM. PROM. P76-96. 1971.
LG RS.
AV DOROFEENKO, G. N.
DE FORMALDEHYDE DETN UASTE UATER.
ACROLEIN DETN UASTE UATER. ALDEHYDE
DETN UASTE UATER. UASTE UATER
ANALYSIS ALDEHYDE.
AN C 07822140057.
<357>
AU EVSTIFEEV, M. M. AMINOVA, G. KH.
PYSHCHEVA, L. L. SAVUSKAN, T. N.
ORLOVA, 0. M. TYAGUNOVA, T. A.
IN ROSTOV. GOS. UNIV. ROSTOV. USSR.
YR 75.
TI MONITORING OF THE CONTAMINATION OF
RESERVOIRS AND INDUSTRIAL EFFLUENTS
BY SOME TOXIC ORGANIC SUBSTANCES
UITH THE USE OF OSCILLOGRAPH 1C
POLAROGRAPHY.
SO IZV. SEV.-KAVK. NAUCHN. TSENTRA
VYSSH. SHK. SER. TEKH. NAUK. 3. P23-
5. 1975.
LG RS.
DE ORG COMPD POLLUTION POLAROG.
OSCILLOG POLAROG POLLUTION
MONITORING. PYRIDINE UASTEUATER
POLAROG. BENZOPYRENE UASTEUATER
POLAROG. MERCAPTOBENZOTHIAZOLE
189
-------
FIN
UASTEUATER POLAROG.
C 08508051300.
<358>
AU EVSTIFEEV, M. M. GAVRILKO, YU. M.
VASIL'EVA, G. S. STEBLETSOVA, V.
D. CHIGARENKO, L. S.
IN USSR.
YR 72.
TI PHOTOMETRIC DETERMINOTION OF ORGANIC
COMPOUNDS IN INDUSTRIAL UASTE
LITERS.
SO GIDRQKHIM. ISSLED. P53-5. 1972.
LG RS.
DE BENZOTHIAZOLE DERIV DETN UATER.
THIOBISBENZOTHIAZOLE DETN UATER.
MERCAPTOBENZOTHIAZOLE DETN UATER.
UATER ANALYSIS BENZOTHIAZOLE DERIV .
AN C 07824151188.
<361>
RU FAUST, S D. ALY, 0 M.
IN CAMPBELL SOUP CO. DEPT. OF
ENVIRONMENTAL ENGINEERING, CAMPBELL
PL. CAMDEN, NJ 08101.
YR 75.
TI PAPER CHROMATOGRAPH1C ANALYSIS IN
UATER POLLUTION.
SO CHROMATOGRAPHIC ANALYSIS OF THE
ENVIRONMENT. EDITED BY R. L. GRAB.
NEU YORK: MARCEL DEKKER, 1975. PP.
489-513.
LG EN.
AB NONE.
ID PHENOLS, PAPER CHROMATOGRAPHY.
DE ACIDS, HYDROCARBONS, UATER POLLUTION
MEASUREMENTS, PESTICIDE RESIDUES
ORGANIC COMPOUNDS, LIQUID
CHROMATOGRAPHY.
AN P 7601249.
<359>
AU EVSYUKHIN, G. G. KULAKOV, V. N.
MANZUROV, V. D. MANEVICH, L. E.
FLID, R. M.
IN USSR.
YR 76.
TI EFFECT OF THE UATER CONCENTRATION
AND A COBALT-BROMIDE COMPLEX ON THE
INITIAL OXIDATION RATE OF
DIMETHYLNAPHTHALENES.
SO ZH. FIZ. KHIM. 50. P223-5. 1976.
LG RS.
DE METHYLNAPHTHALENE OXIDN KINETICS
CATALYST. NAPHTHALENE DIMETHYL OXIDN
KINETICS CATALYST.
AN C 08423163876.
<369>
AU FAUST, S D. ALY, 0 M.
IN CAMPBELL SOUP CO, DEPT. OF
ENVIRONMENTAL ENGINEERING, CAMPBELL
PL. CAMDEH, NJ 08101.
YR 75.
TI THIN-LAYER CHROMATOGRAPHIC ANALYSIS
IN WATER POLLUTION.
SO CHROMATOGRAPHIC ANALYSIS OF THE
ENVIRONMENT. EDITED BY R. L. GRAB.
NEU YORK: MARCEL DEKKER, 1975. PP.
515-564.
LG EN.
AB NONE.
ID PHENOLS, TLC, STEROLS.
DE UATER POLLUTION MEASUREMENTS,
HYDROCARBONS, POLLUTANT DETECTION,
PESTICIDE RESIDUES, ORGANIC
COMPOUNDS, LIQUID CHROMATOGRAPHY,
DETERGENTS, AMINO ACIDS.
AN P 7601250.
<362>
AU FAUST, S D. ZOGORSKI, J S.
IN RUTGERS, THE STATE UNW. COOK
COLLEGE, DEPT. OF ENVIRONMENTAL
SCIENCES, NEU BRUNSWICK, NJ 08903.
YR 74.
TI REMOVAL OF PHENOLS FROM POLLUTED
UATERS.
SO RUTGERS UNIVERSITY, NEU BRUNSUICK,
N.J. UATER RESOURCES RESEARCH
INSTITUTE. RESEARCH PROJECT
TECHNICAL COMPLETION REPORT A-033-
N.J. JUNE 1974. 95 PP.
LG EN.
AB NONE,
ID PHENOLS.
DE ACTIVATED CARBON, ADSORPTION,
AROMATIC COMPOUNDS, POLLUTANT
REMOVAL, UATER POLLUTANTS.
AN P 7581600.
<363>
AU FAUST, SAMUEL D, STUTZ, HANSJAKOB.
ALY, OSMAN M. ANDERSON, PETER U.
IN RUTGERS - THE STATE UNIV. NEU
BRUNSUICK, N.J. UATER RESOURCES
RESEARCH INST.
YR 71. 62P*.
TI RECOVERY, SEPARATION, AND
IDENTIFICATION OF PHENOLIC COMPOUNDS
FROM POLLUTED UATERS.
NT FINAL REPT.
PR PCS3.00 MF$0.95.
AB A FOUR-YEAR RESEARCH PROGRAM UAS
COMPLETED UHEREIN THE RIVERS AND
GROUND UATERS OF NEU JERSEY UERE
SAMPLED AND TESTED FOR PHENOLIC
COMPOUNDS. THESE CHEMICALS
190
-------
ORIGINATE IN INDUSTRIAL
MANUFACTURING PROCESSES AND ARE
DISCHARGED INTO RIVERS flND GROUND
UATERS THROUGH THE WASTE UATERS.
SEVERAL SAMPLES WERE DRAUN FROM THE
DEEP UELLS IN THE CAMDEN, NEU
JERSEY, AREA. APPROXIMATELY 71% OF
THE SAMPLES CONTAINED THESE PHENOLS
IN QUANTITIES THAT EXCEEDED THE NEU
JERSEY POTABLE UATER QUALITY
STANDARD OF 1 PART PER BILLION. A
CHEMICAL TEST UAS DISCOVERED FOR THE
DETECTION AND IDENTIFICATION OF
PHENOLS THAT ORIGINATE IN INDUSTRIAL
UASTE UATERS. PHENOLS ARE A UATER
POLLUTANT IN THAT THEY HAVE THE
CHEMICAL PROPERTY OF IMPARTING
TASTES AND ODOR TO DRINKING UATER.
(AUTHOR).
MJ UATER-POLLUTION, PHENOLS, NEU-
JERSEY, UATER-POLLUTION,
COLORIMETRIC-ANALYSIS, PHENOLS.
MN UATER-QUALITY, GROUND-UATER,
INDUSTRIAL-UASTES, RIVERS, SAMPLING.
ID ANTIPYRINE-AMINO.
AN N PB-198 030.
<364>
IN FEDERAL UATER QUALITY
ADMINISTRATION, CHICAGO, ILL. GREAT
LAKES REGION.
YR 69. 106P.
TI CHEMISTRY LABORATORY MANUAL BOTTOM
SEDIMENTS.
PR PC$7.50/MF$0.95.
AB THE REPORT PRESENTS THE TECHNIQUES
USED TO ANALYSE SEDIMENTS IN THE
GREAT LAKES. STEP BY STEP
PROCEDURES ARE GIVEN FOR THE
ANALYSIS OF CHEMICAL OXYGEN DEMAND,
CYANIDE, IRON. METALS, NITROGEN, OIL
AND GREASE, OXYGEN DEMAND AND
CHLORINE DEMAND, PESTICIDES, PHENOL,
PHOSPHORUS, SOLIDS, SULFIDE, SILICA,
MANGANESE, AND OXIDATION REDUCTION
POTENTIALS.
MJ SEDIMENTS, CHEMICAL-ANALYSIS.
MN CYANIDES, IRON, TRACE-ELEMENTS,
METALS, NITROGEN, OILS, PESTICIDES,
PHENOLS, PHOSPHOUS, SOLIDS,
INORGANIC-SULFIDES, MANGANESE.
ID CHEMICAL-OXYGEN-DEMAND, EPAL.
AN N PB-215 192.
<365>
AU FERRY J G. UOLFE R S.
IN DEPARTMENT OF MICROBIOLOGY,
UNIVERSITY OF ILLINOIS, URBANA,
ILLINOIS.
YR 76.
TI ANAEROBIC DEGRADATION OF BENZOATE TO
METHANE BY A MICROS IAL CONSORTIUM.
SO ARCH MICROSIOL. 107. 1. P33-40. FEB
76.
LG EN.
MJ BACTERIA: ME.
MN ACETATES: ME. PD. HYDROXYBENZOIC-
ACIDS: ME. SEUAGE.
AN M 76134915.
<366>
AU FICKE, HUNTER H.
IN DELAUARE UNIV. NEUARK. 197 800.
YR 73. 78P.
TI A DESIGN AND ECONOMIC EVALUATION OF
CATALYTIC OXIDATION OF PHENOLS IN
UASTEUATER.
NT RESEARCH REPT.
PR PC$7.25/MF$1.45.
AB CATALYTIC OXIDATION IS A POSSIBLE
PROCESS FOR TREATING UASTEUATER
EFFLUENTS CONTAINING PHENOL FROM
CATALYTIC CRACKING UNITS AND COAL
TAR PLANTS. EXPERIMENTAL DATA UERE
COLLECTED TO DETERMINE INTRINSIC
RATE CONSTANTS FOR PHENOL OXIDATION
TO C02 AND UATER. THESE CONSTANTS
UERE USED IN THE DESIGN AND
OPTIMIZATION OF A PROPOSED PROCESS.
TOTAL COST FOR 998 REDUCTION OF
PHENOL FROM 1000 GALLONS OF
UASTEUATER (700 PPM) FROM THE
CATALYTIC CRACKER UAS $0.35. TOTAL
COST PER 1000 GALLONS (4000 PPM)
FROM COAL TAR UAS $0.60.
MJ PHENOLS, INDUSTRIAL-UASTE-
TREATMENT, UATER-POLLUTION-CONTROL.
MN OXIDATION, CHEMICAL-REACTIONS,
DESIGN, CATALYTIC-CRACKING, COST-
ANALYSIS, COAL-TAR, CHEMICAL-
INDUSTRY.
ID CATALYTIC-OXIDATION, OURR.
AN N PB-231 220/5.
<367>
AU FIGUEROA, LUIS 0.
IN PHILLIPS PUERTO RICO CORE, INC.
GUAYAMA. P. R.
YR 71.
TI UATER POLLUTION CONTROL AT PHILLIPS
PUERTO RICO PETROCHEMICAL COMPLEX .
SO CHEM. ENG. PROGR. SYMP. SER. 67.
P377-9. 1971.
LG EN.
DE PETROCHEM COMPLEX UASTE UATER. NYLON
PRODN EFFLUENT. XYLENE PRODN UASTE
UATER. CYCLOHEXANE PRODN UASTE
UATER. BENZENE PRODN UASTE UATER .
191
-------
TOLUENE PRODN UASTE UATER. MOTOR
FUEL UASTE UflTER.
AN C 07428182831.
<368>
flU FISHMAN M J. ERDMANN D E.
YR 75.
TI UATER ANALYSIS.
SO flNflL CHEM. 47 (5). 334R-361R.
DE POLLUTION ALKALI METALS HARDNESS
ALKALINE EARTH METALS NITRATE
NITRITE AMMONIA ORGANIC NITROGEN
CYANIDE OXYGEN DETERGENTS PESTICIDES
ORGANICS RADIOACTIVITY PH TURBIDITY
ALUMINUM IRON SULFATE SULFIDE
MANGANESE CHROMIUM COPPER LEAD ZINC
CADMIUM NICKEL COBALT TIN MERCURY
SILVER GOLD MOLYBDENUM VANADIUM
BISMUTH URANIUM THORIUM RARE EARTHS
BORON SELENIUM ARSENIC ANTIMONY
PHOSPHORUS SILICA HAL IDES.
AN B 76001787.
<369>
AU FISHMAN, G. I. PEVZNER, I. D.
LYUTIKOVA, N. N.
IN USSR.
YR 72.
TI POTENTIOMETRIC ANALYSIS OF UASTE
WATERS FROM POLYMER MANUFACTURING.
SO GIDROKHIM. ISSLED. P63-4. 1972.
LG RS.
DE UASTE UATER ANALYSIS POLYMER MANUF.
UROTROPIN DETN UASTE UATER.
FORMALDEHYDE DETN UASTE UATER.
PHENOL DETN UASTE UATER.
HYDROCHLORIC ACID DETN UASTE UATER.
SODIUM CARBONATE DETN UASTE UATER.
AN C 07824151279.
<378>
flU FITI, MARIA.
IN INST. AT. PHYS. BUCHAREST. ROM.
YR 74.
TI RADIOLYTIC OXIDATION OF PHENOL IN
AQUEOUS SOLUTION.
SO REV. ROUM. CHIM. 19. P18B3-91. 1974.
LG EN.
DE OXIDN RADIOLYTIC AQ PHENOL.
AN C 08118113579.
<371>
AU FLECKINGER, R. STEVEN IN, G.
RIEUCAU, C.
IN SERV. VET. SElNE-MfiRIT.
SOTTEVILLE-LES-ROUEN. FR.
YR 77.
TI MARINE HYDROCARBON POLLUTION. STUDY
OF ITS CONSEQUENCES ON UILD MUSSELS
(MYTILUS EDULIS) UITH RESPECT TO
TIME ELAPSED SINCE THE POLLUTION.
SO BULL. ACAD. VET. FR. 50. P79-B4.
1977.
LG FR.
DE UATER POLLUTION FUEL MUSSEL.
BENZOPYRENE MUSSEL FUEL POLLUTION.
HYDROCARBON MUSSEL FUEL POLLUTION.
AN C 88713096964.
<372>
AU FLEET, BERNARD. VON STQRP, HENNING.
IN DEP. CHEM. IMP. COLL. LONDON. ENGL.
YR 71.
TI ANALYTICAL EVALUATION OF A
CYAN IDE-1ON SELECTIVE MEMBRANE
ELECTRODE UNDER FLOU-STREAM
CONDITIONS.
SO ANAL. CHEM. 43. PI575-81. 1971,
LG EN.
DE CYANIDE SELECTIVE MEMBRANE
ELECTRODE. ION SELECTIVE MEMBRANE
ELECTRODE. SILVER SULFIDE IODIDE
ELECTRODE. SULFIDE IODIDE SILVER
ELECTRODE. IODIDE SULFIDE SILVER
ELECTRODE.
AN C 07524147474.
<373>
AU FLEROV, B A. LUKYANENKQ, V I.
YR 71.
TI THE ROLE OF ENVIRONMENTAL FACTORS IN
RESISTANCE OF FISHES TO PHENOL.
SO NEUFOUNDLAND. MEMORIAL UNIVERSITY,
ST. JOHNS. LIBRARY BULLETIN, 5(2):
17-18, MARCH 1971.
LG EN.
AB NONE.
ID SUMMARY ONLY, CARP.
DE PHENOL, FISHES, TOXICITY.
AN P 7006934.
<374>
AU FLEROV, B. A.
IN USSR.
YR 76.
TI HOU DO ANIMALS BEHAVE IN POLLUTED
UATER.
SO KHIM. ZHIZN. P98-101. 1976.
LG RS.
DE UATER POLLUTION PESTICIDE LEECH.
PHENOL TOXICITY LEECH. CHLOROPHOS
TOXICITY LEECH. POLYCHLOROPINENE
TOXICITY LEECH.
AN C 08619134358.
192
-------
<375>
AU FLEROV, B. A.
IN USSR.
YR 73.
TI PHENOL INTOXICATION IN FISH.
SO TR. INST. BIOL. VNUTR. VOD, flKAD.
NAUK SSSR. NO. 24. P5-38. 1973.
LG RS.
DE REVIEU PHENOL TOXICITY FISH.
AN C 08015076848.
<376>
AU FLEROV, B. A.
IN INST. BIOL. INLAND WATERS. BOROK.
USSR.
YR 71.
TI PROBLEMS OF HYDROSIONTS' ADAPTATION
TO A TOXIC FACTOR.
SO GIDROBIOL. ZH. 7. P61-6. 1971.
LG RS.
DE ADAPTATION FISH TOXIN. PHENOL
ADAPTATION FISH. POLYCHLOROPINENE
ADAPTATION FISH. NATURAL SELECTION
FISH TOXIN.
AN C 07623136525.
<377>
AU FLEROV, B. A.
IN INST. BIOL. VNUTR. VOD. BOROK. USSR.
YR 70.
TI CHRONIC PHENOL POISONING OF LEBISTES
RETICULATUS.
SO VOP. VOD. TOKSIKOL. P163-B. 1970.
LG RS.
AV TOPACHEVSKII, A. V.
DE LEBISTES POISONING PHENOL. POISONING
LEBISTES PHENOL. PHENOL POISONING
LEBISTES. FISH POISONING PHENOL.
AN C 07417084577.
<37B>
AU FLEROV, B. A.
IN USSR.
YR 69.
TI EFFECT OF SUBTOXIC CONCENTRATIONS OF
PHENOL ON THE SEXUAL BEHAVIOR OF
LEBISTES RETICULATUS.
SO TR. INST. BIOL. VNUTR. VOD, AKAD.
NAUK SSSR. NO. 19. P66-9. 1969.
LG RS.
DE PHENOL SEX ACTIVITY FISH. SEX
ACTIVITY PHENOL FISH. FISH SEX
ACTIVITY PHENOL.
AN C 07221109684.
<379>
AU FOGELS A. SPRAGUE J B.
IN DEP. ZOOL. COLL. BIOL. SCI. UNIV.
GUELPH, GUELPH, ONT. NIG 2U1, CAN.
YR 77.
TI COMPARATIVE SHORT-TERM TOLERANCE OF
ZEBRAFISH FLAGFISH AND RAINBOU TROUT
TO 5 POISONS INCLUDING POTENTIAL
REFERENCE TOXICANTS.
SO UATER RES. 11 (9). 8B1-B1B.
LG EN.
DE BRACHYDANIO-RERIO JORDANELLA-
FLORIDAE SALMO-GAIRDNERI CANADA
COPPER SULFATE SODIUM PENTA CHLORO
PHENATE PHENOL PICLORAM DODECYL
SODIUM SULFATE.
AN B 65043077.
<380>
AU FOLMAR L C.
YR 76.
TI OVERT AVOIDANCE REACTION OF RAINBOU
TROUT FRY TO 9 HERBICIDES.
SO BULL ENVIRON CONTAM TOXICOL. 15 (5).
509-514.
DE SALMO-GAIRDNERI COPPER SULFATE
DALAPON 2 4-D GLYPHOSATE AQUATHOL K
DIQUAT ACROLEIN TRI CHLORO flCETIC-
ACID EMULSIFIED XYLENE.
AN B 77055700.
<381>
AU FORRO, JOHN RICHARD.
IN THE PENNSYLVANIA STATE UNIVERSITY
(0176) PH.D. 1965 068PP.
YR 65.
TI THE MICROSIAL OXIDATION OF TOLUENE.
SO DAI V26U1) P6305.
DE BACTERIOLOGY (0301).
AN D ADG66-04802.
<382>
AU FOUNTAINE, J. E. JOSHIPURA, P. B.
KELIHER, P. N. JOHNSON, J. D.
IN CHEM. DEP. VILLANOVA UNIV.
VILLANOVA. PA.
YR 74.
TI NEU ULTRAVIOLET RATIO
SPECTROPHOTOMETRIC SYSTEM FOR THE
DETERMINATION OF TRACE AMOUNTS OF
PHENOLIC COMPOUNDS.
SO ANAL. CHEM. 46. P62-6. 1974.
LG EN.
DE UV PHENOL DETN APP. BATHOCHROMIC
SHIFT PHENOL DETN APP.
SPECTROPHOTOMETER PHENOL DETN APP.
UATER ANALYSIS PHENOL.
AN C 08008043741.
193
-------
<383>
AU FOX M E.
YR 76.
TI FATE OF SELECTED ORGflNIC COMPOUNDS
IN THE DISCHARGE OF KRAFT PAPER
MILLS INTO .LAKE SUPERIOR.
SO KEITH, LAURENCE H. IDENTIFICATION
ftND ANALYSIS OF ORGflNIC POLLUTftNTS
IN UflTER. CONGRESS. MEXICO CITY,
MEXICO, DEC. 1975. X+718P. ILLUS.
ANN ARBOR SCIENCE PUBLISHERS INC.
ANN ARBOR, MICH. U.S.A. ISBN
0-250-40131-2. 641- 659.
DE CANADA USA FISH UATER POLLUTION
GUAIACOL ALPHA TERPINEOL
ACETOVANILLONE DEHYDRO ABIETIC-ACID
SITO STEROL GAS CHROMATOGRAPHY MASS
SPECTROMETRY.
AN B 77007312.
<384>
AU FRANT, M. S. ROSS, J. U. JR.
RISEMAN, J. H.
IN ORION RES. INC. CAMBRIDGE. MASS.
YR 72.
TI ELECTRODE INDICATOR TECHNIQUE FOR
MEASURING LOU LEVELS OF CYANIDE.
SO ANAL. CHEM. 44. P2227-3B. 1972.
LG EN.
DE CYANIDE DETN. UASTE UATER ANALYSIS
CYANIDE. SILVER ELECTRODE CYANIDE
DETN.
AN C 07916096565.
<385>
AU FREED V H. HAQUE R.
YR 76.
TI CHEMICAL STRUCTURE AND PROPERTIES OF
SELECTED BENZENE COMPOUNDS IN
RELATION TO BIOLOGICAL ACTIVITY.
SO ENVIRON HEALTH PERSPECT. 13. 23- 26.
DE TOXICITY OCTANOL UATER COEFFICIENT
VAPOR PRESSURE IR ABSORPTION PI
VALUES PHYSICOCHEMICAL CONSTANTS
SPATIAL ORIENTATION MOLECULAR
ORBITALS VIBRATIONAL ROTATIONAL
FREQUENCIES.
AN B 77008144.
<386>
AU FRIES L.
YR 74.
TI GROUTH STIMULATION OF AXENIC RED
ALGAE BY SIMPLE PHENOLIC COMPOUNDS.
SO J EXP MAR BIOL ECOL. 15 (1). 1-9.
DE GONIOTRICHUM-ALSIDII
POLYSIPHONIA-URCEOLATA P HYDROXY
BENZALDEHYDE VANILLIN SYRINGALDEHYDE
VERATRALDEHYDE BROMO PHENOLS
CAFFEIC- ACID FERULIC-ACID ALPHA
TOCOPHEROL UBI QUINONE VITAMIN K
PLASTO QUINONE P HYDROXYPHENYL
PYRUVIC-ACID CATECHOLS.
AN B 58068907.
<387>
AU FROLOV, L. F. OZEROV, A. I.
VOINOV, S. A. LUTSENKO, T. A.
SHEVCHENKO, V. N.
IN USSR.
YR 73.
TI AUTOMATIC ANALYZER FOR CYANIDES IN
UASTE UATER.
SO TR. N.-I. I PROEKT. IN-T PO
OBOGASHCH. RUD TSVET. MET.
KAZMEKHANOBR. PI 12-16. 1973.
LG RS.
DE FLOTATION UASTE UATER CYANIDE.
AN C 08324196548.
<388>
AU FROMM, P. 0. OLSON, K. R.
IN MICHIGAN STATE UNIV. EAST LANSING.
DEPT. OF PHYSIOLOGY. UATER RESEARCH
AND TECHNOLOGY, UASHINGTON, D.C.
YR 73. 24P.
TI INDUSTRIAL AND MUNICIPAL UASTES:
ACTION OF SOME UATER SOLUBLE
POLLUTANTS ON FISH.
NT RESEARCH TECHNICAL PROJECT
COMPLETION REPT. 1 SEP 72-30 SEP 73.
PR PC$3.25/MF$2.25.
AB THE PURPOSE UAS TO OBSERVE SOME OF
THE MORE SUBTLE EFFECTS OF
POLLUTANTS ON THE GILL BLOOD-UATER
BARRIER USING GILL EPITHELIA AS THE
TARGET ORGAN. ELECTRON.MICROSCOPIC
TECHNIQUES, INCLUDING SCANNING
ELECTRON MICROSCOPY (SEM),
TRANSMISSION ELECTRON MICROSCOPY
CTEM) AND ELECTRON MICROPROBE
ANALYSIS UERE USED TO STUDY CHANGES
IN GILL ULTRASTRUCTURE AND ION
DISTRIBUTION IN GILLS FOLLOUING
EXPOSURE OF RAINBOU TROUT TO
DIFFERENT UATER SOLUBLE POLLUTANTS.
TUO OF THESE TECHNIQUES, SCANNING
ELECTRON MICROSCOPY AND ELECTRON
MICROPROBE ANALYSIS HAVE NEVER
BEFORE BEEN APPLIED TO GILL
ULTRASTRUCTURE ANALYSIS. THE REPORT
CONSISTS OF THREE SEPARATE ARTICLES:
A SCANNING ELECTRON MICROSCOPIC
STUDY OF SECONDARY LAMELLAE AND
CHLORIDE CELLS OF RAINBOU TROUT
CSALMO GAIRDNERI); MERCURY UPTAKE
AND ION DISTRIBUTION IN GILLS OF
194
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RAINBOW TROUT; TISSUE SCANS (JITH flN
ELECTRON MICROPROBE; EFFECTS OF
MERCURY EXPOSURE ON RfllNBOU TROUT
GILL ULTRASTRUCTURE.
MJ FISHES, UATER-POLLUTION.
MN ELECTRON-MICROSCOPY, EXPOSURES,
MERCURY-INORGANIC-COMPOUNDS,
INDUSTRIAL-UASTES, IONS, TISSUES-
BIOLOGY, DETERGENTS, ABSORPTION,
FORMALDEHYDE. DDT, MORPHOLOGY,
TOXICOLOGY.
ID UATER-POLLUTION-EFFECTS-ANIMALS.
SALMO-GAIRDNERI, RAINBOU-TROUT,
GILLS-FISHES, NTISDIOURT.
AN N PB-237 428/8SL.
<389>
AU FRUCHTER, J. S. PETERSEN, M. R.
LAUL, J. C. RYAN, P. U.
IN BATTELLE PACIFIC NORTHUEST LABS.
RICHLAND, UASH. AND DEVELOPMENT
ADMINISTRATION. 9500822.
YR 76. 31P.
TI HIGH PRECISION TRACE ELEMENT AND
ORGANIC CONSTITUENT ANALYSIS OF OIL
SHALE AND SOLVENT-REFINED COAL
MATERIALS.
NT 173. NATIONAL MEETING OF THE
AMERICAN CHEMICAL SOCIETY, NEU
ORLEANS, LOUISIANA, UNITED STATES OF
AMERICA CUSA), 20 MAR 1977.
PR PC A03/MF A01.
AB THE APPLICATION OF A NUMBER OF
SENSITIVE AND PRECISE METHODS FOR
THE DETERMINATION OF TRACE ELEMENTS,
HEAVY ELEMENT SPECIES AND ORGANIC
COMPOUNDS IN MATERIALS FROM AN OIL
SHALE RESEARCH RETORT PROCESS AND
FROM A SOLVENT-REFINED COAL PILOT
PLANT OPERATION ARE DISCUSSED. THE
METHODS UERE CHOSEN BOTH FOR THEIR
SENSITIVITY, AND ALSO FOR THEIR
RELATIVE FREEDOM FROM INTERFERENCE
EFFECTS. COAL LIQUIDS CONTAIN MUCH
HIGHER CONCENTRATIONS OF AROMATIC
COMPOUNDS, INCLUDING POLYNUCLEAR
AROMATIC HYDROCARBONS (PNA'S). A
LARGER RELATIVE FRACTION OF THE
PNA'S IN SHALE OIL ARE ALKYL
SUBSTITUTED. COAL LIQUIDS ARE ALSO
CONSIDERABLY HIGHER IN PHENOLS (28
PERCENT) THAN IS SHALE OIL (2
PERCENT). N-HETEROCYCLICS ARE
PRESENT IN HIGHER CONCENTRATION
(GREATER THAN 8 PERCENT) IN SHALE
OIL DUE TO THE HIGH NITROGEN CONTENT
OF THE RAD SHALE. HYDROAROMATICS
ARE COMMON IN COAL LIQUIDS BUT
NEGLIGIBLE IN SHALE OIL. INORGANIC
ELEMENTS AND SPECIATION MEASUREMENTS
INDICATE SIGNIFICANT AMOUNTS OF THE
TOXIC HEAVY ELEMENTS HG, AS, ZN, AND
SE IN EFFLUENT OIL UATER AND GAS
STREAMS. IN ADDITION, THE PROCESS
UATER CONTAINS SIGNIFICANT CO, BR,
SB, AND U. RAU OIL SHALE IS HIGHLY
ENRICHED IN SE, AS AND SB AND
SOMEUHAT ENRICHED IN U, PB, CS, HG
AND ZN. SOLVENT-REFINED COAL
LIQUIDS UERE FOUND TO BE RELATIVELY
LOU IN MOST TRACE ELEMENTS. THE
MAJORITY OF TRACE ELEMENTS ARE
CONCENTRATED BY THE PROCESS INTO THE
MINERAL RESIDUE. ONLY BR AND HG ARE
NOT DEPLETED IN SOLVENT-REFINED
COAL. OTHER TRACE ELEMENTS STILL
REMAINING IN SIGNIFICANT AMOUNTS ARE
U, TA, CR, AND ZN. (ERA CITATION
82: 033795).
MJ SHALE-OIL, SOLVENT-REFINED-COAL,
TRACE-AMOUNTS.
MN ABSORPTION-SPECTROSCOPY,
ACTIVATION-ANALYSIS, ANTIMONY,
AROMATICS, ARSENIC, BROMINE,
CHEMICAL-COMPOSITION, CHROMIUM,
COBALT, ELEMENTS, EMISSION-
SPECTROSCOPY, GAS-CHROMATOGRAPHY,
GASEOUS-UASTES, MERCURY, OIL-SHALES,
SAMPLING, SELENIUM, SEPARATION-
PROCESSES, URANIUM, UftSTE-UATER, X-
RAY-FLUORESCENCE-ANALYSIS, ZINC.
ID ERDA-040500, ERDA-010600,
CHEMICAL-ANALYSIS, COAL-LIQUIDS,
CONCENTRATION-COMPOSITION, COAL-
LIQUIDS, NTISERDA.
flN N BNUL-SA-6001.
<390>
flU FULLER, FREDERIC D.
IN FEDERAL UATER QUALITY
ADMINISTRATION, CHICAGO, ILL. GREAT
LAKES REGION.
YR 69. 106P.
TI CHEMISTRY LABORATORY MANUAL, BOTTOM
SEDIMENTS COMPILED BY GREAT LAKES
REGION COMMITTEE ON ANALYTICflL
METHODS.
PR PC$7.25/MF$0.95.
AB CONTENTS: INTRODUCTION; CHEMICAL
OXYGEN DEMAND; CYANIDE; IRON;
METALS; NITROGEN; OIL AND GREASE;
OXYGEN DEMAND AND CHLORINE DEMAND;
PESTICIDES; PHENOL; PHOSPHORUS;
SOLIDS; SULFIDE; SILICA; MANGANESE;
OXIDATION-REDUCTION POTENTIAL
MEASUREMENTS.
MJ SEDIMENTS, CHEMICAL-ANALYSIS.
MN MANUALS.
ID UATER-POLLUTION-DETECTION, EPAL.
flN N PB-217 451.
195
-------
<391>
AU FUNASAKA, RYOZO. OSE, YOUKI. SflTO,
TAKftHIKO.
IN GIFU COLL. PHARM. GIFU. JAPAN.
YR 76.
TI STUDIES ON THE OFFENSIVE-ODOR FISH
OF THE NAGARA RIVER. VII. MEDIAN
TOLERANCE LIMIT TEST OF THE
OFFENSIVE-ODOR SUBSTANCES.
SO EISEI KAGAKU. 22. P20-3. 1976.
LG JA.
DE FflTTY ACID TOXICITY CARP. PHENOL
TOXOCITY CARP.
AN C 08561801009.
<392>
AU FUNASAKA, RYOZO. OSE, YOUKI. SATO,
TAKAHIKO.
IN GIFU COLL. PHARM. GIFU. JAPAN.
YR 75.
TI OFFENSIVE ODOR OF FISH FROM THE
NAGARA RIVER. IV. PHENOL AS ONE OF
THE OFFENSIVE-ODOR SUBSTANCES.
SO EISEI KAGAKU. 21. P101-5. 1975.
LG JA.
DE PHENOL FISH TISSUE ODOR. UATER
POLLUTION PHENOL FISH.
AN C 08321173357.
<393>
AU FUNASAKA, RYOZO. TANflKA, KAZUO.
ITAGAKI, YASUHIRO. OSE, YOUKI.
SATO, TAKAHIKO.
IN GIFU COLL. PHARM. GIFU. JAPAN.
YR 75.
TI STUDIES ON THE OFFENSIVE-ODOR FISH
OF THE NAGARA RIVER. V.
IDENTIFICATION OF OFFENSIVE-ODOR
SUBSTANCES BY HIGH-RESOLUTION GAS
CHROMATOGRAPHY-MASS SPECTROMETRY.
SO EISEI KAGAKU. 21. P341-7. 1975.
LG JA.
DE FATTY ACID ODOR FISH. AROM
HYDROCARBON ODOR FISH. PHENOL ODOR
FISH.
AN C 08501002757.
<394>
AU FURUKI, MASAKAZU. MORIGUCHI, YUZO.
KITAMURA, HIROYUKI.
IN ENVIRON. SCI. INST. HYOGO PREFECT.
KOBE. JAPAN.
YR 76.
TI STUDIES ON THE BIOLOGICAL TREATMENT
OF UASTE UATER CONTAINING CYANIDES.
V. ADAPTATION PROCESS IN THE
ACTIVATED SLUDGE TREATMENT OF UASTE
UATER CONTAINING CYANIDES.
SO HAKKO KOGAKU ZASSHI. 54. P649- 58.
1976.
LG JA.
DE CYANIDE UASTEUATER ACTIVATED SLUDGE
ADAPTATION. RICE BRAN CYANIDE
ACTIVATED SLUDGE. ENZYME CYANIDE
DEGRADING.
AN C 08606033857.
<395>
AU GABOVICH R D. VROCHINSKII K K.
KURINNYI I L.
YR 69.
TI THE CLARIFICATION, DEODORIZATION AND
DECONTAMINATION OF DRINKING UATER
UITH OZONE.
TR OBESTSVECHIVANIE, DEZODORATSIIA I
OBEZVREZHIVANIE PIT'EVOI BODY
OZONOM.
SO GIG SANIT. 34. 6. P18-22. JUN 69.
LG RS.
MJ OZONE.
MN CARCINOGENS. OXIDATION-REDUCTION.
AN M 69290324.
<396>
AU GABOVICH, R. D. KURENNOY, I. L.
IN ARMY MEDICAL INTELLIGENCE AND
INFORMATION AGENCY UASHINGTON D C.
409112.
YR 74. 9P.
TI OZONIZATION OF UATER CONTAINING
HUMIC COMPOUNDS, PHENOLS, AND
PESTICIDES (OZONIROVANIYE VODY,
SODERZHASHCHEY GUMINOVYYE
SOYEDINENIYA, FENOLY I PESTITSIDY).
NT TRANS. OF VOPROSY KOMMUNALNOY
GIGIYENY (USSR) N6 PI 1-19 1966.
PR PC A02/MF A01.
AB THE PURPOSE OF THIS UORK UAS TO: CD
STUDY THE QUANTITATIVE CONDITIONS
AFFECTING THE USE OF OZONE TO BREAK
DOUN ADMIXTURES OF HUMIC SUBSTANCES
AND DECOLORIZE UATER; (2) STUDY
QUANTITATIVELY THE USE OF OZONE TO
BREAK DOUN PHENOLS AND SOME
PESTICIDES IN SOLUTIONS PREPARED
FROM DISTILLED UATER AND UATER
CONTAINING HUMIC COMPOUNDS. IN SOME
CASES THE EFFECT OF OZONE AND
CHLORINE UERE COMPARED. A
LABORATORY OZONIZING APPARATUS IN
UHICH THE EXPERIMENTAL CONDITIONS
UERE SIMILAR TO THOSE OCCURRING
NATURALLY UAS USED. CONCLUSIONS:
(I) OZONIZATION OF UATER BREAKS DOUN
HUMIC SUBSTANCES OF NATURAL ORIGIN
THAT IMPART COLOR TO IT. THE AMOUNT
OF OZONE CONSUMED IN DECOLORIZING
196
-------
UATER UNDER THE UORST CONDITIONS IS
0.15 TO 0.2 MILLIGRAM PER LITER-
DEGREE OF CHROMATICITY. (2) TO
DEPHONOLIZE UATER REQUIRES 0.75 TO
2.5 MILLIGRAMS OF OZONE PER
MILLIGRflM OF PHENOL, DEPENDING ON
THE THOROUGHNESS OF PURIFICfiTION.
OZONIZATION flND CHLORINATION OF
UATER ARE EFFECTIVE MEflNS OF
DEODORIZING UATER CONTAINING THE
PESTICIDES UNDER STUDY. TO
DEODORIZE UflTER CONTAINING ONLY
TOXIC CHEMICALS, IT IS BEST TO USE
OZONE IN SOME CASES AND CHLORINE IN
OTHERS. THE HUMIC COMPOUNDS PRESENT
IN NATURAL UATERS DO NOT PREVENT
DEODORIZATION, BUT THEY REQUIRE
SOMEUHAT LARGER AMOUNTS OF OZONE
BECAUSE THE UflTER IS DECOLORIZED AT
THE SAME TIME THAT THE PESTICIDES
flRE BEING BROKEN DOUN. THUS,
OZONIZATION AND CHLORINATION CAN BE
USED TO DISINFECT SEUAGE CONTAINING
A SUBSTANTIAL QUANTITY OF
PESTICIDES. THE SflME METHODS OF
TREATMENT CAN FREE UflTER REACHING
THE UflTER SUPPLY SYSTEM FROM
RESIDUAL AMOUNTS OF PESTICIDES.
MJ OZONE, OZONATION, UflTER- TREATMENT,
PESTICIDES.
MN CHLORINATION, COLORING, PHENOLS,
ODORS, PURIFICATION, UATER-
POLLUTION, USSR, TRANSLATIONS.
ID ODOR-CONTROL, UATER-POLLUTION-
CONTROL, SEUAGE-TREATMENT, POTABLE-
UflTER, NTISDODXfl.
ftN N flD-fl03B 406/5SL.
<397>
flU GABOVICH, R. D. KURINNOY, I. L.
IN ARMY MEDICAL INTELLIGENCE AND
INFORMATION AGENCY UASHINGTON D C.
409112.
YR 74. 6P.
TI OZONIZATION OF UATER CONTAINING
PETROLEUM PRODUCTS, AROMATIC
HYDROCARBONS, NITRO COMPOUNDS, AND
ORGANOCHLORINE PESTICIDES
(OZONIROVANIYE VODY, SODERZHASHCHEY
NEFTEPRODUKTY, flROMflTICHESKIYE
UGLEVODORODY, NITROSOYSEDINENIYA I
KHLORORGANICHESKIYE PESTITSIDY).
NT TRANS. OF VOPROSY GIGIYENY
NASELENNYKH MEST (USSR) P31-35 1967.
PR PC A02XMF A01.
AB OZONIZATION OF UflTER BREAKS DOUN
ADMIXTURES OF PETROLEUM PRODUCTS
(PETROLEUM, GflSOLINE). THE flMOUNT
OF OZONE REQUIRED DEPENDS ON THE
THOROUGHNESS OF PURIFICATION. ABOUT
MJ
MN
ID
AN
AU
IN
YR
TI
0.5 MILLIGRflM OF OZONE PER MILLIGRAM
OF PETROLEUM IS REQUIRED TO PURIFY
THE UflTER (TO REDUCE THE PETROLEUM
TO 0.2 TO 0.3 MILLIGRflM/LITER).
FROM 0.025 TO 1 MILLIGRAM OF OZONE
PER MILLIGRflM OF GftSOLINE IS
REQUIRED TO RID THE UATER OF
GASOLINE (UITH 1 AND 0.03
MILLIGRAM/LITER OF RESIDUAL
GASOLINE, RESPECTIVELY). AROMATIC
HYDROCARBONS (BENZENE, DIETHYL
BENZENE) AND NITRO COMPOUNDS ARE
ALSO BROKEN DOUN BY OZONE.
CHLORINATION EVEN UITH LARGE
QUANTITIES OF CHLORINE C40
MILLIGRAMS/LITER) IS NOT AN
EFFECTIVE MEANS OF ELIMINATING
AROMATIC HYDROCARBONS AND NITRO
COMPOUNDS. DDT IS HIGHLY RESISTANT
TO OZONE AND ONLY LARGE QUANTITIES
OF THE LATTER (ABOUT 50 MILLIGRAMS
PER MILLIGRflM OF DDT) CAN REDUCE THE
DDT CONCENTRATION IN UATER TO THE
MAXIMUM PERMISSIBLE LEVEL (0.1 TO
0.2 MILLIGRflM/LITER). CHLORINATION
OF UATER DOES NOT BREAK DOUN DDT.
THE STUDIES PUBLISHED IN THE FIRST
AND SECOND ARTICLES SHOU THAT
OZONIZATION OF DRINKING UATER AND
SEUAGE MAY RESULT IN THE BREflKDOUN
OF fl NUMBER OF ORGflNIC ADMIXTURES
POSSESSING TOXIC ACTION OR IMPAIRING
THE ORGANOLEPTIC PROPERTIES OF
UflTER. CHLORINATION EVEN UITH LflRGE
QUANTITIES OF CHLORINE
(HYPERCHLORINflTION) IS NOT AS
EFFECTIVE IN THIS RESPECT AS
OZONIZATION.
OZONE, OZONATION, UATER- TREATMENT,
DRINKING-UATER, PETROLEUM-PRODUCTS,
SEUAGE-TREflTMENT.
CHLORINflTION, CHLORINE, GASOLINE,
BENZENE-COMPOUNDS,
AROMATIC-HYDROCARBONS, PHENOLS,
NITRATES, DDT, CONCENTRATION-
CHEMISTRY, UATER-POLLUTION, USSR,
TRANSLATIONS.
POTABLE-UATER, UATER-POLLUTION-
CONTROL, PESTICIDES, NTISDODXA.
N AD-A038 404/0SL.
<398>
GABOVICH, R. D. KURINNYY, I. L.
FEDORENKO, Z. P.
ARMY MEDICAL INTELLIGENCE AND
INFORMATION flGENCY UflSHINGTON D C.
409112.
74. 5P.
EFFECT OF OZONE AND CHLORINE ON
3,4-BENZOPYRENE DURING THE
197
-------
DISINFECTION OF UATER (DEYSTVIYE
OZONA I KHLORA NA 3,4-BENZPIREN PRI
OBEZZARAZHIVANII VODY).
NT TRflNS. OF GIG. NASELENNYKH MEST
(USSR) N8-P88-91 1969.
PR PC A02/MF fl81.
AB Z.P. FEDORENKO'S EXPERIMENTS SHOUED
THAT THE TflRRY SUBSTflNCES ISOLATED
FROM SEUAGE POSSESS CARCINOGENIC
ACTIVITY UHEN APPLIED TO THE SKIN
AND THAT PERORAL ADMINISTRATION TO
UHITE RATS OF UATER CONTAINING
VARIOUS CONCENTRATIONS OF
3-4-BENZOPYRENE INDUCES MALIGNANT
AND BENIGN TUMORS OF THE
FORESTOMACH. THE FREQUENCY OF TUMOR
DEVELOPMENT UAS FOUND TO BE DIRECTLY
RELATED TO THE AMOUNT OF THE
SUBSTANCE ADMINISTERED. IN THE
LIGHT OF THE FOREGOING, IT SEEMED
WORTHWHILE TO TRACE THE FATE OF 3-4-
BENZOPYRENE DISSOLVED IN UATER AND
SUBJECTED TO DIFFERENT KINDS OF
TREATMENT IN DRINKING UATER SUPPLY
SYSTEMS. THE SUBJECT IS
INADEQUATELY DISCUSSED IN THE
LITERATURE. THERE ARE ONLY A FEU
REPORTS ON THE EFFECT OF
CHLORINATION OF UATER ON 3-4-
BENZOPYRENE DISSOLVED IN IT.
BECAUSE OF THE LIMITED INFORMATION
ON THE SUBJECT, UE DECIDED TO
COMPARE THE EFFECT OF CHLORINE TO
THAT OF THE MOST INTENSIVE OXIDIZING
AGENT, OZONE, ON 3-4-BENZOPYRENE
DISSOLVED IN UATER.
MJ CARCINOGENS, UATER-TREATMENT,
CANCER.
MN UATER-POLLUTION, OZONE, CHLORINE,
EFFLUENTS, COAL, SHALE,
OIL-PRODUCTS, PETROLEUM-PRODUCTS,
REFINERIES, OPEN-WATER, RATS,
TRANSLATIONS, USSR.
ID BENZOPYRENE, WATER-POLLUTION-
CONTROL, INDUSTRIAL-WASTES, SEUAGE-
TREATMENT, LABORATORY-ANIMALS,
MALIGNANT-NEOPLASMS, NEOPLASMS,
STOMACH, POTABLE-UATER, WATER-
POLLUTION-EFFECTS-ANIMALS,
NTISDODXA.
AN N AD-A838 408/1SL.
<399>
AU GALLO M A. OSER B L. COX G E.
BAILEY D E.
YR 77.
TI STUDIES ON THE LONG-TERM TOXICITY OF
2 BUTANOL.
SO TOXICOL APPL PHARMACOL. 41 (1). 135.
DE ABSTRACT RAT REPRODUCTION STUDY ISO
PROPANOL WEANLING GROWTH DEPRESSION
RETARDED SKELETAL MATURATION STRESS
LESION FAT EXTRACTANT FISH PROTEIN
CONCENTRATE.
AN 8 78034721.
<4B0>
AU GARRETT, BENJAMIN CAYWOOD.
IN EMORY UNIVERSITY (0665) PH.D. 1975,
075PP.
YR 75.
TI RE INVESTIGATION OF PHENOL OXIDASE
ACTIVITY BY IMPROVED ANALYTICAL
TECHNIQUES.
SO DAI V36(07), SEC B, P3340.
DE CHEMISTRY, ANALYTICAL (0486).
AN D ADG76-01617.
<401>
AU GARRISON, ARTHUR W. HILL, DAVID W.
IN SOUTHEAST WATER LAB. ENVIRON. PROT.
AGENCY. ATHENS. GA.
YR 72.
TI ORGANIC POLLUTANTS FROM MILL PERSIST
IN DOWNSTREAM WATERS.
SO AMER. DYEST. REP. 61. P21, 24-5.
1972.
LG EN.
DE TEXTILE WASTE WATER LAGOONING. ORG
POLLUTANT TEXTILE WASTE UATER.
DIELDRIN TEXTILE WASTE WATER.
ACETOPHENONE TEXTILE WASTE WATER.
DYE TEXTILE WASTE WATER. NONYLPHENOL
TEXTILE WASTE WATER.
AN C 07622131212.
<402>
AU GARRISON, RICHARD L. MAUK, CHARLES
E. PRENGLE, H. WILLIAM JR.
IN HOUSTON RESEARCH INC TEX. 407091.
YR 74. 112P*.
TI CYANIDE DISPOSAL BY OZONE OXIDATION.
NT FINAL REPT. APR 72-NOV 73.
AV 1.
PR PC$4.50/MF$1.45.
AB AQUEOUS CYANIDE AND COMPLEXED METAL
CYANIDE WASTES FROM THE AIR FORCE'S
ROUTINE ELECTROPLATING OPERATIONS
AND COLOR PHOTOGRAPHIC FILM
PROCESSING REQUIRE EXTENSIVE
TREATMENT TO SATISFY STRINGENT UATER
QUALITY STANDARDS. A PROCESS UAS
DEVELOPED BY LABORATORY
EXPERIMENTATION USING OZONE FOR THE
TOTAL DESTRUCTION OF CYANIDE AND
METAL CYANIDE COMPLEXES. MASS
TRANSFER AND KINETIC RATE CONSTANTS
UERE DETERMINED BY EXPERIMENTATION.
198
-------
fl PILOT SCALE PROTOTYPE UAS
DESIGNED, FABRICATED, AND OPERATED SO
TO DESTROY ACTUAL AIR FORCE CYANIDE
UASTES. IN ALL CASES, CYANIDE
CONCENTRATION IN THE EFFLUENT UAS LG
REDUCED TO BELOLJ THE DETECTABLE DE
LIMIT. A CONCEPTUAL DESIGN OF A
FULL SCALE SYSTEM TO TREAT
ELECTROPLATING UASTE IS INCLUDED. AN
(MODIFIED AUTHOR ABSTRACT).
MJ CYANIDES.
MN METAL-COMPLEXES, OXIDATION, OZONE,
UATER-POLLUTIQN, ELECTROPLATING, AU
COLOR-FILM, IN
PHOTOGRAPHIC-PROCESSING-EQUIPMENT,
UASTE-TREATMENT, MASS-TRANSFER,
REACTION-KINETICS, PROTOTYPES, YR
FABRICATION. TI
ID UATER-POLLUTION-CONTROL,
INDUSTRIAL-UASTE-TREATMENT,
CHEMICAL-REMOVAL-UATER-TREATMENT,
UATER-POLLUTION-CONTROL-EQUIPMENT, SO
AF. DE
AN N AD-775 152/2. AN
UITH CHLORINE DIOXIDE.
SOV.-AMER. SIMPOZ. PO FIZ.-KHIM.
OCHISTKE STOCHN. VOD, MINNESOTA,
SSHA, 1975. P76-92. 1976.
RS.
CHLORINE DIOXIDE CYANIDE OXIDN.
PHENOL OXIDN CHLORINE DIOXIDE.
EFFLUENT OXIDN CHLORINE DIOXIDE.
C 0861B126731.
<406>
GERDES, UILLIAM HERMAN.
RUTGERS UNIVERSITY THE STATE U. OF
NEU JERSEY (NEU BRUNSWICK) (0190)
PH.D. 1962 109PP.
62.
PART ONE: ANALYSIS OF BRASS BY
AN ION-EXCHANGE CHROMATOGRAPHY. PART
TLJO: SORPTION OF PHENOL BY LOU-
CAPACITY ION-EXCHANGE RESINS.
DAI V23(01) P0048.
CHEMISTRY, ANALYTICAL (0486).
D ADG62-02598.
<403>
AU GAVRILOVA, L. I. AU
IN USSR. YR
YR 75. TI
TI EFFECT OF RESORCINOL ON THE CHEMICAL SO
PROPERTIES OF LJATER AND BIOCHEMICAL
PROCESSES OCCURRING IN fl RESERVOIR. DE
SO TR. SARATOV. OTD. Nil 02. I RECH.
RYB. KH-VA. Plll-15. 1975.
LG RS.
DE RESORCINOL UATER POLLUTION.
AN C 08520148783. AN
<407>
E. PATTERSON K
E.
GERMAIN
74.
PLATING AND CYANIDE LJASTES.
J UATER POLLUT CONTROL FED. 46 (6)
1301-1315.
REVIEU INDUSTRY UATER POLLUTION
TREATMENT RE CYCLING RECOVERY
MEMBRANE EXCHANGE NEUTRALIZATION
PRECIPITATION ADSORPTION EFFLUENT
SAMPLING ANALYSIS PATENTS.
B 75068800.
<404>
AU GAVRILOVA, L. I. AU
IN USSR. YR
YR 75. TI
TI EFFECT OF ANILINE AND ANILINE
HYDROCHLORIDE ON THE CHEMICAL SO
PROPERTIES OF UATER AND BIOCHEMICAL
PROCESSES OCCURRING IN A RESERVOIR. DE
SO TR. SARATOV. OTD. Nil OZ. I RECH.
RYB. KH-VA. P97-102. 1975.
LG RS.
DE ANILINE UATER POLLUTION. AN
AN C 88520148782.
<405> AU
AU GELEVTSEV, A. N. MAKSIMENKO, YU. L. IN
IN USSR.
YR 76.
TI STUDY OF OXIDATION OF CYANIDES AND YR
PHENOLS IN NATURAL AND UASTE LJATERS TI
<408>
CONRAD
J R. KLASS D L.
GHOSH S.
75.
ANAEROBIC ACIDOGENESIS OF UASTE
UATER SLUDGE.
J UATER POLLUT CONTROL FED. 47 (1)
30-45.
MICROORGANISMS ACTIVATED SLUDGE 2
PHASE DIGESTION SYSTEM SOLIDS
STABILIZATION METHANE PRODUCTION
ACID FORMATION.
B 59052116.
<409>
GIBSON D T.
DEPARTMENT OF MICROBIOLOGY, THE
UNIVERSITY OF TEXAS AT AUSTIN,
AUSTIN, TEXAS.
76.
INITIAL REACTIONS IN THE BACTERIAL
199
-------
DEGRADATION OF AROMATIC
HYDROCARBONS.
SO ZENTRflLBL BAKTERIOL ORIG B. 162.
1-2. P157-68. JUL 76.
LG EN.
MJ BACTERIA: ME.
MN ALCOHOL-OXIDOREDUCTASES: ME. ME.
BIODEGRADATION. ME. EN, ME. (NIH-
SUP).
AN M 77061959. 7703.
<410>
AU GIBSON D T. KOCH J R. SCHULD C L.
KALLIO R E.
YR 68.
TI OXIDATIVE DEGRADATION OF AROMATIC
HYDROCARBONS BY MICROORGANISMS. II.
METABOLISM OF HALOGENATED AROMATIC
HYDROCARBONS.
SO BIOCHEMISTRY. 7. 11. P3795-802. NOV
68.
LG EN.
MJ BENZENE-DERIVATIVES: ME. ME.
MN BROMINE. MODELS-BIOLOGICAL.
SPECTROPHOTOMETRY.
AN M 69051114.
AU GIBSON D T. MAHADEVAN V. DAVEY J
F.
YR 74.
TI BACTERIAL METABOLISM OF PARA- AND
META-XYLENE: OXIDATION OF THE
AROMATIC RING.
SO J BACTERIOL. 119. 3. P930-6. SEP 74.
LG EN.
MJ PSEUDOMONAS: ME.
MN SUCCINATES: ME. SPECTROPHOTOMETRY.
CHROMATOGRAPHY- THIN-LAYER.
METHYLATION.
AN M 74298648.
<412>
AU GIBSON, D. T. GSCHUENDT, BRIGITTE.
YEH, U. K. KOBAL, V. M.
IN DEP. MICROBIOL. UNIV. TEXAS. AUSTIN.
TEX.
YR 73.
TI INITIAL REACTIONS IN THE OXIDATION
OF ETHYLBENZENE BY PSEUDOMONAS
PUTIDA.
SO BIOCHEMISTRY. 12. P1520-8. 1973.
LG EN.
DE ETHYLBENZENE OXIDN PSEUDOMONAS.
AN C 07905027793.
<413>
AU GIBSON, D. T. YEH, U. K.
IN TEXAS UNIV. AUSTIN. DEPT. OF
MICROBIOLOGY.
YR 73. 7P.
TI MICROSIAL DEGRADATION OF AROMATIC
HYDROCARBONS.
AV INCLUDED IN THE MICROSIAL
DEGRADATION OF OIL POLLUTANTS, P33-
38 1973, COM-74-11013.
PR (ORDER AS COM-74-11013).
AB BACTERIA CAPABLE OF GROUTH ON
BENZENE, TOLUENE, ETHYLBENZENE,
NAPHTHALENE AND BIPHENYL UERE
ISOLATED FROM SOIL. MUTAGENESIS LED
TO THE ISOLATION OF DIFFERENT
BACTERIAL STRAINS THAT (JILL
ACCUMULATE THE INITIAL PRODUCTS OF
HYDROCARBON OXIDATION. THE RESULTS
OBTAINED SUGGEST THAT CIS-
HYDROXYLATION IS A COMMON REACTION
IN THE MICROBIAL OXIDATION OF
AROMATIC HYDROCARBONS. DIFFERENCES
IN MECHANISMS UTILIZED BY BACTERIA
AND MAMMALS TO OXIDIZE AROMATIC
HYDROCARBONS ARE ILLUSTRATED.
MAMMALS INCORPORATE ONE ATOM OF
MOLECULAR OXYGEN INTO AROMATIC
HYDROCARBONS UITH THE FORMATION OF
ARENE OXIDES. SUBSEQUENT ENZYMATIC
ADDITION OF UATER LEADS TO THE
FORMATION OF TRANSDIHYDRODIOLS. THE
LATTER COMPOUNDS CAN UNDERGO NADP+-
DEPENDENT OXIDATION TO CATECHOLS.
BACTERIA UTILIZE BOTH ATOMS OF
MOLECULAR OXYGEN TO FORM CIS-
DIHYDRODOILS. THE CYCLIC PEROXIDE
(DIOXETANE) INTERMEDIATE IS
HYPOTHETICAL. (MODIFIED AUTHOR
ABSTRACT).
MJ OILS, BIODETERIORATION.
ID OIL-POLLUTION-CONTROL, SEA-GRANT-
PROGRAM, NTISNOAA.
AN N COM-74-11013-05.
<414>
AU GIBSON, DAVID T.
IN DEP. MICROBIOL. UNIV. TEXAS. AUSTIN.
TEX.
YR 71.
TI MICROBIAL OXIDATION OF AROMATIC
HYDROCARBONS.
SO CRIT. REV. MICROBIOL. 1. P199- 223.
1971.
LG EN.
DE REVIEU AROM HYDROCARBON OXIDN
MICROBE. BENZENE OXIDN MICROBE
REVIEU. TOLUENE OXIDN MICROBE
REVIEU. ETHYLBENZENE OXIDN MICROBE
REVIEU. NAPHTHALENE OXIDN MICROBE
200
-------
REVIEU. MAMMAL PROM OXIDN MICROBE
REVIEU.
AN C 08119115999.
<415>
AU GIBSON, DAVID T.
IN DEP. MICROSIOL. UNIV. TEXAS. AUSTIN.
TEX.
YR 72.
TI INITIAL REACTIONS IN THE DEGRADATION
OF AROMATIC HYDROCARBONS.
SO DEGRADATION SYN. ORG. MOL.
BIOSPHERE, PROC. CONF. PI 16-36.
1972.
LG EN.
DE REVIEU AROMATIC HYDROCARBON METAB.
CARCINOGEN HYDROCARBON METAB REVIEU.
BENZENE METAB REVIEU. TOLUENE METAB
REVIEU. NAPHTHALENE METAB REVIEU.
AN C B7815093194.
<416>
AU GIBSON, DAVID T.
IN TEXAS UN IV AT AUSTIN DEPT OF
MICROBIOLOGY. 408737.
YR 77. 13P.
TI THE MICROS IAL DEGRADATION OF
AROMATIC PETROLEUM PRODUCTS.
NT FINAL REPT. 1 JUL 73-30 JUN 77.
PRESENTED AT THE INTERNATIONAL
SYMPOSIUM ON AQUATIC POLLUTANTS
(2ND) SEP 76, AMSTERDAM.
PR PC A02/MF A01.
AB PSEUDOMONAS PXY UAS SHOUN TO OXIDIZE
PARA- AND META-XYLENE TO THE
CORRESPONDING TOLUIC ACIDS. THE
LATTER COMPOUNDS UERE OXIDIZED TO 4-
AND 3-METHYLCATECHOLS PRIOR TO THE
ENZYMATIC FISSION OF THE AROMATIC
NUCLEUS. PATHUAYS ARE PROPOSED FOR
THE DEGRADATION OF BOTH XYLENE
ISOMERS. THE GENES SPECIFYING THE
ENZYMES RESPONSIBLE FOR XYLENE
DEGRADATION ARE CARRIED OUT ON A
TRANSMISSIBLE PLASMID. A NOCARDIA
SPECIES OXIDIZED ORTHO-XYLENE TO
3,4- DIMETHYL CATECHOL. THE LATTER
COMPOUND UAS FURTHER METABOLIZED TO
PROPIONALDEHYDE AND PYRUVIC ACID. A
PATHWAY IS PROPOSED FOR THE
BIODEGRADATION OF ORTHO-XYLENE BY
THIS ORGANISM. DIBENZOTHIOPHENE IS
OXIDIZED BY A MUTANT STRAIN OF
BEIJERINCKIA TO CIS-1, 2-DIHYDROXY-
1,2-DIHYDRODIBENZOTHIOPHENE. ENZYMES
PRESENT IN THE PARENT ORGANISM
OXIDIZED THIS METABOLITE TO 3-
HYDROXY-2-FORMYLBENZOTHIOPHENE UHICH
UAS RESISTANT TO FURTHER
DEGRADATION. A PATHUAY FOR THE
MICROBIAL DEGRADATION OF
DIBENZOTHIOPHENE IS PROPOSED. THE
SAME MUTANT STRAIN OF BEIJERINCKIA
OXIDIZED 2,-3-, AND 4-CHLOROBIPHENYL
TO ANALOGOUS CIS-DIHYDRODIOLS. EACH
METABOLITE UAS ISOLATED AND
CHARACTERIZED. THE COMPONENTS OF A
COMMERCIAL POLYCHLORINATED BIPHENYL,
AROCLOR 1221, UERE IDENTIFIED AND
QUANTIFIED BY GAS CHROMATOGRAPHY -
MASS SPECTROMETRY. THE ONLY
COMPONENTS IN THIS MIXTURE THAT UERE
SIGNIFICANTLY OXIDIZED BY
BEIJERINCKIA UERE BIPHENYL AND ITS
MONOCHLORINATED DERIVATIVES.
(AUTHOR).
MJ PETROLEUM-PRODUCTS, XYLENES,
THIOPHENES, BIPHENYL.
MN BACTERIA, OXIDATION, METABOLISM,
CHLORINE-COMPOUNDS, PSEUDOMONAS,
NOCARDIA.
ID PLASMIDS, BEIJERINCKIA, META-
XYLENE, PARA-XYLENE, ORTHO-XYLENE,
BIODEGRADATION, MICROORGANISMS,
MICROBIAL-DEGRADATION, NTISDODXA.
AN N AD-A047 092/2SL.
<417>
AU GIBSON, DAVID T.
IN TEXAS UNIV AT AUSTIN DEPT OF
MICROBIOLOGY ARLINGTON, VA. 408737.
YR 76. 54P.
TI THE MICROBIAL DEGRADATION OF
AROMATIC PETROLEUM PRODUCTS.
NT ANNUAL REPT. NO. 3, 1 JUL 75-30 JUN
76. SEE ALSO REPORT DATED 30 JUN 75,
AD-A012 486.
PR PC$4.50/MF$2.25.
AB THE BIODEGRADATION OF ORTHO- XYLENE
BY A SPECIES OF NOCARDIA IS
INITIATED BY NUCLEAR OXIDATION TO
FORM 3,4-DIMETHYLCATECHOL. THE
LATTER COMPOUND IS APPARENTLY FORMED
FROM CIS-3,4-DIMETHYL-3,5-
CYCLOHEXADIEN-1,2-DIOL (CIS-0-XYLENE
DIHYDRODIOL). ENZYMATIC FISSION OF
3,4-DIMETHYLCATECHOL PRODUCES AN
ACID, 2-HYDROXY-5-METHYL-6-OXOHEPTA-
2,4-DIENOIC ACID, THAT UNDERGOES
SPECTRAL CHANGES AT ACID AND
ALKALINE PH. FURTHER METABOLISM OF
THE RING-FISSION PRODUCT OCCURS BY A
HYDROLYTIC REACTION THAT FORMS
ACETIC AND 2-OXOHEX-4-ENOIC flCIDS.
ENZYMATIC HYDRATION OF THE LATTER
COMPOUND TO GIVE 4-HYDROXY-2-
OXOHEXANOATE IS FOLLOUED BY AN
ALDOLASE REACTION THAT PRODUCE
PYRUVATE AND PROPIONALDEHYDE. THE
201
-------
PflTHUAY PROPOSED FOR THE
BIODEGRflDflTION OF 0-XYLENE IS
ANALOGOUS TO THOSE REPORTED FOR THE
DEGRADATION OF A NUMBER OF AROMATIC
COMPOUNDS. COMMERCIAL SAMPLES OF 2-,
3- AND 4-CHLOROBIPHENYL CONTAIN
IMPURITIES THAT CAUSE LAG PERIODS IN
THE GROUTH OF BEIJERINCKIA ON
SUCCINATE. PURIFIED PREPARATIONS OF
THESE COMPOUNDS ALSO INHIBITED THE
INITIATION OF GROUTH OF THIS
ORGANISM BUT NOT TO THE SAME EXTENT.
PRELIMINARY OBSERVATIONS SUGGEST
THAT INHIBITION MAY BE ASSOCIATED
UITH THE EASE OF OXIDATION OF THE
MONOCHLORINATED BIPHENYL ISOMERS.
MJ PETROLEUM-PRODUCTS,
BIODETERIORATION, XYLENES, BACTERIA.
MN OXIDATION, BIPHENYL, MICROORGANISMS,
THIOPHENES, DEGRADATION,
CHEMICAL-ANALYSIS.
ID BIPHENYL-CHLORO, DIBENZOTHIOPHENES,
SOIL-BACTERIA, NOCARDIA,
SOIL-ANALYSIS, NTISDODN.
AN N AD-AB26 128/9SL.
<418>
AU GIBSON, DAVID T.
IN TEXAS UNIV AT AUSTIN DEPT OF
MICROBIOLOGY ARLINGTON, VA. 408737.
YR 75. 55P.
TI THE MICROBIAL DEGRADATION OF
AROMATIC PETROLEUM PRODUCTS.
NT REPT. NO. 2 (ANNUAL), 1 JUL 74- 30
JUN 75. SEE ALSO ANNUAL REPT. NO. 2,
AD-7B1 709.
PR PC$4.25/TF$2.25.
AB IT IS THE PURPOSE OF THIS CONTRACT
TO INVESTIGATE THE MECHANISMS USED
BY SOIL BACTERIA TO OXIDIZE ORTHO-.
META- AND PARA- XYLENE AND RELATED
AROMATIC COMPOUNDS. THE PATHWAY OF
ORTHO- XYLENE BIODEGRADATION BY A
NOCARDIA SPECIES IS STUDIED IN
DETAIL. THE REGULATION AND GENETICS
OF THE P- XYLENE PATHUAY ARE
DISCUSSED. THE MICROBIAL
DEGRADATION OF THE SULFUR-
CONTAINING CONSTITUTENTS OF CRUDE
PETROLEUM, INCLUDING THE
INVESTIGATION OF THE METABOLISM OF
DIBENZOTHIOPHENE BY BACTERIA AND THE
METABOLIC PRODUCTS FORMED DURING THE
DEGRADATION OF DIBENZOTHIOPHENE BY A
BEIJERINCKIA SPECIES.
MJ BIODETERIORATION, BACTERIA, XYLENES.
MN METABOLISM, OXIDATION, THIOPHENES,
PSEUDOMONAS, SOILS, DEGRADATION.
ID DIBENZOTHIOPHENES, SOIL- BACTERIA,
NOCARDIA, CHEMICAL-
REACTION-MECHANISMS, NTISDODN.
AN N AD-A012 4B6/7SL.
<419>
AU GIBSON, DAVID T. CARDINI, G. E.
MASELES, F. C. KALLIO, REINO E.
IN DEP. OF MICROBIOL. UNIV. OF TEXAS.
AUSTIN. TEX.
YR 70.
TI OXIDATIVE DEGRADATION OF AROMATIC
HYDROCARBONS BY MICROORGANISMS. IV.
INCORPORATION OF OXYGEN-18 INTO
BENZENE BY PSEUDOMONAS PUTIDA.
SO BIOCHEMISTRY. 9. P1631-5. 1970.
LG EN.
DE BENZENE METAB PSEUDOMONAS.
PSEUDOMONAS METAB BENZENE. AROM
HYDROCARBONS BACTERIA. HYDROCARBONS
AROM BACTERIA. BACTERIA AROM
HYDROCARBONS.
AN C 07381001092.
<420>
AU GIBSON, DAVID T. HENSLEY, M.
YOSHIOKA, H. MABRY, T. J.
IN DEP. OF MICROBIOL. UNIV. OF TEXAS.
AUSTIN. TEX.
YR 70.
TI OXIDATIVE DEGRADATION OF AROMATIC
HYDROCARBONS BY MICROORGANISMS. III.
FORMATION OF
C+>-CIS-2,3-DIHYDROXY-l-METHYL-4,6-
CYCLOHEXADIENE FROM TOLUENE BY
PSEUDOMONAS PUTIDA.
SO BIOCHEMISTRY. 9. P1626-30. 1970.
LG EN.
DE TOLUENE METAB PSEUDOMONAS.
PSEUDOMONAS METAB TOLUENE. AROM
HYDROCARBONS BACTERIA. HYDROCARBONS
AROM BACTERIA. BACTERIA AROM
HYDROCARBONS.
AN C 07301001091.
<421>
AU GIBSON, DAVID T. MAHADEVAN,
VENKATANAYARANA. JERINA, DONALD M.
YAGI, HARUHIKO. YEH, HERMAN J. C.
IN DEP. MICROBIOL. UNIV. TEXAS. AUSTIN.
TEX.
YR 75.
TI OXIDATION OF THE CARCINOGENS
BENZO(A)PYRENE AND
BENZOCA)ANTHRACENE TO DIHYDRODIOLS
BY A BACTERIUM.
SO SCIENCE. 189. P295-7. 1975.
LG EN.
DE BEIJERINCKIA BENZOANTHRACENE
BENZOPYRENE METAB.
202
-------
AN C 08311093629.
<422>
AU GILBERT E. GUESTEN H.
TI THE RADIOCHEMICAL DEGRADATION OF
BIOLOGICALLY RESISTANT ORGANIC
POLLUTANTS IN AQUEOUS SOLUTIONS.
SO HUSMANN, U. (ED.). VOM UASSER, BAND
41. (ON UATER, VOL. 41). (IN GER. ).
VIII+4B7P. ILLUS. VERLAG CHEMIE:
LJEINHEIM, UEST GERMANY. ISBN
3-527-25546-X. 1973 (1974) (RECD
1975) 359-368.
DE POLLUTION UATER TREATMENT PENTA
CHLORO PHENOL TETRA CHLORO PHENOL
TRI CHLORO PHENOL 2 4 DI CHLORO
PHENOL 4 CHLORO PHENOL
DECHLORINATION OXIDATION
OXALIC-ACID.
AN B 76803383.
<423>
AU GILBERT, E.
IN INST. RADIOCHEM. KERNFORSCHUNGSZENT.
KARLSRUHE. KARLSRUHE. GER.
YR 74.
TI DEGRADATION OF NOXIOUS ORGANIC
SUBSTANCES IN UATER USING OZONE.
SO VOM UASSER. 43. P275-90. 1974.
LG GE.
DE OZONATION CHLOROPHENOL UATER. PHENOL
CHLORO OZONATION UATER.
AN C 08226175088.
<424>
AU GLAZYRINA, 0. I.
IN USSR.
YR 72.
TI POLAROGRAPHIC DETERMINATION OF
PHTHALIC AND MALEIC ACIDS IN UASTE
UATERS.
SO TR. VSES. NAUCHNO-ISSLED. INST.
VODOSNABZH. KANALIZ. GIDROTEKH.
SOORUZH. INZH. GIDROGEOL. 40, PT. 2.
Plll-19. 1972.
LG RS.
DE PHTHALIC ACID DETN UASTEUATER
POLAROG. MALEIC ACID DETN UASTEUATER
POLAROG. UASTEUATER ANALYSIS
PHTHALIC MALEIC ACID.
AN C 08120126519.
<425>
AU GLOYNA, ERNEST F. FORD, DAVIS L.
IN ENGINEERING-SCIENCE, INC.XTEXAS,
AUSTIN.
YR 70. 292P*.
TI PETROCHEMICAL EFFLUENTS TREATMENT
PRACTICES.
NT DETAILED REPT. SEE ALSO SUMMARY
REPT. DATED FEB 70, PB-192-310.
PR PC$3.00/MF$0.95.
AB THE REPORT REVIEUS VARIOUS ASPECTS
OF THE PETROCHEMICAL INDUSTRY AS
RELATED TO POLLUTION CONTROL. THE
AREAS REVIEUED COVER THE FOLLOUING
TOPICS: HISTORY; DESCRIPTION
(PRINCIPAL PETROCHEMICAL PRODUCTS,
PROJECTED GROUTH); PETROLEUM RAU
MATERIALS; PETROCHEMICAL PROCESSES;
CHEMICAL AND PROCESS RELATED
CLASSIFICATION OF UASTES; UASTE
POLLUTIONAL EFFECTS ON RECEIVING
UATER (EFFECTS ON UATER USE AND
REUSE, PHYSIOLOGICAL EFFECTS,
IDENTIFICATION AND MONITORING);
TREATMENT AND CONTROL; ECONOMIC
ASPECTS OF UASTE TREATMENT.
MJ INDUSTRIAL-UASTES, UATER- POLLUTION,
CHEMICAL-INDUSTRY, UATER- POLLUTION,
INDUSTRIAL-UASTE- TREATMENT,
CHEMICAL-INDUSTRY, PETROCHEMISTRY,
UATER-POLLUTION.
MN REVIEUS, PETROLEUM-PRODUCTS,
HISTORY, FORECASTING,
CLASS IFICATIONS, BIOCHEMICAL-OXYGEN-
DEMAND, UATER-RECLAMATION,
TOXICOLOGY, AQUATIC-BIOLOGY,
MONITORS, ECONOMIC-ANALYSIS, SEUAGE-
TREATMENT, ALKENES, AROMATIC-
COMPOUNDS, PHENOLS, SULFUR-ORGANIC-
COMPOUNDS.
ID UATER-POLLUTION-CONTROL.
AN N PB-205 824.
<426>
AU GOLBER M B. THROOP U M.
YR 75.
TI PROCESS MANAGEMENT APPROACH OF UASTE
UATER TREATMENT TO MEET LOU HEXANE
SOLUBLE REQUIREMENTS.
SO LANGUORTHY, VIRGIL U. (ED.).
PROCEEDINGS OF THE THIRD ANNUAL
POLLUTION CONTROL CONFERENCE OF THE
UATER AND UASTEUATER EQUIPMENT
MANUFACTURERS ASSOCIATION. INDUSTRY
SOLUTIONS '75: AIR-UATER-NOISE-SOLID
UASTE. APRIL 1-4, 1975. XI+915P.
ILLUS. ANN ARBOR SCIENCE PUBLISHERS,
INC. ANN ARBOR, MICH. U.S.A. ISBN 0-
250-40114-2. 449-465.
DE POLLUTION CONTROL.
AN B 76029374.
<427>
AU GOLDSTEIN, D. J. YUNG, DAVID.
203
-------
ID
IN UATER PURIFICATION ASSOCIATES,
CAMBRIDGE, MASS. ENVIRONMENTAL
RESEARCH LAB. RESEARCH TRIANGLE
PARK, N.C.
YR 77. 486P.
TI UATER CONSERVATION AND POLLUTION
CONTROL IN COAL CONVERSION
PROCESSES.
NT FINAL REPT. JUN 75-DEC 76.
PR PC A21/MF A81.
AB THE REPORT GIVES RESULTS OF A STUDY AN
TO DETERMINE UATER CONSUMPTION AND
ENVIRONMENTAL IMPACTS OF COAL
CONVERSION PROCESSES IN UESTERN
STATES. PART 1 GIVES BRIEF AU
DESCRIPTIONS AND PROCESS UATER IN
REQUIREMENTS FOR NINE CONVERSION
PROCESSES. DETAILED DESIGNS AND YR
ANALYSES ARE GIVEN FOR THE HYGAS, TI
SYNTHANE, AND SOLVENT REFINED COAL
(SRC) PROCESSES, AND FOR LURGI
COMBINED-CYCLE POUER GENERATION. AT SO
THREE PROPOSED SITES (IN NORTH LG
DAKOTA). NEU MEXICO, AND UYOMING), DE
COMPLETE UATER REQUIREMENTS AND
EFFLUENTS, INCLUDING ALL MINING AND AN
RELATED OFF-SITE USES, ARE GIVEN FOR
THE POUER, HYGAS, AND SRC PLANTS.
THE SYNTHANE PROCESS IS ANALYZED
ONLY AT THE UYOMING SITE. PART 2 AU
GIVES ANALYSES OF INFLUENT AND IN
EFFLUENT UATERS, UITH EXAMPLES FOR YR
STUDY. FOR THE THREE SELECTED TI
PLANTS AT THE NORTH DAKOTA SITE,
SOURCE UATER OF GOOD QUALITY IS SO
ASSUMED TO BE CHEAP AND AVAILABLE.
FOR THREE PLANTS IN NEU MEXICO,
SOURCE UATER UILL BE AVAILABLE BUT LG
IS BRACKISH. ALL THE PLANTS AT THE DE
UYOMING SITE RECEIVE SEUAGE FROM A
SATELLITE TOUN; ADDITIONAL FRESH
UATER IS AVAILABLE BUT IS ASSUMED TO
BE EXPENSIVE. FOR EACH PROCESS AT
EACH SITE (10 CASES) AN INTEGRATED AN
UATER TREATMENT PLANT BLOCK FLOU
DIAGRAM IS GIVEN UITH APPROXIMATE
COSTS AND ENERGY REQUIREMENTS.
MJ UATER-CONSUMPTION, UATER- AU
POLLUTION-CONTROL, COAL, INDUSTRIAL-
UASTE-TREATMENT.
MN ACTIVATED-SLUDGE-PROCESS, DESIGN- YR
CRITERIA, UATER-QUALITY, MINING, TI
ELECTRIC-POUER-GENERATION, COAL-
GASIFICATION, BOILERS, BURNERS,
PLANT-LOCATION, HYDROGEN-SULFIDE.
CARBON-DIOXIDE, COAL-PREPARATION, SO
PROCESS-CHARTING, UATER-ANALYSIS,
SEPARATION, AMMONIA, COOLING-
SYSTEMS, PHENOLS, EXTRACTION,
CHEMICAL-ANALYSIS, ACTIVATED-CARBON, DE
REVERSE-OSMOSIS, ION-EXCHANGING,
EVAPORATION, FREEZING, OXIDATION.
LURGI-PROCESS, HYGAS-PROCESS,
SRC-PROCESS, COMBINED-CYCLE-
ELECTRIC-POUER-GENERATION, SYNTHANE-
PROCESS,
B IOLOG ICAL- INDUSTR I AL-UASTE-
TREATMENT, BIGAS-PROCESS, UINKLER-
PROCESS, SYNTHOIL-PROCESS, KOPPERS-
TOTZEK-PROCESS, UESTERN-REG ION-
UN I TED-STATES, NTISEPAORD.
N PB-269 568/2SL.
<428>
GOLLNICK, KLAUS. STRACKE, H. U.
ABT. STRAHLENCHEM. MAX-PLANCK- INST.
KOHLENFORSCH. MUELHEIM/RUHR. GER.
71.
PHOTOLYSIS OF DIMETHYL SULFOXIDE IN
UATER AND ACETONITRILE. PRODUCT
ANALYSIS.
TETRAHEDRON LETT. P203-6. 1971.
EN.
DIMETHYL SULFOXIDE PHOTOLYSIS
PRODUCTS.
C 07426149123.
<429>
Z. M.
AGAL'TSOV, A. M.
GOLOVINA,
USSR.
69.
CHROMATOGRAPHIC ANALYSIS OF UASTE
UATERS.
SOSTOYANIE PUT I ULUCHSHENIYA
OCHISTKI STOCHNYKH VOD, GAZOV.
VYBROSOV ATMOS. P125-6. 1969.
RS.
UASTE UATER CHROMA TOG ANAL.
TRICHLOROETHYLENE DE.TN UASTE UATER.
BENZENE DETN UASTE UATER.
CHLOROBENZENE DETN UASTE UATER.
METHOXYLOL DETN UASTE UATER.
C 07504024990.
<430>
GOLOVLEVA L A. CHERVIN I I.
GANBAROV KH G. ISMAILOV N tt.
SKRYABIN G K.
75.
PECULIARITIES OF THE PRIMARY
OXIDATION OF PSEUDO CUMENE BY THE
MICROORGANISM
PSEUDOMON AS- AERUG I NOSA .
DOKL BIOL SCI (ENGL TRANSL DOKL AKAD
NAUK SSSR SER BIOL). 222 (1- 6).
241-242.
METABOLISM REGULATION MICROS IAL
TRANSFORMATION.
204
-------
AN B 76874986.
AN C 87816101739.
<431>
fill GOLOVLEVA, L. A. CHERVIN, I. I. AU
GANBAROV, KH. G. ISMAILOV, N. M.
SKRYABIN, G. K. IN
IN OTD. MIKROBIOL. BflKU. USSR. YR
YR 75. TI
TI PRIMARY OXIDATION OF PSEUDOCUMENE BY
PSEUDOMONAS AERUGINOSA
MICROORGANISMS.
SO DOKL. AKAD. NAUK SSSR. 222. P1448-9 SO
(MICROBIOL). 1975.
LG RS. LG
DE PSEUDOCUMENE OXIDN PSEUDOMONAS. DE
AN C 08313110964.
AN
<432>
AU GOLUB, A. I. PETROVA, L. M.
IN USSR.
YR 73.
TI SORBENTS FOR THE GAS CHROMATOGRAPHIC
ANALYSIS OF AQUEOUS FORMIC ACID
SOLUTIONS.
SO SB. NAUCHN. TR. GAZOV. KHROMATOGR.
NAUCHNO-ISSLED. FIZ.- KHIM. INST.
NO. 18. P27-8. 1973.
LG RS.
DE FORMIC ACID SOLN GAS CHROMATOG.
SORBENT GAS CHROMATOG FORMIC ACID.
AN C 08122145421.
<433>
AU GOLUB, A. I. PETROVA, L. M.
IN USSR.
YR 72.
TI NEU SORBENT FOR GAS- CHROMATOGRAPHIC
ANALYSIS OF AQUEOUS FORMIC ACID
SOLUTIONS.
SO NOV. SORBENTY KHROMATOGR. NO. 18.
P27-8. 1972.
LG RS.
DE FORMIC ACID GAS CHROMATOG.
AN C 08016090941.
<434>
AU GOMEZ CRESPO, DANIEL EDUARDO.
IBERTIS ACUNA, MARIA SOFIA.
IN ARGENT.
YR 70.
TI CONTAMINATION OF WATERS IN THE
METROPOLITAN AREA.
SO SANEAMIENTO. 34. P473-96. 1970.
LG SP.
DE RIVER POLLUTION ARGENTINA. PHENOL
RIVER ARGENTINA. DETERGENT RIVER
ARGENTINA. SEUAGE RIVER ARGENTINA.
<435>
GONCHARENKO, G. K. KOVALENKO, V. I.
CHERNYSHEV, I. S.
USSR.
68.
EXTRACTION OF PHENOLS ON A
CENTRIFUGAL MIXER-SETTLER DURING THE
PURIFICATION OF UASTE UATERS FROM
KHARKOV BY-PRODUCT COKE PLANT.
VESTN. KHAR'KOV. POLITEKH. INST. NO.
34. P82-6. 1968.
RS.
PHENOL EXTN UASTE UATERS. COKE PLANT
UASTES PHENOL EXTN.
C 07404015603.
<436>
AU GQNCHAROV, G. D. MIKRYAKOV, V. R.
IN BUREAU OF COMMERCIAL FISHERIES,
UASHINGTON, D.C. OFFICE OF FOREIGN
FISHERIES (TRANSLATIONS).
YR 71. 8P.
TI THE EFFECT OF LOU CONCENTRATIONS OF
PHENOL ON ANTIBODY FORMATION IN
CARP, 'CYPRINUS CARP 10' L (VLIYANIE
MALYKH KONTSENTRATSII FENOLA NA
ANTITELOOBRAZOVANIE U KARPOV
'CYPRINUS CARP 10' L).
NT TRANS. OF MONO. VOPROSY VODNOI
TOKSIKOLOGII (PROBLEMS OF AQUATIC
TOXICOLOGY), MOSCOU, 1970 P171-175,
BY ROBERT M. HOLLAND.
PR PCS3.00 MFS0.95.
AB THE RESULTS OF INVESTIGATIONS OF THE
EFFECT OF LOU CONCENTRATIONS OF
PHENOL ON ANTIBODY FORMATION IN CARP
IN A CHRONIC EXPERIMENT SHOU THAT IN
HOLDING CARP IN A 12.5 MG/L PHENOL
SOLUTION THE FORMATION OF
IMMUNOGLOBULINS DECREASES AND THE
AMOUNT OF TOTAL PROTEIN IN THE BLOOD
SERA OF THE FISH DROPS. APPARENTLY,
AS A RESULT OF DISTURBANCE OF THE
MOTOR-FOOD ACTIVITY OF THE FISH
UNDER PROLONGED INFLUENCE OF PHENOL,
ENDOGENOUS FEEDING IS INTENSIFIED IN
THE CARP ORGANISM, UHICH LEADS TO
DECREASE IN THE SYNTHESIS OF
ANTIBODIES. AT THE SAME TIME THE
POSSIBILITY OF DISTURBANCE TO
PERCEPTION OF INFORMATION BY
IMMUNOGLOBULIN PRODUCER-CELLS IS NOT
EXCLUDED, AND CONSEQUENTLY THE
RESISTANCE OF THE FISH TO INFECTION
IS DEPRESSED. (AUTHOR).
MJ FISHES, TOXICOLOGY, PHENOL, FISHES,
CARP, PHENOL, USSR, FISHERIES,
205
-------
ANTIBODY-FORMATION, PHENOL.
MN POISONS, ECOLOGY, TOXIC- TOLERflNCES,
METABOLISM, PHYSIOLOGY,
TRANSLATIONS.
ID CYPRINUS-CARPIO.
flN N PB-203 804-T.
MN ALCOHOLS, CHEMICAL-REACTIONS,
ETHERS, HYDROCHLORIC-ACID,
NEUTRftLIZERS, SOLVENT-EXTRACTION,
SULFURIC-ACID.
ID NTISNASA.
flN N N74-32581/2ST.
<437>
flU GONCHAROVA A V.
YR 75.
TI EFFECT OF PHENOL ON BLUE-GREEN flLGflE
OSCILLflTORIfl-SPLENDIDfl.
SO BIOL VNUTR VOD INF BYULL. 28. 19-
21.
DE flBSTRflCT BACTERIA PHENOL
REPRODUCTION PHOTOSYNTHESIS GROUTH
RESPIRATION.
flN 8 77009945.
<438>
flU GONCHAROVfl, I. Pi. KHOMENKO, fl. N.
SEMENOV, fl. D.
IN KANNER (LEO) ASSOCIATES, REDUOOD
CITY, CALIF.
YR 74. UP.
TI DETERMINATION OF NONVOLATILE
CARBOXYLIC ACIDS IN NflTURAL UflTERS.
NT TRflN-TRANSL. INTO ENGLISH FROM
GIDROKHIM MATER. (USSR), V. 41, 1966
P 116-120.
PR PC$3.25/MF$2.25.
AB THE SAMPLE. 0.51 H20, MADE ALKALINE
TO PH 8-9, HAS EVAPORATED TO DRYNESS
AND DRIED AT 60 DEG; THE RESIDUE UAS
DISSOLVED IN 1: 1 HCL AND EXTRACTED
TUO TIMES UITH 50 ML ETHER. THE
ETHER EXTRACT UAS NEUTRALIZED UITH
8.01 N NAOH, THE ETHER UAS REMOVED,
AND THE AQUEOUS PHASE UAS EVAPORATED
TO fl L ML VOLUME, ACIDIFIED UITH
H2S04, AND PASSED THROUGH A COLUMN
FILLED UITH SI02. THE ACIDS UERE
SEPARATED INTO FOUR FACTIONS
(A,B,C,D> BY SUBSEQUENT ELUTION UITH
5, 10, 20, flND 30 PERCENT BUOH IN
CHCL3 AND EACH FRACTION UAS
SEPARATED BY PAPER CHROMATOGRAPHY;
THE SOLVENT UflS 7: 3 PHOH-1 PERCENT
HC02H (FRACTIONS fl AND B) AND 18: 2:
9 BUOH-1 PERCENT HC02H-H20
(FRACTIONS C AND D). THE SPOTS UERE
LOCATED BY SPRAYING UITH 0.84
PERCENT ALCOHOLIC BROMOCRESOL GREEN.
THE FRACTIONS CONSIST OF: (A)
PYRUVIC, FUHARIC, GLUTARIC, AND
ADIPIC; (8) SUCCINIC AND LACTIC; (C)
OXflLIC AND GALLIC; AND (D) CITRIC
ACIDS. (AUTHOR).
MJ CARBOXYLIC-ACIDS, UATER.
<439>
AU GONCHAROVA, I. A. KHOMENKO, A. N.
ZHUK, I. P.
IN GIDROKHIM. INST. NOVOCHERKASSK.
USSR.
YR 74.
TI SEPARATE DETERMINATION OF PHENOL,
0-CRESOL, M-CRESOL, 2,5- XYLENOL,
AND GUAIACOL IN NATURAL UflTERS.
SO GIDROKHIM. MflTER. 61. P100-9. 1974.
LG RS.
DE PHENOL DETN NflTURAL UATER. CRESOL
DETN NATURAL UATER. XYLENOL DETN
NATURAL UflTER. GUfllACOL DETN NATURAL
UATER.
flN C 08314120535.
<448>
AU GOODE J U. RAUSINA G. KEPLINGER M
L. CALANDRA J C.
YR 76.
TI ACUTE STATIC AND SUBACUTE DYNAMIC
TOXICITY STUDIES CONDUCTED UITH FREE
AND COMBINED CYANIDE IN RAINBOU
TROUT AND FATHEAD MINNOUS.
SO TOXICOL APPL PHARMACOL. 37 (1). 118.
DE ABSTRACT METABOLISM.
AN B 77026788.
<441>
AU GOODLEY P C. GORDON. M.
YR 76.
TI CHARACTERIZATION OF INDUSTRIAL
ORGANIC COMPOUNDS IN UATER.
SO TRANS KY ACAD SCI. 37 (1-2). 11- 15.
DE KENTUCKY USA POLLUTION SEDIMENT
HYDRO CARBONS PHENOLS AROMATIC ACIDS
ESTERS GAS CHROMflTOGRAPHY MflSS
SPECTROMETRY MICRO IR SPECTROSCOPY
MICRO IR SPECTROSCOPY.
flN B 63005052.
<442>
AU GORETTI G. PETRONIO B M. MASSI M.
DINU D.
YR 75.
TI DETERMINATION OF PHENOLS BY CHANNEL
THIN LAYER CHROMflTOGRAPHY.
SO ANN CHIM. 65 (11-12). (RECD 1976)
741-746.
206
-------
DE ORGANISMS TOXICITY UATER POLLUTANTS.
AN B 64030023. AU
IN
<443> YR
AU GORODETSKII, I. Yfl. LEVITANAITE, R. TI
OLEVSKII, V. M. LEGOCHKINA, L. A.
KUZ'MICHEV, E. F.
IN USSR. SO
YR 69. DE
TI EXTRACTION OF CARBOXYLIC ACIDS FROM AN
CYCLOHEXANE OXIDATION PRODUCTS.
SO ZHIDK. EKSTR. TR. VSES. NAUCH.-
TEKH. SOVESHCH. 3RD. P376-81. 1969.
LG RS. AU
AV ROMANKOVA, P. G.
DE EXTN CARBOXYLIC ACIDS UATER. YR
CARBOXYLIC ACIDS EXTN UftTER. ACIDS TI
CARBOXYLIC UATER EXTN. UATER EXTN
CARBOXYLIC ACIDS. CYCLOHEXANE OXIDN SO
PRODN CYCLOHEXANOL. CYCLOHEXANOL DE
PRODN OXIDN CYCLOHEXANE. OXIDN
CYCLOHEXANE PRODN CYCLOHEXANOL.
AN C 07309844970. AN
<446>
GOULD, JOSEPH PETER.
THE UNIVERSITY OF MICHIGAN (0127)
PH.D. 1971 139PP.
71.
THE KINETICS AND MECHANISM OF THE
OXIDATION OF PHENOL BY GASEOUS OZONE
IN DILUTE AQUEOUS SOLUTIONS.
DAI V32U1), SEC B, P6730.
CHEMISTRY, UATER (0826).
D ADG72-14879.
<447>
P D. BROOKSBANK P.
DAY M
GOULDEN
B.
73.
DETERMINATION OF SUBMICROGRAM LEVELS
OF PHENOL IN UATER.
ANAL CHEM. 45 (14). 2430-2433.
CONTINUOUS DISTILLATION LARGE
SAMPLES AUTOMATED SYSTEM COLORIMETRY
UATER POLLUTION.
B 59028314.
<444>
AU GOSUAMI, S. R. GAUDY, A. F. JR. AU
IN BIOENG. LAB. OKLAHOMA STATE UNIV.
STILLUATER. OKLfl. IN
YR 71.
TI REMOVAL OF ALDEHYDES AND KETONES BY
STRIPPING AND BY COMBINED STRIPPING YR
AND MICROS IAL METABOLISM. TI
SO PROC. MID-ATL. IND. UASTE CONF.. 4TH.
P253-66. 1971.
LG EN. SO
DE ALDEHYDE REMOVAL UASTEUftTER
BIODEGRDN. KETONE REMOVAL UASTEUATER LG
BIODEGRDN. BIODEGRDN REMOVAL AB
ALDEHYDE KETONE UASTEUATER. ID
STRIPPING REMOVAL ALDEHYDE KETONE DE
UASTEUATER.
AN C 08106029281.
AN
<445>
AU GOTTSCHALDT, NORBERT.
IN VEB UASSERVERSQRG. ABUASSERBEHANDL. AU
BERLIN. E. GER.
YR 70. IN
TI MATHEMATICAL INTERPRETATION OF
ALDEHYDE TOXICITY IN AQUATIC YR
ORGANISMS . TI
SO FORTSCHR. UASSERCHEM. IHRER
GRENZGEB. NO. 12. P52-61. 1970.
LG GE. SO
DE ALDEHYDES TOXICITY AQUATIC MATH.
AQUATIC ALDEHYDES TOXICITY MATH. LG
TOXICITY ALDEHYDES AQUATIC MATH. DE
AN C 07309043355.
<448>
GOULDEN, PETER D. AFGHAN, BADAR K.
BROOKSBANK, PETER.
ENVIRONMENT CANADA, INLAND UATERS
BRANCH, UATER QUALITY DIV. OTTAUA,
ONT.
72.
DETERMINATION OF NANOGRAM QUANTITIES
OF SIMPLE AND COMPLEX CYANIDES IN
UATER.
ANALYTICAL CHEMISTRY. UASHINGTON,
D.C. 44(11): 1845-1849, SEPT. 1972.
EN.
NONE.
CYANIDE.
TOXIC MATERIALS, NITROGEN COMPOUNDS.
POLLUTANT DETECTION, UATER QUALITY
MEASUREMENTS.
P 7300685.
<449>
GOVOROVA, L. M. PROSKURYAKOV, V. A.
CHISTYAKOV, A. N.
LENINGR. TEKHNOL. INST. IM.
LENSOVETA. LENINGRAD. USSR.
70.
OXIDATION OF QUINOLINE BY
ATMOSPHERIC OXYGEN IN AN AQUEOUS-
ALKALINE MEDIUM.
ZH. PRIKL. KHIM. (LENINGRAD). 43.
P2356-60. 1970.
RS.
AIR OXIDN QUINOLINE. OXIDN QUINOLINE
AIR. QUINOLINE OXIDN AIR. NICOTINIC
207
-------
ACID QUINOLINE OXIDN.
AN C 87415076277.
CARCINOGENS.
PIN B 60045969.
<450>
AU GRABINSKA-LONIEUSKA A.
YR 74.
TI STUDIES ON THE ACTIVATED SLUDGE
BACTERIA PARTICIPATING IN THE BIO
DEGRADATION OF METHANOL FORMALDEHYDE
AND ETHYLENE GLYCOL PART 1 ISOLATION
AND IDENTIFICATION.
SO ACTA MICROSIOL POL SER B MICROSIOL
APPL. 6 (2). 75-81.
DE PSEUDOMONAS ACHROMOBACTER
FLAVOBACTERIUM MYCOBACTERIUM
XANTHOMONAS ACETOBACTER ALCALIGENES
MICROCOCCUS SARCINA INDUSTRIAL UASTE
TREATMENT POLY ESTER FIBER.
AN B 59028392.
<451>
AU GRABINSKA-LONIEUSKA A.
YR 74.
TI STUDIES ON THE ACTIVATED SLUDGE
BACTERIA PARTICIPATING IN THE BIO
DEGRADATION OF METHANOL FORMALDEHYDE
AND ETHYLENE GLYCOL PART 2
UTILIZATION OF VARIOUS CARBON AND
NITROGEN COMPOUNDS.
SO ACTA MICROSIOL POL SER B MICROSIOL
APPL. 6 (2). 83-88.
DE INDUSTRIAL UASTE TREATMENT POLY
ESTER FIBERS.
AN B 59028391.
<452>
AU GRABINSKA-LONIEUSKA A.
YR 73.
TI FORMALDEHYDE BIO DEGRADATION IN THE
PROCESS OF SEUAGE TREATMENT BY THE
ACTIVE SEDIMENT METHOD.
SO GAZ UODA TECH SANIT. 47 (8). 264-
268.
DE MICROORGANISMS INDUSTRIAL UASTE
UATER TOXIC POLLUTANT.
AN B 57040210.
<453>
AU GRACHEVA M P. SHKODICH P E.
TREGUBOV B A. TIKHOMIROV YU P.
FILYUKOVA T V.
YR 74.
TI USE OF OZONE FOR TERTIARY TREATMENT
OF INDUSTRIAL UASTE UATERS AFTER
BIOLOGICAL TREATMENT.
SO GIG SANIT. (12). (RECD 1975) 90- 91.
DE POLLUTION METHANOL ACETONE PHENOL
<454>
AU GRACHEVA, M. P.
IN USSR.
YR 72.
TI SOLID INDUSTRIAL UASTES AS A SOURCE
OF BENZOCA)PYRENE CONTAMINATION OF
SUBTERRANEAN UATERS.
SO VOP. PROFIL. ZAGRYAZNENIYA VNESH.
SREDY, CHASTNOSTI VODOEMOV,
KANTSEROGEN. VESHCHEST. P85-7. 1972.
LG RS.
DE BENZOPYRENE POLLUTION UATER.
AN C 07902009554.
<455>
AU GRAEF, U. NOUAK, U.
YR 66. 16P.
TI PROMOTION OF GROUTH IN LOUER AND
HIGHER PLANTS BY CARCINOGENIC
POLYCYCLIC AROMATICS.
AV TRANSLATED BY H. TOBIAS FROM ARCH.
HYG. BAKTERIOL. 150 P513-528 1966.
PR PC A02/MF A01.
AB THE EFFECT OFJ-LUORANTHENE, 1.12-
BENZOPERYLENE, 3'?4-
BENZOFLUORANTHENE, INDENOC1.2.3.
-CD- )PYRENE, 1.2-BENZOANTHRACENE,
3.4- BENZOPYRENE AND
1.2.5.6-DIBENZO- ANTHRACENE ON THE
GROUING OF ALGA CULTURES (CHLORELLA
VULGAR IS, SCENEDESMUS OBLIQUUS,
ANKISTRODESMUS ORAUNII) AND ON SOIL
AND HYDROCULTURES OF HIGHER PLANTS
(TOBACCO, RYE, RADISH) ARE TESTED IN
A SERIES OF EXAMINATIONS. THE
MENTIONED SUBSTANCES UERE APPLIED IN
THE NUTRIENT SOLUTIONS OR IN THE
UATER, IN CONCENTRATIONS OF 10 TO 20
LITRE, USING 1 GAMMA /LITRE OF
POLYETHYLENEGLYCOL (MOLECULAR UEIGHT
OF 200) AS A SOLUTION CARRIER. ALL
SUBSTANCES HAD GROUTH-PROMOTING
EFFECTS ON PLANTS, 3.4-BENZOPYRINE
HAVING BEEN THE MOST EFFECTIVE ONE.
THE DEGREE OF EFFICIENCY OF THE
OTHER SUBSTANCES CORRESPONDED
ESSENTIALLY TO THEIR CARCINOGENIC
ACTIVITY. (ERA CITATION 02:
004006).
MJ COAL-INDUSTRY, PETROLEUM- INDUSTRY,
PLANTS, POLYCYCLIC-
AROMATIC-HYDROCARBONS.
MN AIR-POLLUTION, ALGAE, CARCINOGENS,
ENVIRONMENTAL-EFFECTS, FOOD-CHAINS,
GROUTH, HEALTH-HAZARDS,
LAND-POLLUTION, MAN, RADISHES, RYE,
208
-------
SOILS, TOBflCCO.
ID ERDA-560303, ERDA-020600, ERDA-
016000, TRANSLATIONS, UEST-GERMANY,
AIR-POLLUTION-EFFECTS-PLANTS,
NTISERDAT.
AN N ORNL-TR-4111.
<456>
flU GRAF, OTTO. BALOGH, FRANTISEK.
YR 69.
TI ANALYTICAL METHODS FOR DETERMINING
CYANIDE IN UASTE WATERS.
TR ANALYTICKE METODY PRO STANOVENI
KYANIDU V ODPADNICH VODACH.
PB INGSERVIS. KCS 28.
PG 54 PP.
DE CYANIDE ANALYSIS UASTE UATER.
AN C 07604017599.
<457>
AU GREEN M H L. BRIDGES B A. ROGERS A
M. HORSPOOL G. MURIEL U J.
BRIDGES J U. FRY J R.
YR 77.
TI MUTAGEN SCREENING BY A SIMPLIFIED
BACTERIAL FLUCTUATION TEST USE OF
MICROSOMAL PREPARATIONS AND UHOLE
LIVER CELLS FOR METABOLIC
ACTIVATION.
SO MUTAT RES. 48 (3-4). 287-294.
DE SALMONELLA-TYPHIMURIUM
ESCHERICHIA-COLI RAT LIVER SPECIES
SPECIFICITY 9 10 DI METHYL-1 2 BENZ
ANTHRACENE BENZ A PYRENE 2 ACETAMIDti
FLUORENE MUTAGENS.
AN B 64044924.
<45B>
AU GREENHOUSE G.
YR 76.
TI THE EVALUATION OF TOXIC EFFECTS OF
CHEMICALS IN FRESH UATER BY USING
FROG EMBRYOS AND LARVAE.
SO ENVIRON POLLUT. 11 (4). 303-315.
DE RANA-PIPIENS XENOPUS-LAEVIS
POLLUTANT TEST SYSTEM N PHENYL-
ALPHA NAPHTHYLAMINE OCTYL PHENYL-
ALPHA NAPHTHYLAMINE P P DI OCTYL DI
PHENYLAMINE HYDRAZINE METHYL
HYDRAZINE DI METHYL HYDRAZINE LETHAL
TERATOGENIC LEVELS.
AN B 63048092.
<459>
AU GREGOROUICZ, ZEIGNIEU. GORKA,
PIOTR.
IN INST. CHEM. ANAL. OGOLNEJ. POLITECH.
SLASKA. GLIUICE. POL.
YR 73.
TI CYANIDE DETERMINATION IN COKING-
PLANT UASTE UATERS.
SO KOKS, SMOLA, GAZ. 18. P81-2. 1973.
LG PO.
DE CYANIDE DETN UASTE UATER. UASTE
UATER ANALYSIS CYANIDE.
AN C 07910057367.
<460>
AU GREGOROUICZ, ZBIGNIEU. GORKA,
PIOTR.
IN POLITECH. GLIUICE. GLIUICE. POL.
YR 71.
TI METHODS FOR DETERMINATION OF CYANIDE
IONS.
SO CHEM. ANAL. (UARSAU). 16. P703- 15.
1971.
LG PO.
DE REVIEU CYANIDE DETN. UASTE ANALYSIS
CYANIDE REVIEU. UATER SURFACE
ANALYSIS CYANIDE REVIEU.
AN C 07610053955.
<461>
AU GRIEVES, R. B. CHAREUIC, U. BRIEN,
S. M.
IN DEP. CHEM. ENG. UNIV. KENTUCKY.
LEXINGTON. KY.
YR 74.
TI SEPARATION OF PHENOL FROM DILUTE
ALKALINE AQUEOUS SOLUTION BY SOLVENT
EXTRACTION, SOLVENT SUBLATION, AND
FOAM FRACTIONATION.
SO ANAL. CHIM. ACTA. 73. P293-300.
1974.
LG EN.
DE PHENOL SEPN. EXTN PHENOL SEPN.
SUBLATION PHENOL SEPN. FOAM
FRACTIONATION PHENOL SEPN.
FRACTIONATION FOAM PHENOL SEPN.
SURFACTANT PHENOL SEPN.
AN C 08208051111.
<462>
AU GRIFFIN U M. COONEY J J.
YR 77.
TI DEGRADATION OF MODEL RECALCITRANT
HYDRO CARBONS BY MICROORGAND2MS FROM
FRESH UATER ECOSYSTEMS.
SO ABSTR ANNU MEET AM SOC MICROBIOL.
77. 360.
DE ABSTRACT BACTERIA FUNGI PRISTANE
TETRA DECADIENE BENZENE CYCLO HEXANE
CO METABOLISM.
AN B 77050304.
209
-------
<463>
AU GRIFFITH U L. COMPERE fl L.
YR 76.
TI METHOD FOR THE ISOLATION OF
ORGANISMS UHICH DEGRADE POLY
PHENOLIC COMPOUNDS INCLUDING LIGNINS
AND TANNINS.
SO ABSTR ANNU MEET AM SOC MICROSIOL.
76. 033.
DE ABSTRACT BACTERIA FUNGI COLORED
METAL PHENOL COMPLEXES.
AN B 76843498.
<464>
AU GRIMMER G. BOEHNKE H.
YR 75.
TI POLY CYCLIC AROMATIC HYDRO CARBON
PROFILE ANALYSIS OF HIGH PROTEIN
FOODS OILS AND FATS BY GAS
CHROMATOGRAPHY.
SO J ASSOC OFF ANAL CHEM. 58 (4).
725-733.
DE SUNFLOUER OIL YEAST MEAT POULTRY
FISH GAS LIQUID CHROMATOGRAPHY
SEPHADEX LH-20 COLUMN CHROMATOGRAPHY
METHANOLIC POTASSIUM HYDROXIDE
SAPONIFICATION FLAME IONIZATION
DETECTOR UV SPECTROSCOPY BENZO A
ANTHRACENE CHRYSENE BENZO B
FLUORANTHENE BENZO J FLUORANTHENE
BENZO K FLUORANTHENE BENZO E PYRENE
BENZO A PYRENE DI BENZ A J
ANTHRACENE BENZO-GHI-PERYLENE DI
BENZ A H ANTHRACENE CARCINOGENS.
AN B 68062162.
<465>
AU GROB, K. ZUERCHER, F.
IN INST. LJATER RESOUR. UATER POLLUT.
CONTROL. SUISS FED. INST. TECHNOL.
DUEBENDORF. SUITZ.
YR 76.
TI STRIPPING OF TRACE ORGANIC
SUBSTANCES FROM UATER. EQUIPMENT flND
PROCEDURE.
SO J. CHROMATOGR. 117. P2B5-94. 1976.
LG EN.
DE OCTANE STRIPPING UATER. NONANE
STRIPPING UATER. TOLUENE STRIPPING
UATER. ETHYLBENZENE STRIPPING UATER.
XYLENE STRIPPING UATER. GAS
CHROMATOG ORG COMPD UATER.
AN C 08510068042.
<466>
AU GROB, R L. KAISER, M A.
IN VILLANOVA UNIV. CHEMISTRY DEPT.
VILLANOVA, PA 19085.
YR 76.
TI GAS CHROMATOGRAPHIC DETERMINATION OF
SOME POLAR UATER POLLUTANTS USING
POROUS POLYMERS.
SO JOURNAL OF ENVIRONMENTAL SCIENCE AND
HEALTH—PART A, All (10-11): 623-
634, 1976.
LG EN.
AB NONE.
ID CHROMOSORB, HEADSPACE ANALYSIS,
ACETALDEHYDE, ACETIC ACID,
HEXAFLUOROACETONE, METHANOL.
DE POLYMERS, CHEMICAL POLLUTANTS,
POLLUTANT ANALYSIS, GAS
CHROMATOGRAPHY UATER POLLUTANTS.
AN P 7702425.
<467>
AU GROENEUEGEN D. STOLP H.
IN INSTITUT FUR ALLGEMEINE BOTANIK DER
UNIVERSITAT HAMBURG, AST. F.
MIKROBIOLOGIE.
YR 76.
TI MICROSIAL BREAKDOUN OF POLYCYCLIC
AROMATIC HYDROCARBONS (AUTHOR'S
TRANSL).
TR MIKROBIELLER ABBAU VON
POLYZYKLISCHEN AROMATISCHEN
KOHLENUASSERSTOFFEN.
SO ZENTRALBL BAKTERIOL ORIG B. 162.
1-2. P225-32. JUL 76.
LG GE.
MJ BACTERIA: ME.
MN ANTHRACENES: ME. BIODEGRADATION.
CHRYSENES: ME. OXYGEN-CONSUMPTION.
ME.
AN M 77861971. 7783.
<468>
AU GROF, 0.
IN USTAV VYZK. RUD PRAHA. OSTRAVA.
CZECH.
YR 72.
TI DETERMINATION OF CYANIDE
CONCENTRATION BY CRYSTAL ELECTRODE.
SO VOD. HOSPOD. B. 22. P41-5. 1972.
LG CZ.
DE CYANIDE DETN UATER. SILVER IODIDE
ELECTRODE CYANIDE DETN.
AN C 07988045572.
<469>
AU GRUIA, E. MARIN, V.
IN RES. DES. INST. UATER RESOUR. ENG.
BUCHAREST. ROM.
YR 74.
TI EFFECT OF SOME TOXIC AND INHIBITORY
SUBSTANCES ON BOD KINETICS.
210
-------
SO STUD. PROT. CALITATII APELOR. 16.
P36-56. 1974.
LG RO.
DE CYANIDE TOXICITY BOD EVALUATION.
DICHROMATE TOXICITY BOD. PHENOL
TOXICITY BOD. GAS OIL TOXICITY BOD.
AN C 08502009935.
<470>
AU GRULA, M. M. GRULA, E. A.
IN ENERGY RESEARCH AND DEVELOPMENT
ADMINISTRATION, BARTLESVILLE, OKLA.
BARTLESVILLE ENERGY RESEARCH CENTER.
9501078.
YR 76. 61P.
TI FEASIBILITY OF MICROBIAL
DECOMPOSITION OF ORGANIC UASTES
UNDER CONDITIONS EXISTING IN DEEP
UELLS.
PR PC$4.5B/MF$3.00.
AB UE ATTEMPTED TO DETERMINE IF
BIODEGRADATION OF ORGANIC COMPOUNDS
UOULD TAKE PLACE AT TEMPERATURES (50
EXP 0 -70 EXP 0 C) AND PRESSURES
(100 ATM) OCCURRING IN DEEP DISPOSAL
UELLS. UNDER AEROBIC CONDITIONS,
TEMPERATURE IS NOT A CONSTRAINT;
THERMOPHILIC BACTERIA DECOMPOSING A
UIDE VARIETY OF COMPOUNDS ARE
READILY OBTAINED FROM ORDINARY SOIL.
THERMOPHILIC CULTURES DEGRADING
PROP ION 1C, BUTYRIC, CROTONIC,
TIGLIC, SUCCINIC, AND ADIPIC ACIDS;
ETHANOL, 2-PROPANOL, 1-BUTANOL, AND
2-BUTANOL; N-BUTYL AMINE, BENZOIC
ACID, P-NITROBENZOIC ACID, PHENOL,
MANDELIC ACID, ACETAMIDE,
PROPIONAMIDE, AND ISO-OCTANE UERE
OBTAINED. POSSIBLE, BUT
•UNCONFIRMED, THERMOPHILIC GROUTH UAS
OBTAINED UITH VINYL ACETIC ACID,
VALERIC ACID, HEXAMETHYLENE DIAMINE,
AND P-AMINO BENZOIC ACID. NEGATIVE
RESULTS: ACRYLIC ACID, 2-
NITROETHANOL, 2-NITRO-l-PROPANOL, 3-
NITRO-2-BUTANOL, ACETONITRILE,
PROP IONITRILE, BUTYRONITRILE, P-
NITROPHENOL, AND PHTHALIC ACID. AT
37 EXP 0 CULTURES UTILIZING VINYL
ACETIC ACID, PROP IONITRILE,
BUTYRONITRILE, ND P-AMINO BENZOIC
ACID UERE OBTAINED. ACRYLIC ACID,
THE NITRO ALCOHOLS, P-NITROPHENOL,
ACETONITRILE, AND PHTHALIC ACID UERE
NEGATIVE. MIXED CULTURES UERE MORE
EFFICIENT BIODEGRADERS THAN PURE
CULTURES. ALL THERMOPHILIC PURE
CULTURES REQUIRED, FOR HEAVY RAPID
GROUTH, ONE OR MORE FACTORS AT THE
LEVELS FOUND IN 0.8 PERCENT ENZYME-
HYDROLYZED CASEIN (NUTRITIONAL
BIOCHEMICALS). CASEIN COULD NOT BE
REPLACED BY 18 AMINO ACIDS, 8 B
VITAMINS, CA EXP ++ ION, OR MN EXP
•H- ION. (ERA CITATION 01: 014543).
MJ BACTERIA, ORGANIC-COMPOUNDS, UASTES.
MN BIOCHEMICAL-REACTION-KINETICS,
BIODEGRADATION, OXYGEN, PRESSURE-
DEPENDENCE, TEMPERATURE-DEPENDENCE,
UASTE-DISPOSAL, UELLS.
ID ERDA-550200, MICROBIAL- DEGRADATION,
NTISERDA.
AN N BERC/R1-76/6.
<471>
AU GRUND. ALAN. SHAPIRO, JAMES.
FENNEUALD, MICHAEL. BACHA,
PATRICIA. LEAHY, JOHN.
MARKBREITER, KEITH. NIEDER,
MATTHEU. TOEPFER, MELANY .
IN DEP. MICROSIOL. UNIV. CHICAGO.
CHICAGO. ILL.
YR 75.
TI REGULATION OF ALKANE OXIDATION IN
PSEUDOMONAS PUTIDA.
SO J. BACTERIOL. 123. P546-56. 1975.
LG EN.
DE ALKANE OXIDN PSEUDOMONAS PLASMID.
ALC DEHYDROGENASE PSEUDOMONAS
ALKANE. ALDEHYDE DEHYDROGENASE
PSEUDOMONAS ALKANE.
AN C 08317144297.
<472>
AU GRUSHKO YA M. KOZHOVA 0 M. STOM D
I.
YR 75.
TI KRAFT MILL UASTES AND THEIR TOXICITY
FOR AQUATIC ORGANISMS.
SO GIDROBIOL ZH. 11 (5). (RECD 1976)
118-125.
DE DAPHNIA FISH MINNOU GUPPY CARP PERCH
ROACH TROUT SALMON RAINBOU TROUT
PHENOLIC COMPOUNDS.
AN B 62034722.
<473>
AU GUARINO A M. RIECK G. ARNOLD S.
FENSTERMACHER P. BEND J. KNUTSON
M J. ANDERSON J B.
TI DISTRIBUTION AND TOXICITY OF
SELECTED UATER POLLUTANTS IN THE
SPINY DOGFISH SQUALUS-ACANTHIAS.
SO BULL MT DESERT ISL BIOL LAB. 16.
1976 (1977) 50-53.
DE CENTRAL NERVOUS SYSTEM GILLS BLOOD
URINE LIVER PHENOL OCTANE.
AN B 78028196.
211
-------
<474>
AU GUBERGRITS, M.
YR 75. 4P.
TI MECHflNISMS OF NATURAL AND FORCED
DEGRADATION OF CARCINOGENIC flND
TOXIC POLLUTANTS DISCHARGED INTO
UATER BODIES.
AV TRANSLATED BY M. GERRARD FROM VODN.
RESUR. 3 P185-188 1975.
PR PC A02/MF A01.
AB GENERALIZATIONS IN THE FIELD OF
DEGRADATION OF CARCINOGENIC
POLYCYCLIC AROMATIC HYDROCARBONS
(PAU), IN PARTICULAR THEIR TYPICAL
EXAMPLE 3,4-BENZOPYRENE (BP) ARE
PRESENTED. THESE PROCESSES LJHICH
OCCUR UNDER CONDITIONS OF UATER
RESERVOIRS AS A RESULT OF THE ACTION
OF A NUMBER OF PHYSICOCHEMICAL
AND/OR BIOLOGICAL AGENTS ARE
EXAMINED WITHIN THE FRAMEUORK OF
SOLUTION OF TUO PROBLEMS—INTERNAL
AND EXTERNAL. AMONG THE FIRST OF
THESE ARE THE PROCESS OF DEGRADATION
OF BP DISSOLVED IN ORGANIC LIQUIDS
OR POLLUTION CARRIERS (PETROLEUM
PRODUCTS FROM PROCESSING OF LIQUID
AND SOLID FUELS, ETC. ), UHICH FORM
A SOLID FILM ON THE SURFACE OF THE
UATER OR SOMEUHAT HOMOGENEOUS
INCLUSIONS IN ITS DEPTHS. AMONG THE
EXTERNAL PROBLEMS UE EXAMINE THE
CONVERSION OF BP DISSOLVED DIRECTLY
IN THE UATER. (ERA CITATION 82:
0B3865).
MJ BENZOPYRENE, BIODEGRADATION,
UATER-POLLUTION.
MN BIOCHEMICAL-REACTION-KINETICS,
BIOLOGICAL-RECOVERY, CHEMICAL-
EFFLUENTS, FRESH-UATER, ORGANIC-
COMPOUNDS, SEAUATER.
ID ERDA-520200, ERDA-020900,
TRANSLATIONS, USSR, DECOMPOSITION,
AROMATIC-POLYCYCLIC-HYDROCARBONS,
NTISERDAT.
AN N ORNL-TR-4191(DRAFT).
<475>
AU GUBERGRITS, M. HANNUS, M.
BRODSKAYA, B. KH. KIRSO, U.
PAALME, L.
IN INST. KHIM. TALLINN. USSR.
YR 75.
TI USE OF PROCESSES FOR ACTIVATED
OXIDATIVE DEGRADATION OF
BENZO(A)PYRENE IN UATER.
SO MATER. VSES. NAUCHN. SIMP. SOVREM.
PROBL. SAMOOCHISHCHENIYA REGUL.
KACH. VODY, 5TH. 6. P109. 1975.
LG RS.
AV VEL'NER, KH. A.
DE BENZOPYRENE DEGRDN UATER SILT.
BIOCHEM DEGRDN BENZOPYRENE UATER.
AN C 08526197646.
<476>
AU GUBERGRITS, M. PAALME, L. KIRSO,
U.
IN USSR.
YR 72.
TI DEGRADATION OF BENZO(A)PYRENE AND
PHENOL UNDER THE EFFECT OF
PHYSICOCHEMICAL AGENTS DURING SELF-
PURIFICATION OF RESERVOIRS.
SO VOP. PROFIL. ZAGRYAZNENIYA VNESH.
SREDY, CHASTNOSTI VODOEMOV,
KANTSEROGEN. VESHCHESTVAMI. P49-53.
1972.
LG RS.
DE PHENOL RESERVOIR UATER SELF PURIFN.
BENZOPYRENE RESERVOIR UATER SELF
PURIFN.
AN C 07904B23344.
<477>
AU GUDZENKO, V. I. PODREZOVA, T. N.
IN USSR.
YR 72.
TI PREPARATION OF 1,4- NAPHTHOQUINONE
BY THE HETEROGENEOUS OXIDATION OF
NAPHTHALENE IN AN AQUEOUS MEDIUM.
SO KHIM. PROM. (MOSCOW. 48. P153- 4.
1972.
LG RS.
DE NAPHTHOQUINONE. OXIDN NAPHTHALENE.
AN C 07623140290.
<478>
AU GUERRA M. COMODO N.
TI EVALUATION OF TOLERANCE LIMITS OF
SOME TOXIC SUBSTANCES IN INDUSTRIAL
UASTE UATERS BY THE ICHTHYO TOXICITY
TEST.
SO BOLL SOC ITAL BIOL SPER. 48 (22).
1972 (1973) (RECD 1974) 898- 901.
DE ALBURNUS-ALBIDUS SALMO-IRIDEUS
CARASSIUS-AURATUS PERMISSIBLE LIMITS
MERCURY CHLORIDE POTASSIUM 81
CHROMATE AMMONIA PHENOL DDT ALKYL
BENZENESULFONATE.
AN B 58023037.
<479>
AU GUESTEN, H. SCHUEER, K. H.
STIEGLITZ, L.
IN INST. RADIOCHEM. KERNFORSCHUNGSZENT.
KARLSRUHE. KARLSRUHE. GER.
212
-------
YR 74.
TI IDENTIFICATION OF NONBIODEGRADABLE
ORGflNIC POLLUTANTS IN RIVER UATER .
SO ARH. HIE. RADA TOKSIKOL. 25.
P207-12. 1974.
LG EN.
DE ORG POLLUTANT RHINE RIVER.
CHLORINATED HYDROCARBON RHINE RIVER.
NITROAROM COMPD RHINE RIVER. AROM
ETHER RHINE RIVER. PHTHALIC ACID
ESTER RHINE RIVER. PHENOL RHINE
RIVER,
AN C 98210064016.
<4B8>
AU GUESTEN, H. STIEGLITZ, L. SCHUEER,
K -H. KOELLE, U.
IN KERNFORSCHUNGSZENTRUM KARLSRUHE,
INSTITUT FUER RADIOCHEMIE, POSTFACH
3640, 75 KARLSRUHE 1, FRG.
YR 73.
TI ANTIOXIDANTS, A NEW CLASS OF
ENVIRONMENTAL CONTAMINANTS.
SO ENVIRONMENTAL LETTERS, 5(4): 209-
213, 1973.
LG EN.
AB NONE.
ID PHENOLIC ANTIOXIDANTS.
DE UATER POLLUTANTS. RHINE RIVER, UATER
SAMPLING, AROMATIC COMPOUNDS.
AN P 7403290.
<481>
AU GUIGUES, FREDERIC.
YR 69
TI TREATMENT AND CONTROL OF UATERS
POLLUTED BY HYDROCARBONS. TESTING OF
A T.P.S. SEPARATOR WITH INCLINED
CORRUGATED PLATES-C.P.I.-T.P.S.
SO TECH. EAU ASSAINISSEMENT. NO. 273.
P35-44; NO. 274, 49-57. 1969.
LG FR.
DE HYDROCARBONS DETN INDUSTRIAL WATERS.
INDUSTRIAL UATERS HYDROCARBONS DETN.
DUSTS SAMPLING. CARBON MONOXIDE DETN
FACTORIES. OZONE DETN FACTORIES.
AN C 07226136126.
<482>
AU GUSEVA, A. N. PARNOV, YE. I.
IN ARMY MEDICAL INTELLIGENCE AND
INFORMATION AGENCY UASHINGTON D C.
409112.
YR 76. 5P.
TI THE SOLUBILITY OF SEVERAL AROMATIC
HYDROCARBONS IN UATER.
NT TRANS. OF REPORT FROM VESTNUK MOSK.
UNIV. SER. II KHIM (USSR) V18 Nl
P76-7B 1963.
PR PC$3.50/MF$3.00.
AB IN ORDER TO SOLVE A NUMBER OF
THEORETICAL PROBLEMS IN PETROLEUM
GEOLOGY, FOR EXAMPLE, THE FORMATION
AND DISINTEGRATION OF AGGLOMERATES,
AS UELL AS CERTAIN PRACTICAL
PROBLEMS IN THE AREA OF PETROLEUM
REFINING, UATER POLLUTION, ETC.
INFORMATION IS NEEDED REGARDING THE
SOLUBILITY OF HYDROCARBONS IN
VARIOUS TYPES OF NATURAL SOLUTIONS
UNDER VARIOUS CONDITIONS. EXISTING
LITERATURE DATA ON THE SOLUBILITY OF
HYDROCARBONS, EVEN IN PURE UATER,
ARE QUITE MEAGER. THERE IS
ESPECIALLY LITTLE MATERIAL ON THE
SOLUBILITY OF HYDROCARBONS IN UATER
AT THE HIGH TEMPERATURES UHICH CAN
OCCUR AT GREAT DEPTHS. IN THE STUDY
REPORTED HERE BENZENE, TOLUENE, 0-
XYLENE, M-XYLENE, N-XYLENE AND
MESITYLENE UERE USED; THE CRITERION
OF PURITY DAS THE INDEX OF
REFRACTION. ESPECIALLY PURE LJATER
UAS OBTAINED BY PASSING ft DOUBLE
DISTILLATE THROUGH A FILTER UITH A
'MIXED' LAYER CONSISTING OF ION-
EXCHANGE RESINS EDE-10P AND KU-2.
THE SOLUBILITIES OF THE AROMATIC
HYDROCARBONS IN UATER UAS DETERMINED
IN SEALED AMPULES BY THE POLYTHERMIC
METHOD. AS IS EVIDENT FROM GRAPHS,
THE SOLUBILITY CURVES HAVE AN
EXTREMELY SIMILAR CHARACTER, UITH
THE EXCEPTION OF BENZENE UHOSE CURVE
SHAPE IS SLIGHTLY DIFFERENT FROM THE
OTHER HYDROCARBONS. THE SOLUBILITY
OF HYDROCARBONS INCREASES INTENSELY
UITH TEMPERATURE AND DECREASES AS
THE NUMBER OF METHYL GROUPS IN THE
MOLECULE IS INCREASED. AS THE
CRITICAL POINT IS APPROACHED THE
CURVES OF DIFFERENT HYDROCARBONS
SHOU A TENDENCY TO CONVERGE, AS UITH
INCREASE OF TEMPERATURE THE
SOLUBILITY DEPENDS ALL THE MORE ON
THE STRUCTURAL PROPERTIES OF THE
UATER. ALSO THE ROLE OF THE
STRUCTURE OF HYDROCARBON MOLECULES,
INCLUDING THE NUMBER AND LOCATION OF
METHYL GROUPS, IS INCREASINGLY
WEAKER.
MJ HYDROCARBONS, SOLUBILITY, UATER,
AROMATIC-COMPOUNDS, BENZENE,
BENZENE-COMPOUNDS.
MN XYLENES, TOLUENES, METHYL- RADICALS,
HIGH-TEMPERATURE, USSR,
TRANSLATIONS, REVIEUS, MOLECULAR-
STRUCTURE, TEMPERATURE, GRAPHS.
ID NTISDODXA.
213
-------
AN N AD-A029 649/1SL.
AU
IN
YR
TI
SO
LG
DE
AN
AU
IN
YR
TI
SO
LG
DE
flN
flU
IN
YR
TI
SO
LG
DE
flN
AU
YR
<483>
GUTKNECHT, U. F. GUILBAULT, G. G.
DEP. CHEM. LOUISIANA STflTE UNIV. NEU
ORLEANS. LA.
71.
ELECTROCHEMICAL SYSTEM FOR
MONITORING THE REMOVAL OF CYANIDE
FROM AQUEOUS SYSTEMS UITH
IMMOBILIZED INJECTASE.
ENVIRON. LETT. 2. P51-7. 1971.
EN.
INJECTASE CYANIDE REMOVAL.
MONITORING CYANIDE POLLUTED UATER.
C 87618183512.
<484>
HACKEMACK, DIETRICH.
ICI-SPALTANLAGEN SPEYER. SPEYER.
GER.
71.
ANALYSIS AND TREATMENT OF AQUEOUS
CONDENSATES FROM 1CI (IMPERIAL
CHEMICAL INDUSTRIES)- PROCESS
REFORMING PLANTS PRpDUCING CITY GAS.
GAS- UASSERFACH, GAS - ERDGAS. 112.
P192-7. 1971.
GE.
ACETIC ACID GASOLINE CONDENSATE.
PROPION 1C ACID GASOLINE CONDENSATE.
BUTYRIC ACID GASOLINE CONDENSATE.
ISOBUTYRIC ACID GASOLINE CONDENSATE
. GASOLINE REFORMING FUEL GAS.
CORROSION CONDENSATE GASOLINE
REFORMING. ACIDS GASOLINE
ALCS GASOLINE
METHANOL GASOLINE
ETHANOL GASOLINE
CONDENSATE.
CONDENSATE.
CONDENSATE.
CONDENSATE.
C 87426144851.
<485>
HAGIHARA. KOH ICHI.
INST. PUBLIC HEALTH. TOKYO. JAPAN.
72.
UATER ANALYSIS. DETERMINATION OF
PHENOL AND ITS DERIVATIVES.
KOGAI BUNSEKI SHISHIN. 5. P59- 67.
1972.
JA.
REVIEU PHENOL DETN UATER.
C 88284621488.
TI
SO
DE
AN
AU
IN
YR
TI
SO
LG
DE
AN
AU
IN
YR
TI
SO
LG
DE
HAINES
75.
<486>
R. ALEXANDER M.
AN
AU
IN
YR
TI
PG
LG
DE
AN
MICROSIAL DEGRADATION OF POLY
ETHYLENE GLYCOLS.
APPL MICROBIOL. 29 (5). 621-625.
PSEUDOMONAS-AERUGINOSA ENZYME.
B 68831137.
<487>
HAKUTA, TOSHIKATSU.
NATL. CHEM. LAB. IND. TOKYO. JAPAN.
75.
VAPOR-LIQUID EQUILIBRIUMS OF
POLLUTANTS IN SEA UATER. II. VAPOR-
LIQUID EQUILIBRIUMS OF PHENOLIC
SUBSTANCE-UATER SYSTEMS.
NIPPON KAISUI GAKKAI-SHI. 28.
P379-85. 1975.
JA.
PHENOL SEA UATER POLLUTION. VAPOR
LIQ EQUIL PHENOL.
C 88418126558.
<488>
HAKUTA, TOSHIKATSU. NEGISHI, AKIRA.
GOTO, TOTARO.
NATL. CHEM. INST. IND. TOKYO. JAPAN.
76.
VAPOR-LIQUID EQUILIBRIUM OF SOME
POLLUTING MATERIALS IN SEA UATER.
NIPPON KAISUI GAKKAI-SHI. 29.
P247-54. 1976.
JA.
SEAUATER POLLUTANT VOLATILE EQUIL.
ACETONE SEAUATER EQUIL. ALC SEAUATER
EQUIL. NITROUS ACID SEAUATER EQUIL.
ALKYLBENZENESULFONATE SEAUATER
EQUIL. HYDROGEN CYANIDE SEAUATER
EQUIL.
C 88618126896.
<489>
HALL, R. U. JR.
THORNTON, K. U.
LESSEM, A.
ARMY ENG.
R. H.
R. L.
JR.
PLUMB,
ELEY,
S.
UATERU. EXP. STN.
VICKSBURG. MISS.
77.
ARCADIA LAKE UATER-QUALITY
EVALUATION.
324 PP.
EN.
LAKE QUALITY POLLUTION MODEL STD.
PHENOL POLLUTION LAKE QUALITY.
PESTICIDE POLLUTION LAKE QUALITY.
METAL POLLUTION LAKE QUALITY.
NUTRIENT POLLUTION LAKE QUALITY.
C 88724189033.
214
-------
<490>
AU HAMMER K D. LIEMANN F.
IN INSTITUT FUR ORGANISCHE CHEMIE UND
BIOCHEMIE, UNIVERSITAT HAMBURG.
YR 76.
TI PRIMARY OXIDATION MECHANISMS IN
DEGRADATION OF ALIPHATIC
HYDROCARBONS BY BACTERIAL ENZYME
SYSTEMS (AUTHOR'S TRANSL).
TR PRIMARE OXYDATIONSMECHANISMEN BEIM
ABBAU ALIPHATISCHER
KOHLENUASSERSTOFFE DURCH BAKTERIELLE
ENZYMSYSTEME.
SO ZENTRALBL BAKTERIOL ORIG B. 162.
1-2. P169-79. JUL 76.
LG GE.
MJ ALKANES: ME.
MN ALCOHQL-OXIDOREDUCTPSES: ME.
CYANIDES: PD. ME. MULTIENZYME-
COMPLEXES: ME. WATER-MICROBIOLOGY.
AN M 77061960. 7703.
<491>
AU HANSEN H P.
YR 75.
TI PHOTOCHEMICAL DEGRADATION OF
PETROLEUM HYDRO CARBON SURFACE FILMS
ON SEA WATER.
SO MAR CHEM. 3 (3). 183-196.
DE LIGHT ALIPHATIC ACIDS AROMATIC flCIDS
ALCOHOLS PHENOLS.
AN B 6100151B.
<492>
AU HANSEN, DAVID J.
IN ENVIRON. RES. LAB. EPA. GULF BREEZE.
FLA.
YR 76.
TI TECHNIQUES TO ASSESS THE EFFECTS OF
TOXIC ORGANICS ON MARINE ORGANISMS.
PG 63-76.
LG EN.
DE MARINE ORGANISM BIOASSAY TOXICITY.
WATER POLLUTION MARINE ORGANISM.
BIPHENYL POLYCHLORO MARINE TOXICITY.
INSECTICIDE UATER POLLUTION
TOXICITY.
AN C 08523172392.
<493>
AU HANSON, RAY L. VANDERBORGH, N. E.
BROOKINS, DOUGLAS G.
IN DEP. CHEM. UNIV. NEU MEXICO.
ALBUQUERQUE. N. MEX.
YR 75.
TI CHARACTERIZATION OF OIL SHALES BY
LASER PYROLYSIS-GAS CHROMATOGRAPHY
SO ANAL. CHEM. 47. P335-8. 1975.
LG
DE
EN.
OIL .SHALE CHARACTERIZATION. LASER
RADIATION SHALE CHARACTERIZATION.
HYDROCARBON DETN OIL SHALE. UATER
DETN OIL SHALE. ACETYLENE OIL SHflLE
CHARACTERIZATION. PYROLYSIS OIL
SHALE CHARACTERIZATION.
AN C 08214088333.
<494>
AU HANUSKA L.
YR 72.
TI AEROGENIC POLLUTION OF INTERNAL
UATERS.
SO SLADECEK, V. (ED.). INTERNATIONALE
VEREINIGUNG FUR THEORETISCHE UND
ANGEUANDTE LIMNOLOGIE. INTERNATIONAL
ASSOCIATION OF THEORETICAL AND
APPLIED LIMNOLOGY. ASSOCIATION
INTERNATIONALE DE LIMNOLOGIE
THEOREQUE ET APPLIQUEE. VOL. 18,
PARTS 1 8, 2. VERHANDLUNGEN,
PROCEEDINGS. TRAVflUX. LENINGRAD,
USSR, 1971. 562P. (PART 1). ILLUS.
MAPS. 694P. (PART 2). ILLUS MAPS. E.
SCHUEIZERBART'SCHE
VERLAGSBUCHHANDLUNG: STUTTGART, UEST
GERMANY; (DIST. IN U.S.A. BY JOHN
UILEY & SONS, INC. NEU YORK, N.Y.).
(RECD 1973) 968-980.
DE FISH FROG DEATH ALDRIN INSECTICIDE
BENZO PYRENE SULFUR DI OXIDE ASH
HAMR RESERVOIR ORE MOUNTAINS
CZECHOSLOVAKIA.
AN B 73066273.
<495>
AU HARADA, KATSUHIKO.
IN SHIMONOSEKI UNIV. FISH. SHIMONOSEKI.
JAPAN.
YR 75.
TI ENZYME SYSTEM CATALYZING THE
FORMATION OF FORMALDEHYDE AND
DIMETHYLflMINE IN TISSUES OF FISH AND
SHELLFISH.
SO SUISAN DAIGAKKO KENKYU HOKOKU. 23.
P163-241. 1975.
LG JA.
DE REVIEU FORMALDEHYDE FORMATION FISH.
METHYLAMINE FORMATION SHELLFISH
REVIEU.
AN C 08309075670.
<496>
AU HflRADA, KATSUHIKO. MIURA,
SHIGETSUGU. SHINODA, YOSHIO.
YAMADA, KINJIRO.
IN SHIMONOSEKI UNIV. FISH. SHIMONOSEKI.
215
-------
JAPAN.
YR 70.
TI THIN-LAYER CHROMATQGRAPHIC
IDENTIFICATION OF FORMALDEHYDE IN
AQUATIC ANIMALS.
SO NIPPON SUISAN GAKKAISHI. 36.
P183-91. 1970.
LG JA.
DE THIN LAYER CHROMATOG FORMALDEHYDE.
FORMALDEHYDE THIN LAYER CHROMATOG
CHROMATOG THIN LAYER FORMALDEHYDE.
AN C 97223118313.
ENGL. UK.
YR 77.
TI ACCUMULATION OF CARBON-14 1
NAPHTHALENE BY AN OCEANIC AND AN
ESTUARINE COPEPOD DURING LONG-TERM
EXPOSURE TO LOU LEVEL
CONCENTRATIONS.
SO MAR BIOL (BERL). 42 (3). 187-196.
LG EN.
DE CALANUS-HELGOLANDICUS EURYTEMORA-
AFFINIS FOOD CHAIN.
AN B 65018086.
AU
YR
TI
SO
DE
AN
AU
IN
YR
TI
SO
LG
MJ
MN
AN
AU
YR
TI
SO
AN
<497>
HARBOUR J R. TOLL IN G.
74.
ESR EVIDENCE FOR CHLOROPHYLL PHOTO
SENSITIZED 1 ELECTRON OXIDATION OF
UATER BY BENZO QUINONE.
PHOTOCHEM PHOTOSIOL. 23 (3). 271-
277.
QUINONE RADICAL FORMATION OXYGEN
FORMATION ALCOHOLS PHEOPHYTIN
BACTERIO CHLOROPHYLL COLD RED LIGHT
DEUTERIUM LABELING.
B 59010603.
<499>
HARKNESS A C. MURRAY F E.
70.
OXIDATION OF METHYL MERCAPTAN UITH
MOLECULAR OXYGEN IN AQUEOUS
SOLUTION.
ATMOS ENVIRON. 4 (4). 417-424.
B 52039953.
AU
YR
TI
SO
DE
AN
AU
<498>
HARDER U. ATTUQOD M M.
DEPARTMENT OF MICROBIOLOGY, YR
UNIVERSITY OF GRONINGEN, HAREN TI
(GR.), THE NETHERLANDS.
75.
OXIDATION OF ORGANIC Cl COMPOUNDS BY SO
HYPHOMICROBIUM SPP.
ANTON IE VAN LEEUUENHOEK. 41. 4. DE
P421-9. 1975.
EN.
BACTERIA: ME.
ALCOHOL-OXIDOREDUCTASES: ME.
OXYGEN-CONSUMPTION. AN
M 76159455. 7607.
<560>
AU HARRIS R P. BERDUGO V. O'HRRA S C
M. CORNER EDS.
IN MAR. BIOL. ASSOC. UK, LAB. CITADEL
HILL, PLYMOUTH PL1 2PB, DEVONS.
AU
IN
YR
TI
SO
LG
MJ
MN
<501>
HARRISON R M. PERRY R. UELLINGS R
A.
76.
CHEMICAL KINETICS OF CHLORINATION OF
SOME POLY NUCLEAR AROMATIC HYDRO
CARBONS UNDER CONDITIONS OF UATER
TREATMENT PROCESSES.
ENVIRON SCI TECHNOL. 10 (12).
1156-1160.
PYRENE BENZO-GHI-PERYLENE POLLUTION.
B 63029520.
<502>
HARRISON R M. PERRY R. UELLINGS R
A.
76.
EFFECT OF UATER CHLORINATION UPON
LEVELS OF SOME POLY NUCLEAR AROMATIC
HYDRO CARBONS IN UATER.
ENVIRON SCI TECHNOL. 10 (12).
1151-1156.
FLUORANTHENE PYRENE BENZ A
ANTHRACENE BENZO K FLUORANTHENE
BENZO A PYRENE PERYLENE INDENO-1 2
3- CD-PYRENE BENZO-GHI-PERYLENE
POLLUTION UATER TREATMENT.
B 63029518.
<503>
HASS B S. APPLEGATE H G.
DEPARTMENT OF BIOCHEMISTRY AND
BIOPHYSICS, TEXAS A AND M
UNIVERSITY, COLLEGE STATION, TEX.
77843.
75.
THE EFFECTS OF UNSUBSTITUTED
POLYCYCLIC AROMATIC HYDROCARBONS ON
THE GROUTH OF ESCHERICHIA COL I.
CHEM BIOL INTERACT. 10. 4. P265- 8.
APR 75.
EN.
ESCHERICHIA-COLI: ME, (E-COLI).
BENZANTHRACENES: PD. ESCHERICHIA-
COLI: DE, E-COLI. STRUCTURE-
216
-------
PIN
ACTIVITY-RELATIONSHIP.
UNITED-STATES-
GOVERNMENT-SUPPORTED-NON-NIH:
NIH-SUP).
M 75129502.
<504>
AU HEALY J. B. JR. YOUNG L Y.
IN DEPARTMENT OF CIVIL ENGINEERING,
STANFORD UNIVERSITY, STANFORD.
CALIFORNIA.
YR 78.
TI CATECHOL AND PHENOL DEGRADATION BY A
METHANOGENIC POPULATION OF BACTERIA.
SO APPL ENVIRON MICROBIOL. 35. 1.
P216-8. JAN 78.
LG EN.
MJ BACTERIA: ME.
MN ADAPTATION-PHYSIOLOGICAL. CARBON-
DIOXIDE: BI. (NON-NIH-SUP).
AN M 78101794. 7805.
WAS CONDUCTED TO DETERMINE THE
FEASIBILITY OF USING ONE OR MORE OF
(NON- THESE METHODS TO REDUCE THE
CONCENTRATION OF FERRICYANIDE IN
BOTH CONCENTRATED (10.000 TO 100,000
MG/L) AND DILUTE (10 TO 100 MG/L)
UIASTE EFFLUENTS. A PROCESS FOR
TREATING OVERFLOW PHOTOGRAPHIC COLOR
PROCESS BLEACHES IS DESCRIBED.
(MODIFIED AUTHOR ABSTRACT).
MJ CYANIDES. INDUSTRIAL-UASTE-
TREATMENT, IRON-CYANIDES,
INDUSTRIAL-UASTE-TREATMENT, UATER-
POLLUTION, CYANIDES, PHOTOGRAPHIC-
PROCESSING-CHEMICALS, INDUSTRIAL-
UASTE-TREATMENT.
MN ELECTROLYSIS, OZONIZATION,
CHLORINATION, OXIDATION,
PRECIP ITATION-CHEMISTRY.
ID UATER-POLLUTION-CONTROL, ORM.
AN N PB-222 794/0.
<505>
AU HELLMANN, HUBERT.
IN BUNDESANST. GEUAESSERKD. KOBLENZ.
GER.
YR 71.
TI DETERMINATION OF PARAFFINS IN
UATERS. RESULTS OF IR SPECTROSCOPY
AND GAS CHROMATOGRAPHY.
SO DEUT. GEUAESSERK. MITT. 15. P139-
43. 1971.
LG GE.
DE PARAFFIN SPECTROSCOPY RHINE.
CHROMATOG PARAFFIN RHINE.
HYDROCARBON DETN RHINE.
AN C 07608037267.
<507>
AU HENNEQUIN, CLAUDE.
IN INST. NAT. RECH. CHIM. APPL. CENTRE
RECH. VERT-LE-PETIT. FR.
YR 70.
TI ANALYTICAL CRITERIA OF UATER
POLLUTION.
SO BULL. SOC. CHIM. FR. 1. P357-64.
1970.
LG FR.
DE REVIEU ANAL UATER POLLUTION. ANAL
UATER POLLUTION REVIEU. PESTICIDES
POLLUTION UATER ANAL. DETERGENTS
POLLUTION UATER ANAL. PHENOLICS
POLLUTION UATER ANAL.
AN C 07304018315.
<506>
AU HENDRICKSON, THOMAS N. DAIGNAULT, AU
LOUIS G. IN
IN BERKEY FILM PROCESSING OF N.E.
FITCHBURG, MASS.
YR 73. 160P. YR
TI TREATMENT OF COMPLEX CYANIDE TI
COMPOUNDS FOR REUSE OR DISPOSAL.
AV 73-269.
PR PC-GPO/MF$1.45-NTIS.
AB COMPLEX CYANIDES (FERRO-AND SO
FERRICYANIDE) IN INDUSTRIAL UASTE
UATER EFFLUENTS IMPOSE A DIRECT LG
THREAT UPON THE ENVIRONMENT. MJ
METHODS TO RECOVER OR DESTROY THESE MN
COMPOUNDS UERE EVALUATED IN
LABORATORY STUDIES. THE TECHNIQUES AN
TESTED INCLUDE ELECTROLYSIS,
OZONATION, CHLORINATION AND HEAVY
METAL ION PRECIPITATION. THE STUDY
<50B>
HERBES S E. BEAUCHAMP J J.
ENVIRONMENTAL SCIENCES DIVISION, OAK
RIDGE NATIONAL LABORATORY, OAK
RIDGE, TENN.
77.
TOXIC INTERACTION OF MIXTURES OF TUO
COAL CONVERSION EFFLUENT COMPONENTS
(RESORCINOL AND 6- METHYLQUINCLINE)
TO DAPHNIA MAGNA.
BULL ENVIRON CONTAM TOXICOL. 17. 1.
P25-32. JAN 77.
EN.
COAL. TO.
ANIMAL. UNITED-STATES-GOVERNMENT-
SUPPORTED-NON-NIH: (NON-NIH-SUP).
M 77112966. 7706.
217
-------
AU
IN
YR
TI
SO
LG
MJ
MN
AN
AU
IN
YR
TI
SO
LG
DE
<509>
S E. SCHUALL
L R. UILLIAMS
AU
IN
YR
TI
NT
PR
AB
HERBES
G PI.
ENVIRONMENTAL SCIENCES DIVISION, OflK
RIDGE NATIONAL LABORATORY, OflK
RIDGE, TENNESSEE.
77.
RATE OF MICROSIflL TRANSFORMATION OF
POLYCYCLIC AROMATIC HYDROCflRBONS: A
CHROMATOGRAPH1C QUANTIFICATION
PROCEDURE.
APPL ENVIRON MICROBIOL. 34. 2.
P244-6. AUG 77.
EN.
BACTERIA: ME. SOIL-MICROBIOLOGY.
ANTHRACENES: ME. NAPHTHALENES: ME.
M 73818714. 7801.
<510>
HERBES, S. E.
ENVIRON. SCI. DIV. OAK RIDGE NATL.
LAB. OAK RIDGE. TENN.
77.
PARTITIONING OF POLYCYCLIC AROMATIC
HYDROCARBONS BETUEEN DISSOLVED AND
PARTICULATE PHASES IN NATURAL
UATERS.
LJATER RES. 11. P493-6. 1977.
EN.
POLYCYCLIC AROM HYDROCARBON UATER.
POLLUTION UATER POLYCYCLIC
HYDROCARBON. ANTHRACENE ADSORPTION
YE35T.
C 08722172526.
HERBES, S. E. SOUTHUORTH, G. R.
GEHRS, C. U.
OAK RIDGE NATIONAL LAB. TENN.
ADMINISTRATION. 4832000.
76. 20P.
ORGANIC CONTAMINANTS IN AQUEOUS COAL
CONVERSION EFFLUENTS: ENVIRONMENTAL
CONSEQUENCES AND RESEARCH
PRIORITIES.
10TH. ANNUAL CONFERENCE ON TRACE
SUBSTANCES IN ENVIRONMENTAL HEALTH,
COLUMBIA, MISSOURI, UNITED STATES OF
AMERICA (USA), 8 JUN 1976.
PC A02xT1F A01.
THE ANTICIPATED IMPLEMENTATION OF AN
EXTENSIVE COAL CONVERSION INDUSTRY
IN THE UNITED STATES UITHIN SEVERAL
DECADES UILL RESULT IN PRODUCTION OF
SUBSTANTIAL QUANTITIES OF HIGHLY
CONTAMINATED UASTEUATER. MANY OF
THE CONTAMINANTS PRODUCED, IF
RELEASED INTO NATURAL UATERS, COULD
HAVE DELETERIOUS EFFECTS ON AQUATIC
MJ
MN
ID
AN
AU
IN
YR
TI
SO
DE
AN
ECOSYSTEMS, AND ULTIMATELY, ON HUMAN
LIFE. RESEARCH IS REQUIRED TO
DETERMINE POTENTIAL ACUTE AND SUB-
ACUTE EFFECTS OF POTENTIALLY
HAZARDOUS EFFLUENTS CONSTITUENTS.
AND TO EVALUATE THEIR TRANSPORT AND
PERSISTENCE IN AQUATIC SYSTEMS. TO
FACILITATE A RATIONAL ASSIGNMENT OF
FUTURE AQUATIC RESEARCH PRIORITIES
TO ANSUER THESE ISSUES, UE HAVE
INITIATED A SYSTEMATIC ASSESSMENT OF
THE ENVIRONMENTAL HAZARDS OF
ANTICIPATED ORGANIC COMPONENTS OF
AQUEOUS COAL LIQUEFACTION EFFLUENTS
BY THE COMPILATION OF A CRITICAL
LITERATURE REVIELJ. FIVE MAJOR
CLASSES OF ORGANIC COMPOUNDS HAVE
BEEN OPERATIONALLY DEFINED: (1)
PHENOLS; (2) ARYLAMINES (ORGANIC
BASES); (3) ALIPHATIC HYDROCARBONS;
(4) MONO- AND POLYCYCLIC AROMATIC
HYDROCARBONS (PAH); AND (5) SULFUR-
CONTAINING COMPOUNDS. A SUMMARY
ASSESSMENT OF EACH CLASS IS
PRESENTED ON THE BASIS OF (1)
CONCENTRATIONS ANTICIPATED IN COAL
LIQUEFACTION EFFLUENTS; (2) REMOVAL
BY UASTEUATER TREATMENT SYSTEMS; (3)
ACUTE TOXICITY; (4) CHRONIC TOXIC
EFFECTS ON AQUATIC ORGANISMS; AND
(5) ENVIRONMENTAL TRANSPORT AND
PERSISTENCE. GAPS IN UNDERSTANDING
AND FUTURE RESEARCH NEEDS ARE
IDENTIFIED. (ERA CITATION 01:
022560).
COAL-INDUSTRY, COAL- LIQUEFACTION,
UATER-POLLUTION.
ALKANES, AMINES, AQUATIC-
ECOSYSTEMS, AROMATICS, CONDENSED-
AROMATICS, ENVIRONMENTAL-EFFECTS,
FORECASTING, PHENOLS, RESEARCH-
PROGRAMS, TOXICITY, TRANSPORT, USA,
UASTE-PROCESSING, UASTE-UATER,
WASTES.
ERDA-010900, ERDA-010800, ERDA-
520200, ERDA-010405, NTISERDA.
N CONF-760632-.
<512>
HEREDY, LASZLO ALADAR.
CARNEGIE-MELLON UNIVERSITY (0041)
PH.D. 1963, 001PP.
63.
I. STUDIES ON THE CHEMISTRY AND
MECHANISM OF TRANSBENZLATION. II.
EXTRACTION OF BITUMINOUS COAL UITH
PHENANTHRENE.
ADD VXK96) P0022.
CHEMISTRY, GENERAL (0485).
D ADG02-02202.
218
-------
<5i3>
AU HERSHBERGER, U K. JUCHAU, M R.
PEDERSEN, M G.
IN UNIV. OF UASHINGTON, COLLEGE OF
FISHERIES, SEATTLE, UA 98195.
YR 74.
TI METABOLISM OF 3.4-BENZPYRENE IN
RAINBOU TROUT (SALMO GAIRDNERI).
SO BULLETIN OF ENVIRONMENTAL
CONTAMINATION flND TOXICOLOGY, 12(4):
481-486. OCT. 1974.
LG EN.
AB NONE.
ID ARYL HYDROCARBON HYDROXYLASE.
DE AROMATIC COMPOUNDS, BIOCHEMICAL
ANALYSIS, CARCINOGENESIS, ENZYMES,
FISH, HISTOLOGY, METABOLISM,
TOXICOLOGY.
AN P 7503529.
<514>
AU HEYER J.
IN AKADEMIE DER UISSENSCHAFTEN DER DDR,
FORSCHUNGSZENTRUM FUR
MOLEKULARBIOLOGIE UND MEDIZIN,
ZENTRALINSTITUT FUR MIKROBIOLOGIE
UND EXPERIMENTELLE THERAPIE, JENA.
YR 76.
TI MICROBIAL UTILIZATION OF ETHYLENE.
TR MIKROBIELLE VERUERTUNG VON ATHYLEN.
SO Z ALLG MIKROBIOL. 16. 8. P633-7.
1976.
LG GE.
MJ ETHYLENES: ME.
MN CARBON-DIOXIDE: BI.
AN M 770B3390. 7704.
<515>
AU HIGASHIURA, MUYO.
IN OSAKA-CITY INST. IND. OSAKA. JAPAN.
YR 71.
TI ACTUAL CONDITIONS AND ANALYSES OF
UASTE UATER CONTAINING CYANIDE
COMPOUNDS.
SO KAGAKU TO KOGYO (OSAKA). 45.
P598-602. 1971.
LG JA.
DE REVIEW CYANIDE DETN UASTE UATER.
AN C 07622131162.
<516>
AU HIGASHIURA, MUYO.
IN OSAKA MUNIC. TECH. RES. INST. OSAKA.
JAPAN.
YR 71.
TI SEPARATION OF CYANIDE IN UASTE
UATERS CONTAINING CYANIDE COMPOUNDS.
SO KAGAKU NO RYOIKI. 25. P926-31. 1971.
LG JA.
DE UATER UASTE SEPN CYANIDE. COMPLEX
CYANO SEPN UATER. SEPN DETN CYANIDE
UATER.
AN C 07604017589.
<517>
AU HIGASHIURA, MUYO.
IN OSAKA MUNIC. IND. RES. INST. OSAKA.
JAPAN.
YR 70.
TI MICROANALYSES OF POLLUTANTS IN UASTE
UATER. VIII. SEPARATION AND
DETERMINATION OF TRACE CYANIDE IN
UASTE UATER.
SO KOGYO YOSUI. NO. 141. P35-9. 1970.
LG JA.
DE CYANIDES DETN UASTE UATERS.
SPECTROPHOTOMETRIC DETN CYANIDES.
PYRIDINE PYRAZOLONE CYANIDES DETN.
PYRAZOLONE PYRIDINE CYANIDES DETN .
AN C 07322112695.
<518>
AU HIGASHIURA, MUYO. MORI, KYOKO.
NAKAGAUA, AKIRA.
IN RES. LAB. OSAKA. JAPAN.
YR 73.
TI DETERMINATION OF CYANIDE IN UASTE
UATERS CONTAINING CYANOCOMPLEXES
UITH ION SELECTIVE ELECTRODE.
SO KOGYO YOSUI. P26-32. 1973.
LG JA.
DE CYANIDE DETN UASTE UATER. COMPLEX
CYANIDE DETN UASTE UATER. ION
SELECTIVE ELECTRODE CYANIDE DETN.
UATER ANALYSIS CYANIDE.
AN C 08012063623.
<519>
AU HILLE, ETELKA. VAJTA, LASZLO.
SZEBENYI, IMRE.
IN KEM. TECHNOL. TANSZEK. BUDAPESTI
MUSZ. EGY. BUDAPEST. HUNG.
YR 75.
TI ANALYSIS OF UASTE UATERS IN THE
PETROLEUM INDUSTRY.
SO KEM. KOZL. 44. P21-34. 1975.
LG HU.
DE PETROLEUM INDUSTRY UASTEUATER
ANALYSIS. PHENOL DETN PETROLEUM
INDUSTRY UASTEUATER. SULFIDE DETN
PETROLEUM INDUSTRY UASTEUATER.
MERCAPTAN DETN PETROLEUM INDUSTRY
UASTEUATER. FURFURAL DETN PETROLEUM
INDUSTRY UASTEUATER. ACETONE DETN
PETROLEUM INDUSTRY UASTEUATER. .
MONOETHANOLAMINE DETN PETROLEUM
219
-------
INDUSTRY UASTEUATER. DIETHYLENE
GLYCOL DETN PETROLEUM UASTEUATER.
SURFACTANT PETROLEUM INDUSTRY
UASTEUATER ANALYSIS.
ON C 88426184555.
<520>
AU HITES R A.
IN DEPARTMENT OF CHEMICAL ENGINEERING,
MASSACHUSETTS INSTITUTE OF
TECHNOLOGY, CAMBRIDGE,
MASSACHUSETTS.
YR 77.
TI THE ANALYSIS OF ORGANIC UflTER
POLLUTANTS BY GAS CHROMATOGRAPHY AND
GAS CHROMATOGRAPHY-MASS
SPECTROMETRY.
SO ADV CHROMATOGR. 15. P69-112. 1977.
LG EN.
MJ CHROMATOGRAPHY-GAS: MT. UATER-
POLLUTANTS: AN.
MN GASES. MACROMOLECULAR-SYSTEMS.
UATER-SUFPLY: AN.
AN M 77131393. 7706.
<521>
AU HITES R A.
YR 73.
TI ANALYSIS OF TRACE ORGANIC COMPOUNDS
IN NEU ENGLAND RIVERS,
SO J CHROMATOGR SCI. 11. 11. P570- 4.
NOV 73.
LG EN.
MJ INDUSTRIAL-UASTE: AN.
MN ADIPIC-ACIDS: AN. COMPUTERS-
DIGITAL. MASSACHUSETTS. PHTHALIC-
ACIDS: AN.
AN M 74048914.
<522>
AU HITES, RONALD A. BIEMANN. K.
IN DEP. CHEM. MASSACHUSETTS INST.
TECHNOL. CAMBRIDGE. MASS.
YR 72.
TI UATER POLLUTION. ORGANIC COMPOUNDS
IN THE CHARLES RIVER, BOSTON.
SO SCIENCE. 178. P158-60. 1972.
LG EN.
DE ORG COMPD CHARLES RIVER. ALKANE
RIVER UATER. NAPHTHALENE RIVER UATER
. ANTHRACENE RIVER UATER.
PHENANTHRENE RIVER UATER. PYRENE
RIVER UATER. FLUORANTHENE RIVER
UATER. DIBUTYL PHTHALATE RIVER
UATER. ETHYLHEXYL PHTHALATE RIVER
UftTER.
AN C 07726163369.
<523>
AU HO C H. CLARK B R. GUERIN M R.
YR 76.
TI DIRECT ANALYSIS OF ORGANIC COMPOUNDS
IN AQUEOUS BYPRODUCTS FROM FOSSIL
FUEL CONVERSION PROCESSES OIL SHALE
RETORTING SYNTHANE COAL GASIFICATION
AND CHAR OIL ENERGY DEVELOPMENT COAL
LIQUEFACTION.
SO J ENVIRON SCI HEALTH PART A ENVIRON
SCI ENG. 11 (7). 481-489.
DE UATER POLLUTION CARBOXYLIC ACIDS
AMIDES CRESOLS PHENOLS NAPHTHOLS GAS
CHROMATOGRAPHY.
AN B 77003377.
<524>
AU HOFTON, M.
IN RES. CENT. BR. STEEL CORP.
MIDDLESBROUGH/CLEVELAND. ENGL.
YR 76.
TI CONTINUOUS DETERMINATION OF FREE
CYANIDE IN EFFLUENTS USING SILVER
ION SELECTIVE ELECTRODE.
SO ENVIRON. SCI. TECHNOL. 10. P277- 80.
1976.
LG EN.
DE CYANIDE MONITOR STEEL UASTEUATER.
SILVER SELECTIVE ELECTRODE ANALYSIS
AN C 08508051319.
<525>
AU HOLLADAY, D. U. HANCHER, C. U.
CHILCOTE, D. D. SCOTT, C. D.
IN OAK RIDGE NATIONAL LAB. TENN.
ADMINISTRATION. 4832000.
YR 76. 41P.
TI BIODEGRADATION OF PHENOLIC WASTE
LIQUORS IN STIRRED-TANK, COLUMNAR,
AND FLUIDIZED BED BIOREACTORS.
NT 69. ANNUAL MEETING OF THE AICHE,
CHICAGO, ILLINOIS, UNITED STATES OF
AMERICA (USA), 28 NOV 1976.
PR PC A03/MF A01.
AB THE BIOLOGICAL DEGRADATION OF SCRUB
LIQUORS SIMILAR TO THOSE THAT ARISE
IN COAL CONVERSION PROCESSES UAS
STUDIED FOR SYMBIOTIC BACTERIAL
POPULATIONS CONTAINED IN A
CONTINUOUS STIRRED-TANK BIOREACTOR
(CSTBR), A THREE-PHASE (AIR, LIQUOR,
AND PACKING COATING UITH BACTERIA)
PACKED-BED BIOREACTOR (PBBR), AND A
THREE-PHASE FLUIDIZED BED BIOREACTOR
(FBBR). THE CSTBR YIELDED
CONVERSION OF THE MOST C COMPOUNDS
AT THE HIGHEST CONCENTRATION DUE
LARGELY TO ITS LONG RETENTION TIMES.
220
-------
THE MAXIMUM CSTBR DEGRADATION RATE,
Q/SUB L/CC/SUB I/ - O/V/SUB R/, FOR SO
8.99 CONVERSION OF PHENOL DE
CONCENTRATIONS UP TO 1400 MG/L UAS
2.67 G PHENOL/DAY/L REACTOR VOLUME.
THE THREE-PHASE PBBR YIELDED
CONVERSION OF PHENOL COMPOUNDS
COMPARABLE TO THE CSTBR, BUT UITH AN
THE ADVANTAGE OF RETENTION TIMES
REDUCED TO AS LITTLE AS 1.25 HR FOR
A 580 MG/L FEED, AND UITH
DEGRADATION RATES OF ABOUT TWICE AU
THOSE OF THE CSTBR. THE THREE-PHASE YR
FBBR ACHIEVED THE HIGHEST TI
DEGRADATION RATES AND LOUEST
RETENTION TIMES. . FOR A THREE-LITER
TOTAL GEOMETRIC REACTOR VOLUME, A
DEGRADATION RATE OF 8.3 G/DAY/L
REACTOR FOR 0.99 CONVERSION OF 750 SO
MG/L PHENOL FEED UAS OBSERVED, UHILE LG
IN LATER EXPERIMENTS UITH THE SAME MJ
TAPERED COLUMN EXPANDED TO A 10-L MN
VOLUME, A DEGRADATION RATE OF 11.0 AN
G/DAY/L UAS OBSERVED FOR 0.99
CONVERSION OF A 100 MG/L PHENOL
FEED. REMOVAL OF TOTAL ORGANIC C BY
ALL BIOREACTORS UAS CONSISTENTLY 80- AU
99 PERCENT FOR OPERATING CONDITIONS IN
IN UHICH PROCESSING OF FEEDS
PRODUCED 0.99 CONVERSION OF PHENOL YR
AND PHENOL EFFLUENT CONCENTRATIONS TI
OF 0.5-1.0 MG/L. THE EFFICIENCY OF
THE FBBR UAS SUCH THAT TYPICAL SO
PHENOL CONCENTRATIONS IN ITS LG
EFFLUENT UERE 0.01-0.05 MG/L. PART DE
OF THE RESIDUAL CARBON FOR EFFLUENTS
FROM THE FLUIDIZED AND PACKED
COLUMNAR BIOREACTORS UAS TRACED TO
INEFFECTIVE THIOCYANATE CONVERSION. AN
THE CSTBR CAPABILITY FOR THIOCYANATE
CONVERSION UAS DEPENDENT ON
SUFFICIENTLY LONG RETENTION TIMES.
(ERA CITATION 02: 021561). AU
MJ PHENOLS.
MN BACTERIA, BIODEGRADATION, IN
CHEMICAL-REACTORS, COMPARATIVE- YR
EVALUATIONS, EFFICIENCY. TI
ID ERDA-010880, FLUIDIZED-BED-
PROCESSORS, FOULING, LIQUID-UASTE-
DISPOSAL, COLUMN-PACKINGS, COLUMNS-
PROCESS-ENGINEERING,
UATER-POLLUTION- CONTROL, NTISERDA. SO
AN N CONF-761109-4.
LG
DE
<526>
AU HOLST R U. YOPP J H. AN
YR 76.
TI AN ALGAL POLY PHENOL OXIDASE EC-
1.10.3.1 CHARACTERIZATION OF THE 0
DI PHENOL OXIDASE FROM THE AU
CHAROPHYTE NITELLA-MIRABILIS.
PHYCOLOGIA. 15 (2). 119-124.
MONOSTROMA-FUSCUM CRESOLASE LACCASE
PH ISO ENZYME COMPLEMENT
ELECTROPHORESIS CENTRIFUGATION FRESH
UATER MARINE CATECHOLAMINE
OXIDATION.
B 62045475.
<527>
HOPPER D J. CHAPMAN P J.
71.
GENTISIC ACID AND ITS 3- AND 4-
METHYL-SUBSTITUTED HOMOLOGOUES AS
INTERMEDIATES IN THE BACTERIAL
DEGRADATION OF M-CRESOL, 3,5-XYLENOL
AND 2,5-XYLENOL.
BIOCHEM J. 122. 1. P19-28. MAR 71.
EN.
CRESOLS: ME.
BENZOATES: ME. ME.
M 72054095.
<528>
HORASAUA, ISAMU.
NIPPON KOGAI KENKYU-SHO. TOKYO.
JAPAN.
75.
UASTE UATER TREATMENT FOR UATER
POLLUTION CONTROL. X.
YOSUI TO HAISUI. 17. P631-7. 1975.
JA.
REVIEU UASTEUATER TREATMENT. PH
CONTROL UASTEUATER REVIEU. METAL
HEAVY REMOVAL UASTEUATER REVIEU.
PHENOL EXTN UASTEUATER REVIEU.
C 88420140274.
<529>
HORITSU, H. SUGIURA, M. TOMOEDA,
M.
FAC. AGRIC. GIFU UNIV. GIFU. JAPAN.
77.
STUDIES ON THE ABSORPTION OF TOXIC
ORGANIC COMPOUNDS BY MICROORGANISMS.
1. BEHAVIOR OF YEASTS AND BACTERIA
UITH RESPECT TO THE ABSORPTION OF
BENZO(A)PYRENE.
HAKKO KOGAKU KAISHI. 55. P51-5.
1977.
JA.
BENZOPYRENE ABSORPTION BACTERIA
YEAST.
C 08621151141.
<530>
HORN, J. A. MOYER, J. E. HALE, J.
221
-------
H.
IN ROBERT S. KERR UATER RES. CENT. FED.
UATER QUAL. ADM. ADA. OKLA.
YR 70.
TI BIOLOGICAL DEGRADATION OF TERTIARY
BUTYL ALCOHOL.
SO ENG. BULL. PURDUE UNIV. ENG. EXT.
SER. 137. P839-54. 1970.
LG EN.
DE BUTYL ALC BIODEGRDN.
AN C 07702009384.
<531>
AU HOSHIKA Y.
IN flICHI ENVIRONMENTAL RESEARCH CENTRE,
7-6, TSUJI-MACHI, KITA-KU,
NAGOYft-SHI, AICHI, JAPAN.
YR 77.
TI GAS CKROMATOGRAPHIC DETERMINATION OF
STYRENE AS ITS DIBROMIDE.
SO J CHROMATOGR. 136. 1. P95-103. 1 JUN
77.
LG EN.
MJ AIR-POLLUTANTS: AN. STYRENES: AN.
MN ALKALIES.
AN M 77228054. 7711.
<532>
AU HOTTA, HIROSHI. SUZUKI, NOBUTAKE.
ISODA, KAZUO.
IN JAPAN AT. ENERGY RES. INST.
TAKASAKI. JAPAN.
YR 69.
TI AUTOXIDATION OF AROMATIC
HYDROCARBONS IN AQUEOUS SOLUTIONS.
XIII. EFFECT OF ORGANIC ADDITIVES ON
THE AUTOXIDATION OF BENZENE AND
TOLUENE IN THE AQUEOUS PHASE AND THE
KINETIC ANALYSIS.
SO BULL. CHEM. SOC. JAP. 42. P3056- 64.
1969.
LG EN.
DE AUTOXIDN AROMS AQ SOLN. AROMS
AUTOXIDN AQ SOLN. KINETICS AUTOXIDN
AROMS.
AN C 07207030974.
<533>
AU HOU C T. LASKIN A I.
YR 76.
TI MICROSIAL CONVERSION OF DI
BENZOTHIOPHENE.
SO UNDERKOFLER, LELAND A. (ED.).
DEVELOPMENTS IN INDUSTRIAL
MICROBIOLOGY, VOL. 17. PROCEEDINGS
OF THE THIRTY-SECOND GENERAL MEETING
OF THE SOCIETY FOR INDUSTRIAL
MICROBIOLOGY. KINGSTON, R.I. USA,
AUG. 17-22, 1975. XI+456P. ILLUS.
AMERICAN INSTITUTE OF BIOLOGICAL
SCIENCES: UASHINGTON, D.C. USA. 351-
362.
DE PSEUDOMONAS-AERUGINOSA HYDRO CARBONS
CARBON SOURCE DEGRADATION.
AN B 77093834.
<534>
AU HOUGHTON C. CAIN R B.
YR 72.
TI MICROSIAL METABOLISM OF THE PYRIDINE
RING. FORMATION OF PYRIDINEDIOLS
CDIHYDRQXYPYRIDINES) AS
INTERMEDIATES IN THE DEGRADATION OF
PYRIDINE COMPOUNDS BY MICRO-
ORGANISMS.
SO BIOCHEM J. 130. 3. P879-93. DEC 72.
LG EN.
MJ ALCALIGENES: ME.
MN AGROBACTERIUM: GD. ISOMERISM.
SEUAGE.
AN M 73224968.
<535>
AU HOUSTON, CHESTER U.
IN RHODE ISLAND UNIV. KINGSTON. DEPT.
OF MICROBIOLOGY.
YR 74. 33P.
TI BIOLOGICAL DEGRADATION OF
HYDROCARBONS IN UATER.
NT TECHNICAL COMPLETION REPT. 1 JUL
71-30 JUN 30.
PR PC$3.25/MF$1.45.
AB THE GROUTH OF PSEUDOMONAS AERUGINOSS
ON N-HEPTANE UAS FOUND TO BE
EXPONENTIAL ONLY AT LOJJ CELL
CONCENTRATIONS (1 GM/1). THE CHANGE
FROM EXPONENTIAL TO LINEAR GROUTH
RATE OCCURS UHEN DISSOLVED OXYGEN IS
UELL ABOVE THE CRITICAL VALUE. THE
DATA FIT THE MATHEMATICAL MODEL FOR
HOMOGENEOUS KINETICS DEVELOPED BY
DUNN IN 1958. THEY SUGGEST THAT
HEPTANE IS USED IN DISSOLVED FORM
RATHER THAN BY DIRECT CONTACT
BETWEEN MICROORGANISM AND
HYDROCARBON DROPLET. A DECREASE IN
INTERFACIAL TENSION DURING GROUTH IS
ATTRIBUTED TO THE PRODUCTION OF A
SURFACE TENSION DEPRESSANT BY THE
ORGANISM. INCREASED SOLUBILITY OF
THE HYDROCARBON AS A RESULT OF ITS
PRODUCTION MAY ACCOUNT FOR THE HIGH
GROUTH RATE OBSERVED ON THIS
SUBSTRATE OF LOU SOLUBILITY.
MJ PSEUDOMONAS, HYDROCARBONS,
BIODETERIORATION.
MN GROUTH, BACTERIA, UATER- POLLUTION,
222
-------
DISSOLVED-GASES, OXYGEN.
ID NTISDIOURR.
AN N PB-233 438/1.
<536>
AU HOUSTON, CHESTER U.
IN RHODE ISLAND UNIV. KINGSTON. DEPT.
OF BACTERIOLOGY.
YR 70. 34P*.
TI BIOCHEMICAL OXIDATION OF
HYDROCARBONS IN NATURAL WATERS.
NT TECHNICAL COMPLETION REPT. 1 JUL
68-30 SEP 70.
PR PCS3.00 MFS0.95.
AB A STUDY OF THE KINETICS OF MICROS IAL
OXIDATION OF HYDROCARBONS UAS
CARRIED OUT USING A ONE ORGANISM-
PURE HYDROCARBON SYSTEM (PSEUDOMONAS
AERUGINOSA-HEPTANE). IN BATCH
CULTURE, HEPTANE SUPPLY IS GROUTH
LIMITING AT A CELL CONCENTRATION OF
3 G/L ON A DRY BASIS. THE CELL
CONCENTRATION UAS INCREASED TO 8 G/L
UHEN HEPTANE UAS VOLATILIZED IN THE
INFLUENT AIR TO INCREASE INTERFACIAL
AREA AND MASS TRANSFER. SPECIFIC
GROUTH RATE IS INCREASED BY
TEMPERATURE MORE THAN CAN BE
ACCOUNTED FOR BY THE EFFECT OF
TEMPERATURE ALONE ON GROUTH RATE.
THE EFFECT IS ATTRIBUTED TO THE
HIGHER SOLUBILITY OF HEPTANE AT THE
HIGHER TEMPERATURE. UASH-OUT
CHARACTERISTIC OF CONTINUOUS
CULTURES ON HEPTANE DIFFER FROM THE
THEORETICAL AND IS EXPLAINED ON THE
BASIS OF MASS TRANSFER LIMITATIONS.
STEADY-STATES ARE POSSIBLE AT
DILUTION RATES HIGHER THAN THOSE
PREDICTED FROM BATCH CULTURES.
PRODUCTIVITY UAS FOUND TO BE 1.5
G/L/HR AT D=0.26 UITH A HEPTANE FEED
RATE OF 18 ML/HR. LIMITATION OF
MAGNESIUM OR IRON IN THE HEPTANE
LIMITED CULTURES RESULTED IN A
MARKED INCREASE IN HEPTANOIC ACID
PRODUCTION; HEPTANE GROUTH CELLS HAD
A MARKEDLY HIGHER LIP ID CONTENT THAN
THOSE GROUN ON GLUCOSE. (AUTHOR).
MJ UATER-POLLUTION, HYDROCARBONS,
OXIDATION, HYDROCARBONS,
BIODETERIORATION, HYDROCARBONS.
MN PENTANES, REACTION-KINETICS,
MICROORGANISMS, CARBOXYLATION.
ID UATER-POLLUTION-CONTROL,
HEPTANOIC-AC IDS.
AN N PB-197 585.
<537>
AU HOLLAND, ROBERT M.
IN FISH CONTR. LAB. BUR. OF SPORT FISH.
AND UILDLIFE. LA CROSSE. UIS.
YR 69.
TI LABORATORY STUDIES ON POSSIBLE
FISH-COLLECTING AIDS, UITH SOME
TOXICITIES FOR THE ISOMERS OF
CRESOL.
PG 34: 10 PP.
LG EN.
DE CRESOLS TOXICITY FISH. TOXICITY
CRESOLS FISH. FISH COLLECTING AIDS
CHEMS. QUINALDINE FISH COLLECTING.
AN C 07325128318.
<538>
AU HRUTFIORD, B F. FRIBERG, T S.
UILSON, J R. UILSON, D F.
IN UNIV. OF UASHINGTON, COLLEGE OF
FOREST RESOURCES, SEATTLE, UA 98195.
YR 75.
TI ORGANIC COMPOUNDS IN PULP MILL
LAGOON DISCHARGE.
SO 1975 TAPPI ENVIRONMENTAL CONFERENCE:
PREPRINT. ATLANTA, GA. TECHNICAL
ASSOCIATION OF THE PULP AND PAPER
INDUSTRY, 1975. PP. 181- 184.
LG EN.
AB NONE.
ID SUGAR ACIDS, PHENOLS, TERPENES.
DE SPECTROMETRY, RESINS, PAPER INDUSTRY
UASTES, ORGANIC COMPOUNDS, LIP IDS,
INDUSTRIAL EFFLUENTS, GAS
CHROMATOGRAPHY.
AN P 7600191.
<539>
AU HRUTFIORD, BJORN F.
IN COLL. FOREST RESOUR. UNIV.
UASHINGTON. SEATTLE. UASH.
YR 70.
TI ORGANIC MATERIALS IN PULP AND PAPER
MILL EFFLUENTS.
SO AMER. CHEM. SOC. DIV. UATER, AIR
UASTE CHEM. GEN. PAP. 10. P172-6.
1970.
LG EN.
DE PAPER MILL EFFLUENT ORG. PULP MILL
EFFLUENT. UOOD EXTRACTIVE EFFLUENT .
BLEACH PLANT EFFLUENT. KRAFT LIGNIN
EFFLUENT. PHENOL PAPER MILL
EFFLUENT. CARBOHYDRATE PAPER MILL
EFFLUENT. TERPENOID COMPD PAPER MILL
EFFLUENT. CHLORINATED COMPD PAPER
MILL EFFLUENT.
AN C 07624144630.
223
-------
<540>
AU HSIEH, JIH-HAN.
IN RUTGERS UNIVERSITY THE STATE U. OF
NEU JERSEY (NEU BRUNSUICK) (0198)
PH.D. 1977, 296PP.
YR 77.
TI CONTROLLED MICROSIAL AND/OR
ENZYMATIC OXIDATION OF NAPHTHALENE
FOR THE PRODUCTION OF PRIMARY
METABOLITES UITH SYSTEM ANALYSIS AND
MODELLING.
SO DAI V38(02), SEC B, P0B02.
DE ENGINEERING, CHEMICAL (0542).
AN D ADG77-17536.
<541>
AU HUANG, JU-CHANG. GLOYNA, EARNEST F.
IN TEXAS UNIV. AUSTIN. ENVIRONMENTAL
HEALTH ENGINEERING RESEARCH LAB.
YR 67. 178P.
TI EFFECTS OF TOXIC ORGANICS ON
PHOTOSYNTHETIC REOXYGENATION.
NT TECHNICAL REPT.
PR PCS11.80/MF$0.95.
AB THE REPORT DESCRIBES THE POTENTIAL
REDUCTION OF DISSOLVED OXYGEN IN
PONDS AND STREAMS DUE TO CHLOROPHYLL
INHIBITION RESULTING FROM CERTAIN
INDUSTRIAL UASTES. EMPHASIS IS
PLACED ON THE LABORATORY TECHNIQUES
DEVELOPED FOR THIS STUDY AND THE
CHANGES THAT SHOULD BE INCORPORATED
IN UASTE STABILIZATION POND DESIGNS.
THE RELATIVE TOXICITY OF 33
PHENOLIC-TYPE COMPOUNDS AND 8
PESTICIDES TO CHLORELLA PYRENOIDOSA
UAS EVALUATED. (AUTHOR MODIFIED
ABSTRACT).
MJ UATER-POLLUTION, FRESH-UATER-
BIOLOGY, PHOTOSYNTHESIS, UATER-
POLLUTION, PHENOLS, UATER-POLLUTION,
PESTICIDES, UATER-POLLUTION.
MN CHLOROPHYLL, TOXICOLOGY.
ID UATER-POLLUTION-EFFECTS-PLANTS,
CHLORELLA-PYRENOIDOSA, EPAL.
AN N PB-216 749.
<542>
AU HUBER, JFK. AICHINGER, H. MARKL,
P.
IN UNIV. OF VIENNA, DR. KARL LUEGER-
RIHG 1, 1010 VIENNA, AUSTRIA.
YR 76.
TI DETERMINATION OF POLYAROMATIC AND
OTHER HYDROCARBONS IN UATER BY MEANS
OF GAS-AND HIGH PRESSURE LIQUID
CHROMATOGRAPHY.
SO SIXTH ANNUAL SYMPOSIUM ON RECENT
ADVANCES IN THE ANALYTICAL CHEMISTRY
OF POLLUTANTS. (N.P.), (1976?). NO.
15.
LG EN.
AB NONE.
ID XYLENE, ABSTRACT ONLY.
DE HYDROCARBONS, UATER POLLUTANTS,
POLLUTANT DETECTION, LIQUID
CHROMATOGRAPHY, GAS CHROMATOGRAPHY,
AROMATIC COMPOUNDS.
AN P 7604313.
<543>
AU HUFF, J E. HUFF, L L.
IN ILLINOIS INST. OF TECHNOLOGY, III
RESEARCH INST. 10 U. 35TH ST.
CHICAGO, IL 60616.
YR 75.
TI ANALYSIS OF THE BENEFITS AND COSTS
OF ALTERNATIVE CYANIDE STANDARDS IN
ILLINOIS.
SO ILLINOIS INSTITUTE FOR ENVIRONMENTAL
QUALITY. IIEQ DOCUMENT 75-24, NOV.
1975. 168PP.
LG EN.
AB NONE.
DE EFFLUENT STANDARDS, ECONOMICS,
CYANIDES, ILLINOIS, STATE
REGULATIONS .
AN P 7602405.
<544>
AU HUGHES, EVAN E. DICKSON, EDUARD M.
SCHMIDT, RICHARD A.
IN STANFORD RESEARCH INST. MENLO PARK,
CALIF.
YR 74. 339P*.
TI CONTROL OF ENVIRONMENTAL IMPACTS
FROM ADVANCED ENERGY SOURCES.
NT ENVIRONMENTAL PROTECTION TECHNOLOGY
SERIES (FINAL).
AV 600/2-74-002. 0.
PR PC$6.50/TF$2.25.
AB THE TECHNOLOGY AND ENVIRONMENTAL
EFFECTS ASSOCIATED UITH PRODUCTION
OF ENERGY FROM NEU OR ADVANCED
SOURCES ARE REVIEWED. THESE INCLUDE
SOLAR, GEOTHERMAL, OIL SHALE, SOLID
UASTES, UNDERGROUND COAL
GASIFICATION, AND HYDROGEN ENERGY
SOURCES. PROJECTIONS TO THE YEAR
2000 OF LEVELS OF ENERGY PRODUCTION
FROM THE FIRST FOUR OF THESE SOURCES
ARE PRESENTED. ENVIRONMENTAL
IMPACTS ON AIR AND UATER QUALITY,
AND LAND USE ARE DERIVED PER UNIT OF
ENERGY. LEVELS OF POLLUTANT
EMISSIONS AND OTHER ENVIRONMENTAL
EFFECTS OF THE DEVELOPMENT OF THESE
ADVANCED ENERGY SOURCES ARE
224
-------
PROJECTED. IMPACTS LIKELY TO
REQUIRE CONTROL MEASURES ARE
IDENTIFIED. SUBJECTS FOR RESEARCH
AND DEVELOPMENT DIRECTED TOWARD
CONTROL OF ENVIRONMENTAL IMPACTS ARE
RECOMMENDED. THESE RECOMMENDATIONS
ARE INCORPORATED INTO A RESEARCH AND
DEVELOPMENT PLAN. APPROXIMATE
PRIORITY ASSIGNMENTS DERIVED FROM
CONSIDERATION OF THE TIMING OF
DEVELOPMENT AND THE IMPORTANCE AND
DEGREE OF DEFINITION OF THE
IDENTIFIED ENVIRONMENTAL EFFECTS ARE
GIVEN.
MJ ENERGY-CONVERSION, ENVIRONMENTAL-
IMPACTS, SOLAR-ENERGY, GEOTHERMAL-
PROSPECTING, OIL-SHALES, COAL-
GASIFICATION.
MN HYDROGEN, WASTES, AIR-POLLUTION,
WATER-POLLUTION, LAND-USE,
MATERIALS-ESTIMATES, SULFUR-OXIDES,
NITROGEN-OXIDES, METHANE, CARBON-
MONOXIDE, HYDROCHLORIC-ACID,
PARTICLES, FINES, SOLAR-SEA-POUER,
HYDROELECTRIC-POWER, UIND-POUER,
FORECASTING.
ID NTISEPAORD.
AN N PB-239 450/0SL.
<545>
AU HUNDEMANN, AUDREY S.
IN NATIONAL TECHNICAL INFORMATION
SERVICE, SPRINGFIELD, VA. 391 812.
YR 76. 228P*.
TI OIL SHALE MINING, PROCESSING, USES,
AND ENVIRONMENTAL IMPACTS (CITATIONS
FROM THE NTIS DATA BASE).
NT REPT. FOR 1964-MAR 76. SEE ALSO
NTIS/PS-76/0320. SUPERSEDES NTIS/PS-
75/362, AND COM-74-10969.
PR PC$25.00/MF$25.00.
AB EXPLORATION, MINING, RETORTING,
CHEMISTRY, ENVIRONMENTAL IMPACTS,
AND POLICIES RELATING TO OIL SHALE
RESEARCH ARE COVERED. ABSTRACTS
DISCUSS SUCH THINGS AS OIL SHALE AIR
AND WATER POLLUTION CONTROL,
PRODUCTION OF SYNTHETIC FUELS, USE
OF SPENT OIL SHALE IN ROAD
CONSTRUCTION, IDENTIFICATION OF
RESEARCH AND DEVELOPMENT PRIORITIES,
AND IN SITU RECOVERY OF SHALE OIL.
(THIS UPDATED BIBLIOGRAPHY CONTAINS
223 ABSTRACTS, 87 OF WHICH ARE NEW
ENTRIES TO THE PREVIOUS EDITION. ).
MJ BIBLIOGRAPHIES, OIL-SHALE.
MN EXPLORATION, MINING, CHEMICAL-
ANALYSIS, ENVIRONMENTAL-IMPACTS,
GOVERNMENT-POLICIES, NATIONAL-
GOVERNMENT, ENERGY-POLICY, IN-SITU-
COMBUSTION, UTILIZATION, SHALE-OIL,
IN-SITU-RETORTING.
ID NTISNTIS.
AN N NTIS/PS-76/0319/4SL.
<546>
AU HUNG, TSU-CHANG. LEE, YUNG-LI.
HSYNG, LIN.
IN INST. CHEM. ACAD. SIN. TAIPEI.
TAIWAN.
YR 77.
TI GAS-LIQUID CHROMATOGRAPHY ANALYSIS
OF HYDROCARBONS IN MARINE SEDIMENTS
AND WATERS.
SO BULL. INST. CHEM. ACAD. SIN. 24.
P31-41. 1977.
LG EN.
DE SEAWATER SEDIMENT HYDROCARBON
SEEPAGE. DECANE DETN SEAWATER.
HEXADECANE DETN SEAWATER.
AN C 08712090519.
<547>
AU HUSSIEN Y A. TEWFIK M S. HAMDI Y
A.
YR 74.
TI DEGRADATION OF CERTAIN AROMATIC
COMPOUNDS BY RHIZOBIA.
SO SOIL BIOL BIOCHEM. 6 (6). (RECD
1975) 377-381.
DE RHIZOBIUM-PHASEOLI SOIL BACTERIA
PROTO CATECHUIC-ACID P HYDROXY
BENZOIC-ACID SALICYLIC-ACID SODIUM
GLUTAMATE CATECHOL GENTISIC-ACID.
AN B 59057937.
<548>
AU IKEDA, MIKIKO. SUGIHARA, REIKO.
OGATA, MASANA.
IN MED. SCH. OKAYAMA UNIV. OKAYAMA.
JAPAN.
YR 76.
TI THE METABOLISM AND ACCUMULATION OF
PETROLEUM COMPONENTS IN FISH. THE
METABOLISM AND EXCERETION OF TOLUENE
IN EELS.
SO IGAKU TO SEIBUTSUGAKU. 92. P337- 40.
1976.
LG JA.
DE TOLUENE METAB EEL.
AN C 08609051194.
<549>
AU IL'NITSKII A P. ROZHKOVA L G.
YR 70.
TI POLLUTION OF RESERVOIRS BY
CARCINOGENIC HYDRO CARBONS.
225
-------
SO VOPR ONKOL. 16 (7). 78-82.
DE USSR PLANKTON UATER PLANT BENZ A
PYRENE CARCINOGEN SILT.
AN B 53057696.
<550>
AU IL'NITSKII, A. P. ERSHOVA, K. P.
ROZHKOVA, L. G. KLUBKOV, V. G.
KROLEV, A. A. SHERENESHEVA, V. I.
IN USSR.
YR 72.
TI POLLUTION OF UATER RESERVOIRS BY
CARCINOGENIC HYDROCARBONS.
SO NEKOT. ITOGI IZUCH. ZAGRYAZNENIYA
VNESH. SREDY KANTSEROGEN.
VESHCHESTVAMI. P44-6. 1972.
LG RS.
DE BENZOPYRENE REMOVAL UASTEUATER.
POLLUTION UATER BENZOPYRENE.
AN C 08012063612.
<551>
AU ILICHKINA A G. BAT I I. KIRICHENKO
V V.
YR 74.
TI SANITARY INSPECTION OF SURFACE
UATERS POLLUTED UITH AROMATIC AMINO
AND NITRO COMPOUNDS.
SO GIG SANIT. (9). 180-181.
DE P PHENETIDINE P NITRO PHENOL M TRI
FLUOROMETHYL ANILINE M TRI
FLUOROMETHYL NITRO BENZENE BLOOD MET
HEMO GLOBINEMIA ALLERGEN OXYGEN
UTILIZATION.
AN B 68858171.
<552>
AU ILISESCU A. STEFANESCU L.
YR 74.
TI RESEARCH ON THE BIO DEGRADABILITY
AND TOXICITY OF POLLUTANTS IN UASTE
UATERS DISCHARGED BY THE
PETROCHEMICAL INDUSTRY.
SO STUD EPURAREA APELOR. 16 (1-7).
(RECD 1975) 76-98.
DE MICROORGANISMS GOBIO DAPHNIA ISO
BUTYLALDEHYDE ALPHA NAPHTHOL ISO
PROPYLAMINE DI METHYLAMINE CARBARYL
TOLUENEDIAMINE P CHLORO ANILINE
ACTIVATED SLUDGE.
AN B 61851794.
<553>
AU INGLE, P. H. B. KOH, H. Y.
PERRETT, R. H.
IN POSTGRAD. SCH. STUD. PHARM. CHEM.
UNIV. BRADFORD. BRADFORD. ENGL.
YR 73.
TI GAS-LIQUID CHROMATOGRAPHIC ANALYSIS
OF AQUEOUS SOLUTIONS OF
HYDROXYPYRIDINES AND
HYDROXYQUINCLINES.
SO J. CHROMATOGR. 81. P79-83. 1973.
LG EN.
DE HYDROXYQUINCLINE GAS CHROMATOG.
PYRIDINE HYDROXYOUINCLINE CHROMATOG.
QUINCLINE METAB CHROMATOG.
AN C 07917102196.
<554>
AU ISHII, T.
IN ENVIRON. SCI. INST. HYOGO PREFECT.
KOBE. JAPAN.
YR 73.
TI POLAROGRAPHIC METHOD IN UATER
POLLUTION CONTROL. 3. ANALYSIS OF
ORGANIC MATERIALS.
SO MIZU SHORI GIJUTSU. 14. P1019- 26.
1973.
LG JA.
DE REVIEU UATER ANALYSIS ORG POLLUTANT.
ORG POLLUTANT DETN UATER. POLLUTANT
ORG DETN UATER. DDT DETN UATER.
ALDEHYDE DETN UATER. SURFACTANT DETN
UATER. PHOSPHATE ESTER DETN UATER.
BIPHENYL CHLORINATED DETN UATER.
CHLORINATED BIPHENYL DETN UATER.
AN C 08016087161.
<555>
AU ISHIKAUA, KIYOSHI. SATO, NOBUTOSHI.
TAKATSUKI, KEIGO. SAKAI, KEIICHI.
IN MIYAGI PREFECT. INST. HEALTH.
SENDAI. JAPAN.
YR 77.
TI GAS CHROMATOGRAPHIC DETERMINATION OF
DIBUTYL PHTHALATE AND DIETHYL
PHTHALATE IN UATER AS THEIR NITRO
DERIVATIVES.
SO EISEI KAGAKU. 23. P175-9. 1977.
LG JA.
DE DIBUTYL PHTHALATE DETN UATER.
DIETHYL PHTHALATE DETN UATER.
AN C 08802011680.
<556>
AU ITURRIAGA R. RHEINHEIMER G.
YR 72.
TI INVESTIGATIONS ON THE OCCURRENCE OF
PHENOL DECOMPOSING MICRO ORGANISMS
IN UATERS AND SEDIMENTS.
SO KIEL MEERESFORSCH. 28 (2). (RECD
1973) 213-218.
DE BALTIC SEA NORTH SEA SCHUENTINE
RIVER KIEL FJORD UEST GERMANY
226
-------
POLLUTED UATER SEASON TEMPERATURE.
AN B 56063023.
<557>
AU IUROVSKAIA E M. BETVINOVA L E.
ERUSALIMSKAIA L F.
YR 68.
TI OXIDATION OF DIATOMIC PHENOLS BY
MICROORGANISM.
TR QKISLENIE MIKROORGANIZMAMI
DVUKHATOMNYKH FENOLOV.
SO MIKROBIOLOGIIA. 37. 4. P655-61.
JUL-AUG 68.
LG RS.
MJ PHEHOLS: ME.
MN CATECHOLS: ME. RESORCINOLS: ME.
AN M 69285978.
<558>
AU IVANENKO, G. S. IVANOVA, Z. M.
IN USSR.
YR 76.
TI CHROMATDGRAPH1C METHOD FOR
DETERMINING ALPHA.-METHYLSTYRENE IN
UASTE UATER.
SO METODY ANAL. KONTROLYA PROIZVQD.
KHIM. PROM-STI. 2. P15. 1976.
LG RS.
DE METHYLSTYRENE DETN UASTELJATER GAS
CHROMATOG.
AN C 08514098707.
<559>
AU IUAI, SHIGEHISA. KITAO, TAKANE.
HIRAYAMA, TOSHIHISA.
IN KYOTO UNIV. KYOTO. JAPAN.
YR 76.
TI CONTACT BIOLOGICAL OXIDATION OF
UASTE UATER COMPONENTS FROM COKE
FURNACE GAS.
SO MIZU SHORI GIJUTSU. 17. P711-19.
1976.
LG JA.
DE COKING UASTELJATER CYANIDE REMOVAL.
PHENOL DEGRDH COKING UASTEUATER.
MICROORGANISM CYANIDE BIODEGRDN
UASTEUATER.
AN C 08606033847.
<560>
ALT JACOBSON, B S.
IN ROSS LABS. COLUMBUS, OH.
YR 75.
TI GAS CHROMATOGRAPHIC ANALYSIS IN
UATER POLLUTION.
SO CHROMATOGRAPHIC ANALYSIS OF THE
ENVIRONMENT. EDITED BY R. L. GRAB.
NEU YORK: MARCEL DEKKER. 1975. PP.
399-427.
LG EN.
AB NONE.
ID PHENOLS, MERCAPTANS, STEROLS.
DE ORGANOMERCURY COMPOUNDS, PCB
COMPOUNDS. UATER POLLUTION
MEASUREMENTS. PETROLEUM INDUSTRY
WASTES, PESTICIDE RESIDUES, ORGANIC
COMPOUNDS, GAS CHROMATOGRAPHY,
AMINES.
AN P 7601247.
<561>
AU JACGUEMAIN, R. REMY, F. GUINCHARD,
C.
IN INST. CHIM. FAC. MED. PHARM.
BESANCON. DOUBS. FR.
YR 75.
TI STUDIES AND COMPARISONS OF THE
DETERMINATIONS OF PHENOLS IN UATER;
APPLICATION TO THE EXAMINATION OF
PAPER MILL UASTES.
SO J. FR. HYDROL. 16. P25-32. 1975.
LG FR.
DE PHENOLIC PAPER MILL UASTE.
NtTROANILINE DETN PHENOL. ANALYSIS
PAPER MILL PHENOL.
AN C 08606033762.
<562>
AU JAMES M 0. BEND J R.
YR 76.
TI MIXED FUNCTION OXIDASE ACTIVITY IN
FLORIDA USA MARINE SPECIES.
SO PHARMACOLOGIST. 18 (2). 207.
DE ABSTRACT CALLINECTES-SAPIDUS BLUE
CRAB PANULIRUS-ARGUS SPINY LOBSTER
HEPATO PANCREAS FISH LIVER
MICROSDMES CYTOCHROME P-450 BENZO A
PYRENE HYDROXYLASE 7 ETHOXY COUMARIN
0 DEETHYLASE BENZPHETAMINE N
DEMETHYLASE ENVIRONMENTAL
POLLUTANTS.
AN B 7700B735.
<563>
AU JAMISON V U. RAYMOND R L. HUDSON J
0.
YR 76.
TI BIO DEGRADATION OF HIGH OCTANE
GASOLINE.
SO SHARPLEY, J. MILES AND ARTHUR M.
KAPLAN (ED.). PROCEEDINGS OF THE
THIRD INTERNATIONAL BIODEGRADATION
SYMPOSIUM. KINGSTON, RHODE ISLAND,
USA, AUGUST 17-23, 1975. XIV-H138P.
ILLUS. APPLIED SCIENCE PUBLISHERS
227
-------
DE
AU
YR
TI
SO
DE
fiN
AU
IN
YR
TI
SO
LG
AB
ID
DE
AU
IN
YR
TI
SO
LG
DE
LTD: LONDON, ENGLAND. ISBN 0-85334-
679-8. (RECD 1977) 1B7-1S6.
FLAVOBACTER1UM MICROCOCCUS
ACINETOBACTER PSEUDOMONAS NOCARDIA
BACTERIA CO OXIDATION.
B 78019856.
<564>
JANK BE. GUO H M. CAIRNS V U.
74.
ACTIVATED SLUDGE TREATMENT OF
AIRPORT UASTE WATER CONTAINING
AIRCRAFT DE ICING FLUIDS.
UATER RES. 8 (11). 875-880.
SALMO-GAIRDNERI FILAMENTOUS
MICROORGANISMS SLUDGE BULKING
EFFLUENT QUALITY BIOCHEMICAL OXYGEN
DEMAND SUSPENDED SOLIDS GLYCOL
TOXICITY.
B 59346058.
<565>
S. PFUDERER, P.
AU
YR
TI
SO
DE
AN
AU
YR
TI
SO
DE
RAINEY, U AN
JANZEN,
T, JR.
OAK RIDGE NATIONAL LAB. BIOLOGY DIV.
OAK RIDGE, TN 37830.
75. AU
THE IDENTIFICATION OF PHTHALIC ACID YR
ESTERS IN THE TISSUES OF CYPRINODONT TI
FISH AND THEIR ACTIVITY AS HEARTRATE
DEPRESSORS. SO
ENVIRONMENTAL RESEARCH, 9(3):
215-223, JUNE 1975. DE
EN. AN
NONE.
GOLDFISH, HEARTRATE DEPRESSORS,
LIVERS, PHTHALIC ACID ESTERS.
AROMATIC COMPOUNDS, BIOASSAYS, AU
CARDIOVASCULAR SYSTEM, YR
CHROMATOGRAPHY, DIGESTIVE SYSTEM, TI
ESTERS, FISH, TISSUES.
P 7504452.
SO
<566> DE
JEN IK, JOSEF. KOZAK, PAVEL.
VYS. SK. CHEM.-TECHNOL. PARDUBICE.
CZECH.
73.
DETERMINATION DF CYANIDES. AN
POVRCHOVE UPRAVY. 13. PI 1-15. 1973.
C2,
CYANIDE DETN. PHOTOMETRY CYANIDE
DETN. SULFONATED DIPHENYLCARBAZONE AU
REfiGENT CYANIDE DETN. COPPER REAGENT IN
CYANIDE DETN. UASTE GAS UATER
ANALYSIS CYANIDE. YR
C 08824148874. TI
<567>
JERINA D M. DflLY J U. JEFFREY A M.
GIBSON D T.
71.
CIS 1 2 DI HYDROXY-1 2 DI HYDRO
NAPHTHALENE A BACTERIAL METABOLITE
FROM NAPHTHALENE.
ARCH BIOCHEM BIOPHYS. 142 (13.
394-396.
PSEUDOMONAS.
B 5401B237.
<568>
JIGAMI Y. OMORI T. MINODA Y.
74.
A NELJ RING FISSION PRODUCT
SUGGESTIVE OF AN UNKNOWN REDUCTIVE
STEP IN THE DEGRADATION OF N BUTYL
BENZENE BY PSEUDOMONAS.
AGRIC BIOL CHEM. 38 (9). 1757- 1759.
PSEUDOMONAS-DESMOLYTICA BACTERIA
SHORT CHAIN ALKYLBUTYL BENZENES
STRUCTURE.
B 59042737.
<569>
JOEL A R. GRADY C P L JR.
77.
INHIBITION OF NITRIFICATION EFFECTS
OF ANILINE AFTER BIO DEGRADATION.
J UATER POLLUT CONTROL FED, 49 <5),
778-788.
BACTERIA ACTIVATED SLUDGE.
B 64071702.
<570>
JOHANSSON M. HAGERBY E.
74.
INFLUENCE OF GROWTH CONDITIONS
METABOLIC INHIBITORS AND PHENOLIC
COMPOUNDS ON THE ATP POOL IN FOMES-
ANNOSUS.
PHYSIOL PLANT. 32 (1). 23-32.
FOMES-PINI ARMILLARIA-MELLEA
STEREUM-SANGUINOLENTUM CGNIOPHORA-
PUTEANA MYCELIUM OXYGEN UPTAKE
INORGANIC PHOSPHATE EXUDATION
LACCASE.
B 59022267.
<571>
JOHNSON, B. THOMAS.
FISH LJILDL. SERV. FISH-PESTIC.
LAB. COLUMBIA. MO.
74.
AQUATIC FOOD CHAIN MODELS FOR
ESTIMATING 8IOACCUMULATION AND
RES,
228
-------
BIODEGRADATION OF XENOBIOTICS.
SO PROC. INT. CONF. TRANSP. PERSISTENT
CHEM. AQUAT. ECOSYST. PIV, 17-227 .
1974.
LG EN.
DE PESTICIDE FOOD CHAIN MODEL. DDT FOOD
CHAIN MODEL. METHOXYCHLOR FOOD CHAIN
MODEL. DIELDRIN FOOD CHAIN MODEL.
ETHYLHEXYL PHTHALATE FOOD CHAIN
MODEL. LEPTOPHOS FOOD CHAIN MODEL.
HEXACHLORO BENZENE FOOD CHAIN MODEL.
AN C 08305038473.
WASTES, PETROCHEMICALS, PHENOLS,
CHEMICAL-ANALYSIS.
MN BENCH-SCALE-EXPERIMENTS,
CHROMATOGRAPHY, ENVIRONMENTAL-
IMPACTS, GAS-CHROMATOGRAPHY,
HYDROGEN, HYDROGENATION, MASS-
SPECTROSCOPY, PYROLYSIS,
ULTRAVIOLET- RADIATION, UATER.
ID ERDA-010405, ERDA-010900, ERDA-
010403, ENVIRONMENTAL-SURVEYS,
CONCENTRATION-COMPOSITION, NTISERDfl.
AN N CONF-770415-1.
<572>
AU JOLLEY, R. L. PITT, U. U. JR.
THOMPSON, J. E.
IN OAK RIDGE NATIONAL LAB. TENN.
ADMINISTRATION. 4832000.
YR 77. 5P.
TI ORGANICS IN AQUEOUS PROCESS STREAMS
OF A COAL CONVERSION BENCH- SCALE
UNIT USING THE HYDROCARBONIZATION
PROCESS: HPLC AND GC/MS ANALYSIS.
NT 23. IES ANNUAL TECHNICAL MEETING AND
EXPOSITION, LOS ANGELES, CALIFORNIA,
UNITED STATES OF AMERICA (USA), 24
APR 1977.
PR PC A02/MF A01.
AB A BENCH-SCALE STUDY OF THE COAL
HYDROCARBONIZATION PROCESS IS BEING
CONDUCTED AT OAK RIDGE NATIONAL
LABORATORY. AS PART OF THIS STUDY,
THE ORGANIC CONSTITUENTS IN THE
AQUEOUS STREAM FROM THE PRODUCT
SCRUBBER ARE BEING CHARACTERIZED
USING HIGH-PRESSURE LIQUID
CHROMATOGRAPHY CHPLC) FOR SEPARATION
OF THE UATER-SOLUBLE ORGAN ICS AND
GAS CHROMATOGRAPHY—MASS
SPECTROMETRY (GC/MS) FOR
IDENTIFICATION OF THE ORGAN ICS. FOR
EXAMPLE, IN ONE PREPARATIVE-SCALE
HPLC SEPARATION, MORE THAN 100 UV-
ABSORBING CONSTITUENTS UERE DETECTED
AND SEPARATED. USING GC/MS
TECHNIQUES, MANY OF THESE
CHROMATOGRAPH1C PEAKS UERE
IDENTIFIED AS PHENOLIC COMPOUNDS
SUCH AS CATECHOL, METHYLCATECHOLS,
ORCINOL, AND RESORCINOL. THESE
COMPOUNDS UERE QUANTIFIED AT
CONCENTRATIONS OF 10 TO 1000
MILLIGRAMS/LITER. EXPERIMENTAL
METHODOLOGY FOR HPLC AND GC/MS
TECHNIQUES IS DISCUSSED, AND
ANALYTICAL RESULTS AND POSSIBLE
ENVIRONMENTAL IMPLICATIONS ARE
PRESENTED. (ERA CITATION 02:
053642).
MJ COAL, COAL-LIQUEFACTION, LIQUID-
<573>
AU JOLLEY, R. L. PITTS, U. U. JR.
SCOTT, C. D. JONES, G. JR.
THOMPSON, J. E.
IN OAK RIDGE NATIONAL LAB. TENN.
4832000.
YR 75. 12P.
TI ANALYSIS OF SOLUBLE ORGANIC
CONSTITUENTS IN NATURAL AND PROCESS
UATERS BY HIGH-PRESSURE LIQUID
CHROMATOGRAPHY.
PR PC$3.50/MF$2.25.
AB FOR ABSTRACT, SEE ERA 75 05, NUMBER
00847.
MJ ORGANIC-COMPOUNDS, GAS-
CHROMATOGRAPHY.
MN ENVIRONMENTS, LIQUID-UASTES,
MASS-SPECTROSCOPY, ORGANIC-CHLORINE-
COMPOUNDS, PHENOLS, UASTE-
PROCESSING, UATER-POLLUTION.
ID ERDA-400102, ERDA-520200, UATER-
POLLUTION-DETECTION, NTISERDA.
AN N CONF-750603-1.
<574>
AU JONES G L. CARRINGTON E G.
YR 72.
TI GROUTH OF PURE AND MIXED CULTURES OF
MICROORGANISMS CONCERNED IN THE
TREATMENT OF CARBONIZATION UASTE
LIQUORS.
SO J APPL BACTERIOL. 35 (3). 395-404.
DE BACTERIA THIO CYANATE PHENOL.
AN B 56057693.
<575>
AU JONES, PETER F. JOHNSON, K. E.
IN REGINA UATER RES. INST. UNIV.
SASKATCHEUAN. REGINA. SASK.
YR 73.
TI ESTIMATION OF PHENOLS BY THE 4-
AMINOANTIPYRINE METHOD. II. PRODUCTS
FROM PARA-SUBSTITUTED ALKYLPHENOLS.
SO CAN. J. CHEM. 51. P3733-7. 1973.
LG EN.
229
-------
DE OXIDN PHENOL flMINOflNTIPYRINE
QUINONEIMIDE. REflRRflNGEMENT
QUINONEIMIDE BENZOXflZEPINE. flNALYSIS
PHENOL flMINOflNTIPYRINE.
AN C 88815081740.
<576>
flU JONES, PETER F. JOHNSON, K. E.
IN REGINfl UflTER RES. INST. UNIV.
SftSKftTCHEUflN. REGINfl. SflSK.
YR 73.
TI ESTIMflTION OF PHENOLS BY THE 4-
flMINOflNTIPYRINE METHOD.
IDENTIFICflTION OF THE COLORED
REACTION PRODUCTS BY PROTON MflGNETIC
RESONflNCE SPECTROSCOPY.
SO CflN. J. CHEM. 51. P2868-8. 1973.
LG EN.
DE PHENOL OXIDN flMINOflNTIPYRINE
MECHANISM.
flN C 08083814337.
<577>
flU JUNGCLflUS G fl. GflMES L M. HITES R
A.
YR 76.
TI IDENTIFICflTION OF TRflCE ORGflNIC
COMPOUNDS IN TIRE MflNUFflCTURING
PLflNT UflSTE UflTERS.
SO flNflL CHEM. 48 (13). 1894-1896.
DE FflTTY-ACIDS BENZOTHIflZOLE 2 MERCflPTO
BENZOTHIAZOLE POLLUTION GflS
CHROMftTOGRflPHY MflSS SPECTROMETRY.
flN B 63029494.
<578>
flU JUNK G fl. RICHARD J J. FRITZ J S.
SVEC H J.
YR 76.
TI RESIN SORPTION METHODS FOR
MONITORING SELECTED CONTflMINANTS IN
UATER.
SO KEITH, LAURENCE H. IDENTIFICATION
AND ANALYSIS OF ORGANIC POLLUTANTS
IN UATER. CONGRESS. MEXICO CITY,
MEXICO, DEC. 1975. X+718P. ILLUS.
ANN flRBOR SCIENCE PUBLISHERS INC.
ftNN flRBOR, MICH. U.S.fl. ISBN
8-250-40131-2. 135- 153.
DE CATFISH POLLUTION PESTICIDES
HERBICIDES INSECTICIDES
CHLOROPHENOXY ACETIC ACIDS AND
ESTERS UATER TREATMENT GAS
CHROMATOGRAPHY.
AN B 77087287.
<579>
flU KflLIBERDO, L. M. MflKflROVfl, V. V.
KflRPENKO, N. N. SUVOROVA, N. G.
EPPEL, S. A.
IN USSR.
YR 75.
TI EXHflUSTIVE CflTflLYTIC OXIDATION OF
LOU CONCENTRATIONS OF PHENOL IN THE
PRESENCE OF UATER VflPOR.
SO PROM. I SAN. OCHISTKA GAZOV.
NflUCH.-TEKHN. SB. P18-20. 1975.
LG RS.
DE PHENOL OXIDN CflTflLYST.
flN C 08419135229.
<580>
flU KflMSHILOV, M. M. KOSTYflEV, V. YA.
LAPTEVA, N. A. ZHUKOV, B. F.
GORYACHEVfl, N. V. MIKRYAKOVA, T. F.
UMORIN, P. P. BARONKINA, L. A.
ZAKHftROVA, L. I.
IN USSR.
YR 73.
TI PHENOL DEGRADATION IN MODEL
BIOCENOSES.
SO TR. INST. BIOL. VNUTR. VOD, AKAD.
NAUK SSSR. NO. 24. P184-200. 1973.
LG RS.
DE PHENOL BIODEGRDN RIVER UATER.
flN C 08016887253.
<581>
flU KANDZflS, P. F. MOKINfl, fl. fl.
MflRCHENKO, R. F. SflVINfl, L. fl.
IN USSR.
YR 78.
TI OXIDflTION OF CYCLOHEXANE IN flN
AQUEOUS SOLUTION UNDER THE flCTION OF
OZONE.
SO TR. VSES. NAUCH.-ISSLED. INST.
VODOSNflBZH. KflNflLIZ. GIDROTEKH.
SOORUZHENII INZH. GIDROGEOL. NO. 28.
P18-23. 1970.
LG RS.
DE OZONE OXIDN CYCLOHEXANE UflTER SOLN.
PETROLEUM UASTE UATER OZONE OXIDN .
AN C 07514091146.
<582>
flU KflNEKO Y. SAINO Y. DOI S.
YR 69.
TI STUDIES ON THE METABOLISM OF POLY
NUCLEAR AROMATIC HYDRO CARBONS BY
MICROORGANISMS PflRT 2 PHENANTHRENE
METABOLISM OF STRAIN S- 210 AND 592.
SO NIPPON NOGEI KflGAKU KfllSHI. 43 (1).
21-27.
DE FLftVOBACTERIUM PSEUDOMONAS-
230
-------
AERUGINOSA.
ON B 5108536?.
<583>
AU KANYGINA, A. V. VAN IN, V. V.
LEBEDEVA, M. V. ARSENOVA, A. N.
IN USSR.
YR 73.
TI EFFECT OF SEPARATE COMPONENTS ON
BIOLOGICAL OXIDATION PROCESSES IN
THE PURIFICATION OF UASTE UATERS
FROM THE PRODUCTION OF ETHYLENE
HYDROCARBONS.
SO TR. VSES. NAUCHNO-ISSLED. INST.
VODOSNABZH. KANALIZ. GIDROTEKH.
SOORUZH. INZH. GIDROGEOL. 37. P46-8.
1973.
LG RS.
DE ETHYLENE OXIDE UASTEUATER TREATMENT.
ETHYLENE GLYCOL UASTEUATER.
CHLOROETHANOL REMOVAL UASTEUATER.
CALCIUM CHLORIDE UASTEUATER.
HYDROXIDE CALCIUM UASTEUATER.
AN C 08416111231.
<584>
AU KAPLAN, LOUIS. UENDLING, L. A.
UILZBACH, K. E.
IN CHEM. DIV. ARGONNE NATL. LAB.
ARGONNE. ILL.
YR 71.
TI PHOTOOXIDATION OF AQUEOUS BENZENE.
I. IDENTIFICATION OF THE PRODUCT AS
1,3-CYCLOPENTADIENE-1-
CARBOXALDEHYDE.
SO J. AMER. CHEM. SOC. 93. P3819- 20.
1971.
LG EN.
DE BENZENE PHOTOOXIDN.
CYCLOPENTADIENECARBOXALDEHYDE.
AN C 0751308B218.
<585>
AU KAPLIN, G. I. TSYGUTKIN, S. G.
IN USSR.
YR 75.
TI CALCULATION OF THE EFFECT OF
SORPTION PROCESSES FOR PREDICTING
THE POLLUTION OF GROUND UATERS BY
PHENOLS.
SO V SB. PROBL. OKHRANY VQD, KHAR'KOV.
P100-4. 1975.
LG RS.
DE POLLUTION GROUNDUATER PHENOL
PREDICTION. SORPTION GROUNDUATER
POLLUTION PREDICTION.
AN C 08526198018.
<586>
AU KAPLIN, V. T. PANCHENKO, S. E.
IN GIDROKHIM. INST. USSR.
YR 68.
TI POLLUTION AND SELF-PURIFICATION OF
THE SUNZHA RIVER.
SO VSES. NAUCH.-TEKH. KONF. OKHR.
POVERKH. PODZEMN. VOD ZAGRYAZ. DOKL.
SOOBSHCH. VOP. SAMOOCHISHCHENIYA
VODOEMOV SMESHENIYA STOCHNYKH VOD.
P79-80. 1968.
LG RS.
AV KHUKOV, A. I.
DE PETROLEUM RIVERS SELF PURIFN. RIVERS
PETROLEUM SELF PURIFN. PHENOLS
RIVERS SELF PURIFN.
AN C 07210047157.
<587>
AU KARASEVA N N. PAPCHENKOV V G.
YR 74.
TI USE OF THE BULRUSH IN UATER
MANAGEMENT.
SO RASTIT RESUR. 10 (1). 138-142.
DE SCIRPUS-LACUSTRIS ESCHERICHIA- COL I
SALMONELLA FISH AQUATIC PLANTS
DOMESTIC INDUSTRIAL UASTE
PURIFICATION NUTRIENTS MINERALS
TOXIC ORGANIC COMPOUNDS PHENOL
EXTRACTION BACTERICIDAL EFFECT.
AN B 59028377.
<588>
AU KARIYA, TEIJI. AKIBA, REIKO.
SUZUKI, SHUKO. TSUDA, TSUTOMU.
IN TOHOKU UNIV. FACULTY OF AGRICULTURE,
SENDAI, JAPAN.
YR 67.
TI STUDIES ON THE POST-MORTEUM
IDENTIFICATION OF THE POLLUTANT IN
THE FISH KILLED BY UATER POLLUTION -
IV. DETECTION OF CYANIDE IN THE
FISH.
SO JAPANESE SOCIETY OF SCIENTIFIC
FISHERIES. BULLETIN, 33(4): 311-
314, APRIL 1967.
LG XX.
AB NONE.
ID PIRIZIN-PIRAZORON METHOD.
DE CYANIDE, TOXICITY, FISHES.
AN P 7000631.
<589>
AU KARIYA, TEIJI. ETO, SHUKO.
OGASAARA, SUSUMU.
IN TOHOKU UNIV. SENDAI. JAPAN.
YR 68.
TI POST-MORTEM IDENTIFCATION OF THE
231
-------
PQLLUTflNT IN FISH KILLED BY WATER
POLLUTION. VIII. ACUTE POISONING
UITH PHENOL.
SO NIPPON SUISAN GAKKAISHI. 34. P764-9.
19S8.
LG JA.
DE PHENOL TOXICITY FISH. TOXICITY
PHENOL FISH. UATER POLLUTION FISH.
POLLUTION UATER FISH. FISH UftTER
POLLUTION.
AN C 07211853327.
<598>
flU KARIYA, TEIJI. ETO, SHUKO.
OGASAUARA, SUSUMU.
IN TOKOKU UNIV. FACULTY OF AGRICULTURE
SENDAI, JAPAN,
YR 68.
TI STUDIES ON THE POST-MORTEM
IDENTIFICATION OF THE POLLUTANT IN
FISH KILLED BY UflTER POLLUTION -
VII. ON ACUTE POISONING UITH PHENOL.
SO JAPANESE SOCIETY OF SCIENTIFIC
FISHERIES. BULLETIN, 34(9): 764-
759, SEPT. 1968.
LG XX.
AB NONE,
ID GIBBS METHOD.
DE PHENOL, TOXICITY, FISHES.
AN P 70BB242.
<591>
AU KATO, TAKETOSHI.
IN MED. SCH. NAGOYA CITY UNIV. NAGOYA.
JAPAN.
YR 73.
TI TOXICITY OF CHEMICAL SUBSTANCES
(HEAVY METALS, ETC.) TO FISH AND
ANIMAL.
SO NAGOYA SHIRITSU DAIGAKU IGAKKAI
ZASSHI. 24. Pll-34. 1973.
LG JA.
DE HEAVY METAL TOXICITY FISH MAMMAL.
CYANIDE TOXICITY FISH MAMMAL.
CADMIUM TOXICITY FISH MAMMAL.
CHROMATE TOXICITY FISH MAMMAL.
COPPER TOXICITY FISH MAMMAL. ZINC
TOXICITY FISH MAMMAL. PERMANGANATE
TOXICITY FISH MAMMAL. MERCURY
TOXICITY FISH MAMMAL. LEAD TOXICITY
FISH MAMMAL. ALUMINUM TOXICITY FISH
MAMMAL.
AN C 88015078898.
<592>
AU KATZ, S. PITT, U. U. JR.
IN OAK RIDGE NATL. LAB. OAK RIDGE.
TENN.
YR 75.
TI SENSITIVE MONITORING OF PHENOLS
AFTER LIQUID CHROMATOGRAPHY.
COMMENTS .
SO J. CHROMATOGR. 111. P470-1. 19?5.
LG EN.
DE PHENOL DETN UATER. CERATE OXIDATIVE
MONITOR PHENOL DETN.
AN C 8S426184548.
<593>
AU KATZER, JAMES R.
IN DELmJARE UNIV. NEUARK. DEPT. OF
CHEMICAL ENGINEERING. 401 240.
YR 73. 147P,
TI CATALYTIC OXIDATION OF ORGANICS IN
UASTEUATER,
NT PROJECT COMPLETION REPT. JUL 78- JUN
73. SPONSORED IN PART CONTRACTS
DI-14-31-0001-3508 AND
DI-14-31-0001- 3808,
PR PC$4,50/MF$1.45.
AB MANY INDUSTRIAL UASTEUATER STREAMS
CONTAIN HIGN CONCENTRATIONS OF
ORGANIC MATERIAL UHICH ARE OFTEK
DIFFICULT TO TREAT BIOLOGICALLY
BECAUSE OF THEIR TOXICITY OR
REFRACTORY NATURE. CATALYTIC
OXIDATION IS A TECHNIQUE ON UHICH
LITTLE DATA IS AVAILABLE ALTHOUGH AT
LEAST ONE COMMERCIAL CATALYTIC
OXIDATION PROCESS HAS BEEN
ANNOUNCED. IN THIS UORK THE
CATALYTIC OXIDATION OF PHENOL IN
AQUEOUS SOLUTION HAS BEEN STUDIED
OVER SUPPORTED COPPER OXIDE AND
MANGANESE DIOXIDE TO PROVIDE BOTH
FUNDAMENTAL AND PRACTICAL DESIGN
INFORMATION ON THE PROCESS. THE
AQUEOUS-PHASE PHENOL OXIDATION
STUDIES UERE CARRIED OUT IN
BATCHUISE MODE AT ATMOSPHERIC
PRESSURE AND 100C. AND IN AN
AUTOCLAVE AT TEMPERATURES FROM 96 TO
200C AND OXYGEN PRESSURE OF I TO 17
ATM. THE ECONOMICS OF THE SYSTEM
ARE DISCUSSED.
MJ PHENOLS, OXIDATION, CATALYSIS,
INDUSTRIAL-UASTE-TREATMENT.
MN COPPER-OXIDES, REACTION- KINETICS,
UftTER-TREATTENT, MftNGflNESE-OXIDES,
PRESSURE, TEMPERATURE, DESIGN,
PROCESSING, FREE-RADICALS,
COST-ESTIMATES, FEASIBILITY,
INDUSTRIAL-HASTES.
ID CHEMICAL-REACTION-MECHANISMS, OURR.
AN N PB-226 300/2.
232
-------
<594>
flU KAUFMAN, K. S.
IN USSR. SO
YR 73.
TI INFLUENCE OF SOME COMPONENTS PRESENT
IN WASTE UATERS ON THE DETERMINATION LG
OF THE TOTAL CONTENT OF VOLATILE AB
PHENOLS. ID
50 OCHIST. PRQIZVOD. STOCH, VOD. NO. 5.
P181-6. 1973.
LG RS. DE
DE PHENOL DETN UASTEUATER INTERFERENCE. AN
UASTEUATER ANALYSIS PHENOL
INTERFERENCE.
AN C 0B128126515.
PU
IN
<595>
AU KAUFMAN, Z. S.
IN DEP. UATER PROB. PETROZAVODSK. USSR. YR
YR 75. TI
TI CERTAIN PROBLEMS OF PHENOL
INTOXICATION OF ENCHYTRAEUS ALBIDUS
(OLIGOCHAETA) FROM THE STANDPOINT OF SO
STRESS.
SO GIDROBIOL. ZH. 11. P62-5. 1975. LG
LG RS. DE
DE ENCHYTRftEUS PHENOL TOXICITY
DIBAZOLE. UORM PHENOL TOXICITY.
AN C 08415180362.
AN
<596>
AU KAUSS, P. HUTCHINSON, T. C. SOTO,
C. HELLEBUST, J. GRIFFITHS, M.
IN INST. ENVIRON. SCI. ENG. UNIV.
TORONTO. TORONTO. ONT.
YR 73.
TI TOXICITY OF CRUDE OIL AND ITS
COMPONENTS TO FRESH UATER ALGAE.
SO PROC. JOINT CONF. PREV. CONTR. OIL
SPILLS. P703-14. 1973.
LG EN.
DE CHLAMYDOMONAS OIL SPILL TOXICITY.
CHLORELLA OIL SPILL TOXICITY.
PHYTOPLANKTON FRESHWATER OIL
TOXICITY. NAPHTHALENE OIL TOXICITY
PHYTOPLANKTON. BICARBONATE UPTAKE
ALGAE HYDROCARBON. HYDROCARBON
PARAFFIN CHLORELLA GROWTH.
AN C 88017091731.
<597>
AU KAbJAHARA, FRED K.
IN FUQA, DIV. OF UATER QUALITY RESEARCH
ANALYTICAL QUALITY CONTROL LAB.
CINCINNATI, OH.
YR 71.
TI GAS CHROMATOGRAPHIC ANALYSIS OF
MERCAPTANS, PHENOLS, AND ORGANIC
ACIDS IN SURFACE UATERS UITH USE OF
PENTAFLUOROBENZYL DERIVATIVES.
ENVIRONMENTAL SCIENCE AND
TECHNOLOGY. UASH. D.C. 5(3): 235-
239, MARCH, 1971.
EN.
NONE.
MERCAPTANS, UATER ANALYSIS,
PENTAFLUOROBENZYL DERIVATIVES,
ORGANIC ACIDS, PHENOLS.
GAS CHROMATOGRAPHY, SURFACE UATERS.
P 7006934.
<598>
KAUAHARA, FRED K.
DIV. UATER QUAL. RES. FED. UATER
POLLUT. CONTROL ADM. CINCINNATI.
OHIO.
69.
PENTAFLUOROBENZYL DERIVATIVE METHOD
FOR THE MICRODETERMINATION OF ACIDS
IN SURFACE WATERS.
AMER. CHEM. SOC. DIV. UATER, AIR
UASTE CHEM. GEN. PAP. P170-2. 1969.
EN.
PENTAFLUOROBENZYL DERIV ACIDS DETN.
ACIDS DETN POLLUTED UATERS.
MERCAPTANS DETN POLLUTED UATERS.
PHENOLS DETN POLLUTED UATERS.
C 07326133B35.
<599>
AU KAUAI, FUSAKO. HANADA, KEIZO.
TAN I, YOSHIKI. OGATA, KOICHI.
IN DEP. AGRIC. CHEM. KYOTO UNIV. KYOTO.
JAPAN.
YR 77.
TI BACTERIAL DEGRADATION OF UATER-
INSOLUBLE POLYMER (POLYPROPYLENE
GLYCOL).
SO J. FERMENT. TECHNOL. 55. PB9-96.
1977.
LG EN.
DE POLYPROPYLENE GLYCOL DECOMPN
CORYNEBACTERIUM.
AN C 08701002190.
<608>
AU KAUAKAMI, Y. NISHIMURA, H.
IN UNIV. OF TOKYO, DEPT. OF CHEMICAL
ENGINEERING, BUNKYO-KU, TOKYO, 113
JAPAN.
YR 76.
TI BENZO(A)PYRENE IN THE SEDIMENT OF
OSAKA BAY AND KEIHIN CANAL AND ITS
ESTIMATED SOURCES.
SO NIPPON KAIYO GAKKAI-SHI, 32(4):
175-181, AUG. 1976.
233
-------
LG EN.
flB NONE.
ID OSAKA BAY, BENZO(A)PYRENE,
IRONWORKS, COKE PLANTS, KEIHIN
CANAL.
DE METAL INDUSTRY WASTES, REFINERIES,
INDUSTRIAL EFFLUENTS, JAPAN COAST,
GAS INDUSTRY UftSTES, SEDIMENTS,
UftTER POLLUTANTS, SEAWATER,
HYDROCflRBONS, AROMATIC COMPOUNDS.
AN P 7701439.
<601>
AU KEITH L H.
YR 76.
TI GAS CHROMflTOGRAPHY MASS SPECTROMETRY
ANALYSES OF ORGANIC COMPOUNDS IN
TREATED KRAFT PAPER MILL UASTE
WATERS.
SO KEITH, LAURENCE H. IDENTIFICATION
AND-ANALYSIS OF ORGANIC POLLUTANTS
IN UATER. CONGRESS. MEXICO CITY,
MEXICO, DEC. 1975. X+718P. ILLUS.
ANN ARBOR SCIENCE PUBLISHERS INC.
ANN ARBOR, MICH. U.S.A. ISBN
0-250-48131-2. 671- 707.
DE POLLUTION TERPENES FATTY-ACIDS RESIN
ACIDS PHENOLS COMPUTER CHLORINATION
METHYLATION.
AN B 77007314.
<602>
AU KEITH L H. GARRISON A U. ALLEN F
R. CARTER M H. FLOYD T L. POPE J
D. THRUSTON A D JR.
YR 76.
TI IDENTIFICATION OF ORGANIC COMPOUNDS
IN DRINKING UATER FROM 13 USA
CITIES.
SO KEITH, LAURENCE H. IDENTIFICATION
AND ANALYSIS OF ORGANIC POLLUTANTS
IN UATER. CONGRESS. MEXICO CITY,
MEXICO, DEC. 1975. X+71BP. ILLUS.
ANN ARBOR SCIENCE PUBLISHERS INC.
ANN ARBOR, MICH. U.S.A. ISBN
0-250-40131-2. 329- 373.
DE POLLUTION ALACHLOR HERBICIDE DI
ETHYL ATRAZINE TRI METHYL ISO
CYANURATE CHLORAL COMPUTERIZED GAS
CHROMATOGRAPHY MASS SPECTROMETRY.
AN B 77007300.
<603>
AU KELLY, JOHN ARTHUR.
IN OKLAHOMA STATE UNIVERSITY (8664)
PH.D. 1973, 181PP.
YR 73.
TI THE DETERMINATION OF PHENOLIC- TYPE
COMPOUNDS IN UATER BY HIGH- PRESSURE
LIQUID CHROMATOGRAPHY.
SO DAI V34U0), SEC B, P485B.
DE CHEMISTRY, ANALYTICAL (0486).
AN D ADG74-08861.
<684>
AU KEMP, HOMER T. LITTLE, ROBERT L.
HOLOMAN, VERNA L. DARBY, RALPH L.
IN BATTELLE COLUMBUS LABS. OHIO.
WASHINGTON, D.C. 407 080.
YR 73. 538P*.
TI UATER QUALITY CRITERIA DATA BOOK,
VOLUME V, EFFECTS OF CHEMICALS ON
AQUATIC LIFE.
NT UATER POLLUTION CONTROL RESEARCH
SERIES.
AV PAPER COPY ALSO AVAILABLE FROM GPO,
PCS4.95.
PR PC$7.95/MF$2.25.
AB THE REPORT IS AN EXTENSIVE
COMPILATION OF DATA ON THE EFFECTS
OF CHEMICALS ON AQUATIC LIFE UHICH
UERE EXTRACTED FROM LITERATURE
PUBLISHED DURING THE PERIOD 1968-
1972. IT IS AN UPDATE OF AN EARLIER
REPORT ENTITLED 'UATER QUALITY
CRITERIA DATA BOOK, VOLUME III,
EFFECTS OF CHEMICALS ON AQUATIC
LIFE. ' THE DATA ARE ARRANGED
ALPHABETICALLY BY CHEMICAL AND ARE
CONCISELY REPRESENTED IN A COLUMNAR
FORMAT UHICH INCLUDES ORGANISM
NAMES, TYPE OF STUDY, CHEMICAL
EFFECT, CONTROLLED PARAMETERS,
SIGNIFICANT COMMENTS ON THE TEST,
AND SOURCE OF THE DATA. THE DATA
UERE COMPILED USING A PROGRAM
PREPARED AS PART OF THE DORK-
MJ UATER-POLLUTION, TOXICOLOGY,
AQUATIC-BIOLOGY.
MN INORGANIC-COMPOUNDS, ORGANIC-
COMPOUNDS, TABLES-DATA, BIOASSAY,
FISHES, BIOCHEMICAL-OXYGEN-DEMAND,
INDUSTRIAL-UASTES, INDICATOR-
SPECIES, TEMPERATURE, DISSOLVED-
GASES, OXYGEN, METALS, ORGAN IC-
UASTES, PESTICIDES,
CHLORINE-ORGANIC- COMPOUNDS,
PHENOLS, CYANIDES.
ID UATER-POLLUTION-EFFECTS-ANIMALS,
UATER-POLLUTION-EFFECTS-PLANTS,
NTISEPAFUQ.
AN N PB-234 435/6.
<605>
AU KENNEDY R S. FINNERTY U R.
IN DEPARTMENT OF MICROBIOLOGY,
UNIVERSITY OF GEORGIA, ATHENS,
234
-------
GEORGIA 30602.
YR 75.
TI MICROBIAL ASSIMILATION OF
HYDROCARBONS. II. INTRACYTOPLASMIC
MEMBRANE INDUCTION IN ACINETOBACTER
SP.
SO ARCH MICROSIOL. 102. 2. P85-93.
1975.
LG EN.
MJ ALCALIGENES: ME. OXIDATION-
REDUCTION.
MN ACINETOBACTER: UL, GD. ME.
UNITED-STATES-GOVERNMENT-SUPPORTED-
NON-NIH: (NON-NIH-SUP).
flN M 75108073.
<606>
flU KENNER, C T. BIEHL, E R. GUERRERO,
H.
IN SOUTHERN METHODIST UNIV. DEPT. OF
CHEMISTRY, DALLAS, TX 75275.
YR 76.
TI HIGH-PRESSURE LIQUID CHROMATOGRAPHY
OF BENZO(A)PYRENE AND
BENZQCGHDPERYLENE IN OIL-
CONTAMINATED SHELLFISH.
SO ASSOCIATION OF OFFICIAL ANALYTICAL
CHEMISTS. JOURNAL, 59(5): 989-992,
SEPT. 1976.
LG EN.
AB NONE.
ID BENZO(A)PYRENE, BENZO(GHI)PERYLENE,
CLAMS.
DE POLLUTANT ANALYSIS, LIQUID
CHROMATOGRAPHY, CARCINOGENS, OIL
POLLUTION MOLLUSCA, HYDROCARBONS.
AN P 7700421.
<607>
AU KHESINA, A. YA. PETROVA, T. V.
IN USSR.
YR 73.
TI USE OF QUASILINEAR LUMINESCENCE
SPECTRA IN THE DETERMINATION OF A
SERIES OF POLYCYCLIC AROMATIC
HYDROCARBONS IN MIXED SOLVENTS AND
COMPLEX EXTRACTS.
SO ZH. PRIKL. SPEKTROSK. 18. P850- 5.
1973.
LG RS.
DE BENZPYRENE DETN. PYRENE DETN.
PERYLENE DETN. BENZPERYLENE DETN.
BENZANTHRACENE DETN. CORONENE DETN.
LUMINESCENCE POLYCYCLIC AROM DETN .
UASTE WATER ANALYSIS POLYCYCLIC
AROM.
AN C 07938048993.
<608>
AU KHODOROV, E. I. VERTESHEV, M. S.
IN USSR.
YR 72.
TI ANALYSIS OF CONCENTRATION FIELDS
DURING THOROUGH SUPPLEMENTARY
PURIFICATION OF PHENOLIC EFFLUENTS.
SO VODOSNABZH. SAN IT. TEKH. Pl-4. 1972.
LG RS.
DE UASTE WATER PHENOL PURIFN.
AN C 07822140061.
<609>
AU KHOMENKQ, A. N. GONCHAROVA, I. A.
ZHUK, I. P.
IN USSR.
YR 76.
TI DETERMINATION OF RESORCINOL,
PYROCATECHOL, AND HYDROQUINONE IN
UATER BY THIN-LAYER CHROMATOGRAPHY.
SO METODY OPREDELENIYA
ZAGRYAZNYAYUSHCH. VESHCHESTV V
POVERKHNOST. VODAKH. PI 10-14. 1976.
LG RS.
DE RESORCINOL DETN SURFACE UATER
CHROMATOG. PYROCATECHCL DETN SURFACE
UATER CHROMATOG. HYDROQUINONE DETN
SURFACE UATER CHROMATOG. CHROMATOG
THIN LAYER UATER ANALYSIS.
AN C 08626194878.
<610>
AU KIEZYK, P. R. MACKAY, D.
IN DEP. CHEM. ENG. APPL. CHEM. UNIV.
TORONTO. TORONTO. ONT.
YR 71.
TI UASTE UATER TREATMENT BY SOLVENT
EXTRACTION.
SO CAN. J. CHEM. ENG. 49. P747-52.
1971.
LG EN.
DE REVIEU SOLVENT EXTN UASTE UATER.
PHENOL REMOVAL UASTE UATER REVIEU.
OIL REMOVAL UASTE UATER REVIEU.
AN C 07612063013.
AU KIEZYK, PETER R. MACKAY, DONALD.
IN DEP. CHEM. ENG. APPL. CHEM. UNIV.
TORONTO. TORONTO. ONT.
YR 73.
TI SCREENING AND SELECTION OF SOLVENTS
FOR THE EXTRACTION OF PHENOL FROM
UATER.
SO CAN. J. CHEM. ENG. 51. P741-5. 1973.
LG EN.
DE PHENOL EXTN UASTE UATER.
AN C 08012064354.
235
-------
<612>
fill KIKUCHI T. MIMURfl T. KAUASHIMA Y.
MORIUAKI Y. MASADA Y. INDUE T.
YR 75.
TI ODOROUS COMPOUNDS IN RflU UATER OF
UATER SUPPLIES IDENTIFICATION OF
CAMPHOR AND P METHYL ACETOPHENONE.
SO YAKUGAKU 2ASSHI. 95 (12). (RECD
1976) 1517-1519.
DE JAPAN POLLUTION LAKES GAS
CHROMATOGRAPHY MASS SPECTROMETRY.
AN B 62039987.
<613>
AU KILGORE, UENDELL U. CARLSON, ARNE
E. DAGLEY, STANLEY. PIMENTEL, MJ
DAVID.
IN NATIONAL RESEARCH COUNCIL,
UASHINGTON, D.C. SUBCOMMITTEE ON
CHEMICAL ADDITIVES.
YR 72. 359?*.
TI DEGRADATION OF SYNTHETIC ORGANIC MN
MOLECULES IN THE BIOSPHERE: NATURAL,
PE5TICIDAL, AND VARIOUS OTHER
MAN-MADE COMPOUNDS.
NT PROCEEDINGS OF A CONFERENCE HELD IN
SAN FRANCISCO, CALIF. 12-13 JUN 71.
LIBRARY OF CONGRESS CATALOG CARD NO. ID
72-8844. INTERNATIONAL STANDARD BOOK AN
NO. 0-389-02846-8.
AV PAPER COPY AVAILABLE FROM PRINTING
AND PUBLISHING OFFICE OF THE
NATIONAL ACADEMY OF SCIENCES, 2181 AU
CONSTITUTION AVE. N.U. UASHINGTON, YR
D.C. 20418, $13.95. TI
PR MFS8.95.
AB IN AN EFFORT TO MINIMIZE
ENVIRONMENTAL POLLUTION, MANY SO
SCIENTISTS AND RESEARCHERS ARE DE
SEEKING TO DEVELOP MORE EFFECTIVE AN
METHODS FOR DISPOSING OF INDUSTRIAL,
DOMESTIC, AND AGRICULTURAL UASTES.
THE REPORT EXPLORES THE CAPABILITIES
AND LIMITATIONS OF THE PROCESS OF AU
BIOLOGICAL DEGRADATION AS A MEANS
FOR DISPOSING OF NATURAL, IN
PESTICIDAL, AND VARIOUS OTHER MAN- YR
MADE COMPOUNDS. THE TOPICS INCLUDE: TI
MICROSIAL DEGRADATION OF STABLE
CHEMICAL STRUCTURES; AN OUTLINE OF
REACTION SEQUENCES USED FOR THE SO
BACTERIAL DEGRADATION OF PHENOLIC LG
COMPOUNDS; THE EVOLUTION OF DE
METABOLIC PATHWAYS IN BACTERIA;
MICROS IAL METABOLISM OF NORMAL AND AN
BRANCHED CHAIN ALKANES; METABOLISM
OF METHOXY- AND METHYLENEDIOXYPHENYL
COMPOUNDS BY BACTERIA; INITIAL
REACTIONS IN THE DEGRADATION OF AU
AROMATIC HYDROCARBONS; EARLY
REACTIONS IN THE DEGRADATION OF
CAMPHOR: P-450CCAM) HYDROXYLASE;
ENZYMOLOGY OF CARBON-HALOGEN BONDS;
MICROSIAL DEGRADATION OF SOME
CHLORINATED PESTICIDES;
ENVIRONMENTAL FACTORS AFFECTING FATE
OF PESTICIDES; ABSORPTION AND
METABOLISM OF INSECTICIDE CHEMICALS
IN PLANTS; DEVELOPMENT OF PERSISTENT
BIODEGRADABLE INSECTICIDES RELATED
TO DDT; ENVIRONMENTAL PHOTOOXIDATION
OF PESTICIDES; PRINCIPLES OF
PHOTODECOMPOSITION OF PESTICIDES;
PARATHION IN PLANT TISSUES; THE
TOXICITY OF PESTICIDES AND THEIR
METABOLITES.
BIODETERIORATION, ORGANIC-
COMPOUNDS, PHENOLS,
BIODETERIORATION, PESTICIDES,
BIODETERIORATION, HALOHYDROCARBQNS,
BIODETERIORATION, MEETINGS,
BIODETERIORATION.
POLLUTION, METABOLISM, BACTERIA,
ALKANES, HYDROCARBONS, AROMATIC-
COMPOUNDS, CAMPHOR,
CHLORINE-ORGANIC- COMPOUNDS,
PHOTOCHEMICAL-REACTIONS, OXIDATION,
TOXICITY.
PARATHION, NAS.
N PB-218 665/8.
R F
<614>
G J. BROUN
S B.
KING
76.
HEM DEGRADATION IN DI METHYL
SULFOXIDE UATER MIXTURES AND
PYRIDINE UATER MIXTURES.
BIOCHEM SOC TRANS. 4 (2). 299-301.
ABSTRACT.
B 76883791.
<615>
KIPNIS, M. G. RUKIN, E. I.
KUKHARENKO, T. A.
INST. GORYUCH. ISKOP. MOSCOU. USSR.
73.
OXIDATION OF LIPTOBIOLITHIC COAL
CONCENTRATES BY ATMOSPHERIC OXYGEN
IN AN AQUEOUS-ALKALINE MEDIUM.
KHIM. TVERD. TOPL. P40-6. 1973.
RS.
LIPTOBIOLITH AIR OXIDN. BENZENE
CARBOXYLIC ACID LIPTOBIOLITH.
C 07984021474.
<616>
KIRSO, 0. UIBOPUU, H. TUULMETS, A.
GUBERGRITS, M. YA. LILLE, U.
236
-------
IN INST. CHEM. TALLIN. USSR.
YR 73.
TI KINETICS OF THE INITIflTED OXIDATION
OF SUBSTITUTED PHENOLS IN UATER.
SO REAKTS. SPOSOBNOST ORG. SOEDIN. 10.
P625-36. 1973.
LG RS.
DE PHENOL OXIDN KINETICS SUBSTITUENT.
PHOTOCHEM OXIDN KINETICS PHENOL.
AN C 08023132494.
<617>
AU KIRSO, U. BERNOVSKAYA, N. A.
GU8ERGRITS, M.
IN INST. KHIM. TALLIN. USSR.
YR 73.
TI REACTIVITY OF PHENOLS DURING
BIOCHEMICAL OXIDATION IN MODELS OF
UASTE WATERS.
SO KHIM. TVERD. TOPL. P100-5. 1973.
LG RS.
DE PHENOL REACTIVITY BIOL OXIDN.
AN C 07902009523.
<618>
AU KITAGAUA, HIROSHI.
IN NATL. RES. INST. POLLUT. RESOUR.
JAPAN.
YR 75.
TI ADSORPTION OF PHENOL, P-
NITROPHENOL, AND 2,4-DICHLOROPHENOL
IN AQUEOUS SOLUTIONS BY ACTIVATED
CARBON.
SO KOGAI. 10. PI 1-20. 1975.
LG JA.
DE PHENOL ADSORPTION ACTIVATED CARBON.
NITROPHENOL ADSORPTION ACTIVATED
CARBON. CHLOROPHENOL ADSORPTION
ACTIVATED CARBON.
AN C 08524181906.
<619>
AU KITAZATO, HAJIME.
IN CHIYODA CHEM. ENG. AND CONSTR. CO.
LTD. KAUASAKI. JAPAN.
YR 76.
TI INSTRUMENTAL METHODS OF ANALYSIS FOR
UATER POLLUTION CONTROL.
SO SEKIYU GAKKAI SHI. 19. P573-7. 1976.
LG JA.
DE REVIEU UATER INSTRUMENTAL ANALYSIS.
OXYGEN DEMAND DETN REVIEU. CARBON
TOTAL DETN REVIEU. OIL DETN
TURBIDITY REVIEU. PHENOL DETN UATER
REVIEU. UV SPECTROSCOPY IR REVIEU.
AN C 08718140866.
<620>
flU KLECZKOUSKI, A. S. KURDYKA, S.
STOBIERSKI, J.
IN INST. HYDROGEOL. ENG. GEOL. ACAD.
MIN. METALL. CRACOU. POL.
YR 72.
TI INFLUENCE OF A CHEMICAL PLANT SEUAGE
SEDIMENTATION CATCHPIT ON GROUND
UATERS ON THE UPPER VISTULA
FLOODPLAIN.
SO BULL. ACAD. POL. SCI. SER. SCI.
TERRE. 19. P55-9. 1972.
LG EN.
DE SEDIMENTATION SEUAGE CATCHPIT EFFECT
GROUNDUATER. CHLORIDE POLLUTION
GROUNDUATER. SULFIDE POLLUTION
GROUNDUATER. PHENOL POLLUTION
GROUNDUATER. NEKAL POLLUTION
GROUNDUATER.
AN C 07720130375.
<621>
AU KLEIN, E. SMITH, J. K. UEAVER, R.
E. C. UENDT, R. P. DESAI,
SHYAMKANT V.
IN GULF SOUTH RES. INST. NEU ORLEANS.
LA.
YR 73.
TI SOLUTE SEPARATIONS FROM UATER BY
DIALYSIS. II. SEPARATION OF PHENOL
BY DOWNSTREAM CONJUGATION.
SO SEPAR. SCI. 8. P585-92. 1973.
LG EN.
DE DIALYSIS REMOVAL PHENOL UATER.
-AN C 08012063525.
<622>
AU KLEIN, ELIAS. SMITH, J. K. UENDT,
R. P. DESAI, SHYAMKANT V.
IN GULF SOUTH RES. INST. NEU ORLEANS.
LA.
YR 72.
TI SOLUTE SEPARATIONS FROM UATER BY
DIALYSIS. 1. SEPARATION OF ANILINE.
SO SEPAR. SCI. 7. P285-92. 1972.
LG EN.
DE DIALYSIS POLLUTED UATER PURIFN.
ANILINE DIALYSIS PERMEABLE MEMBRANE.
BLOCK COPOLYMERS SOLUTE SEPN.
COPOLYMERS SOLUTE SEPN UATER.
AN C 07620117287.
<623>
AU KLEOPFER R D.
YR 76.
TI ANALYSIS OF DRINKING UATER FOR
ORGANIC COMPOUNDS.
SO KEITH, LAURENCE H. IDENTIFICATION
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-------
AND ANALYSIS OF ORGANIC POLLUTANTS
IN UATER. CONGRESS. MEXICO CITY,
MEXICO, DEC. 1975. X+718P. ILLUS.
ANN ARBOR SCIENCE PUBLISHERS INC.
ANN ARBOR, MICH. U.S.A. ISBN
0-250-40131-2. 399- 416.
DE POLLUTION OHIO RIVER MISSOURI RIVER
KANSAS RIVER USA HERBICIDES BIS-2
CHLOROISOPROPYL ETHER TRI HALO
METHANES CHLOROFORM CARBON
ADSORPTION RESIN ADSORPTION GAS
CHROMATOGRAPHY MASS SPECTROMETRY.
AN B 77007302.
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AU KLERK H D E. LINDEN AC VAN DER.
YR 74.
TI BACTERIAL DEGRADATION OF
CYCLOHEXANE. PARTICIPATION OF A CO-
OXIDATION REACTION.
SO ANTON IE VAN LEEUUENHOEK. 40. 1.
P7-15. 1974.
LG EN.
MJ CYCLOHEXANES: ME.
MN ALKANES: ME. CARBON- RAD10ISOTOPES.
HYDROXYLATION.
PSEUDOMONAS-AERUGINOSA: GD, ME.
AN M 74154445.
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AU KLEVERLAAN, NICO T. M.
IN NETH.
YR 75.
TI GAS CHROMATOGRAPHIC DETERMINATION OF
PHENOLS IN UATER.
SO CHEM. UEEKBL. 71. P13-15. 1975.
LG NE.
DE PHENOL DETN UATER. NATURAL UATER
ANALYSIS PHENOL.
AN C 08384032820.
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AU KNECHT, ALBERT THEODORE, JR..
IN THE LOUISIANA STATE UNIVERSITY AND
AGRICULTURAL AND MECHANICAL COL.
(0187) PH.D. 1961 063PP.
YR 61.
TI MICROS IAL OXIDATION OF
DIBENZOTHIOPHENE AND ITS POSSIBLE
APPLICATION IN THE DESULFURIZATION
OF COAL AND PETROLEUM.
SO DAI V22U0) P3350.
DE BACTERIOLOGY (0301).
AN D ADG62-01235.
AU
<627>
KNOULES C J.
YR 76.
TI MICROORGANISMS AND CYANIDE.
SO BACTERIOL REV. 40 (3). 652-680.
DE FUNGI PLANTS BACTERIA ECOLOGY
POLLUTION PHYTO PATHOLOGY
CYANOGENESIS.
AN B 77001029.
<62B>
AU KOBAL, V. M. GIBSON, D. T. DAVIS,
RAYMOND E. GARZA, A.
IN DEP. MICROBIOL. UNIV. TEXAS. AUSTIN.
TEX.
YR 73.
TI X-RAY DETERMINATION OF THE ABSOLUTE
STEREOCHEMISTRY OF THE INITIAL
OXIDATION PRODUCT FORMED FROM
TOLUENE BY PSEUDOMONAS PUTIDA 39/D.
SO J. AMER. CHEM. SOC. 95. P4420-1.
1973.
LG EN.
DE CYCLOHEXADIENEDIOL METHYL.
AN C 07910058754.
<629>
AU KOBAYASHI J. KIMURA S. AKITAKE H.
YR 76.
TI STUDIES ON THE METABOLISM OF CHLORO
PHENOLS IN FISH PART 7 SULFATE
CONJUGATION OF PHENOL AND PENTA
CHLORO PHENOL BY FISH LIVERS.
SO BULL JPN SOC SCI FISH. 42 (2).
171-177.
DE CARASSIUS-AURATUS CYPRINUS- CARPIO
SALMO-GAIRDNERI-IRIDEUS
TAPES-PHILIPPINARUM PANULIRUS-
JAPONICUS RADIOACTIVITY.
AN B 62034751.
<630>
AU KOBAYASHI K. AKITAKE H.
YR 75.
TI STUDIES ON THE METABOLISM OF CHLORO
PHENOLS IN FISH PART 4 ABSORPTION
AND EXCRETION OF PHENOL BY GOLDFISH.
SO BULL JPN SOC SCI FISH. 41 (12).
(RECD 1976) 1271-1276.
DE CARASSIUS-AURATUS POLLUTANT PENTA
CHLORO PHENOL.
AN B 62017319.
<631>
AU KOBAYASHI K. AKITAKE H.
YR 75.
TI STUDIES ON THE METABOLISM OF CHLORO
PHENOLS IN FISH PART 2 TURNOVER OF
ABSORBED PENTA CHLORO PHENOL IN
238
-------
GOLDFISH.
SO BULL JPN SOC SCI FISH. 41 (1).
93-108.
DE CARASSIUS-AURATUS GALLBLADDER HEPATO
PftNCREflS DE TOXIFICATION CONJUGATION
DECOMPOSITION ACTIVE ELIMINATION.
AN B 60028834.
<632>
AU KOBAYASHI K. flKITftKE H.
YR 75.
TI STUDIES ON THE METABOLISM OF CHLORO
PHENOLS IN FISH PART 1 ABSORPTION
AND EXCRETION OF PENTA CHLORO PHENOL
BY GOLDFISH.
SO BULL JPN SOC SCI FISH. 41 (1).
87-92.
DE CARASSIUS-AURATUS HERBICIDE ACTIVE
ELIMINATION DECOMPOSITION.
PIN B 60028833.
<633>
AU KOBAYASHI K. AKITAKE H. KIMURA S.
YR 76.
TI STUDIES ON THE METABOLISM OF CHLORO
PHENOLS IN FISH PART 6 TURNOVER OF
ABSORBED PHENOL IN GOLDFISH.
SO BULL JPN SOC SCI FISH. 42 (1).
45-50.
DE CARASSIUS-AURATUS GALLBLADDER
BILIARY EXCRETION LIVER SULFATE
CONJUGATION DE TOXICATION PENTA
CHLORO PHENOL.
AN B 62023043.
<634>
AU KOBAYASHI K. AKITAKE H. MATSUDA C.
KIMURA S.
YR 75.
TI STUDIES ON THE METABOLISM OF CHLORO
PHENOLS IN FISH PART 5 ISOLATION AND
IDENTIFICATION OF A CONJUGATED
PHENOL EXCRETED BY GOLDFISH.
SO BULL JPN SOC SCI FISH. 41 (12).
(RECD 1976) 1277-1282.
DE CARASSIUS-AURATUS DE TOXICATION
MECHANISM UV ABSORPTION SPECTRA THIN
LAYER CHROMATOGRAPHY SEPHADEX
COLUMN.
AN B 62017320.
<635>
AU KOBAYASHI K. KIMURA S. SHIMIZU E.
IN LAB. FISH. CHEM. FAC. AGRIC. KYUSHU
UNIV. FUKUOKA, JPN.
YR 77.
TI STUDIES ON THE METABOLISM OF CHLORO
PHENOLS IN FISH PART 9 ISOLATION AND
IDENTIFICATION OF PENTA CHLOROPHENYL
BETA GLUCURONIDE ACCUMULATED IN BILE
OF GOLDFISH.
SO BULL JPN SOC SCI FISH. 43 (5).
601-608.
LG EN.
DE CARASSIUS-AURATUS HERBICIDE.
AN B 65012183.
<636>
AU KOBAYASHI K. KIMURA S. SHIMIZU E.
YR 76.
TI STUDIES ON THE METABOLISM OF CHLORO
PHENOLS IN FISH PART 8 ISOLATION AND
IDENTIFICATION OF PHENYL BETA
GLUCURONIDE ACCUMULATED IN BILE OF
GOLDFISH.
SO BULL JPN SOC SCI FISH. 42 (12).
(RECD 1977) 1365-1372.
DE CARASSIUS-AURATUS.
AN B 64030041.
<637>
AU KOBAYASHI, TOSH 10. MORI, KAZUYOSHI.
IN FAC. AGRIC. KYOTO UNIV. KYOTO.
JAPAN.
YR 73.
TI OCCURRENCE OF TOXICITY TO FISHES BY
PHOTODECOMPOSITION OF COMPLEX
CYANIDES.
SO MIZU SHORI GIJUTSU. 14. P575-9.
1973.
LG JA.
DE CYANIDE TOXICITY FISH.
AN C 07923133424.
<638>
AU KODAMA K. UMEHARA K. SHIMIZU K.
NAKATANI S. MINODA Y. YAMADA K.
YR 73.
TI IDENTIFICATION OF MICROBIAL PRODUCTS
FROM DI BENZOTHIOPHENE AND ITS
PROPOSED OXIDATION PATHUAY.
SO AGRIC BIOL CHEM. 37 (1). 45-50.
DE PSEUDOMONAS-ABIKONENSIS
PSEUDOMONAS-JIANII RICE.
AN B 56066207.
<639>
AU KODAMA, TAKENORI. KOBAYASHI, KOSHI.
EBA, HIROKI. OGAUA, TSUTOMU.
TAKAI, YOSHIHARU. NAITO, NAOKI.
OKADA, NOBORU. SAUANO, YOSHIHIKO.
IN POLLUT. RES. CENT. JAPAN.
YR 75.
TI DETERMINATION OF PHTHALIC ACID
239
-------
ESTERS (PflE). VIII. PAE IN AICHI
PREFECTURE.
SO KOGAI TO TAISAKU. 11. P341-5. 1975.
LG JA.
DE PHTHALIC ACID ESTER DETN UATER.
AN C 08412079472.
<640>
AU KODAMA, TAKENORI. TAKAI, YOSHIHARU.
IN POLLUT. INVEST. CENT. AICHI. JAPAN.
YR 74.
TI DETERMINATION OF PHTHALIC ACID ESTER
(PAE). IV. DETERMINATION OF PAE IN
FISH MEATS.
SO KOGAI TO TAISAKU. IB. PB50-2. 1974.
LG JA.
DE PHTHALATE DETN FISH. FISH PHTHALATE
DETN. CHROMATOG PHTHALATE. GAS
CHROMATOG PHTHALATE.
AN C 08319162258.
<641>
AU KODAMA, TAKENORI. TAKAI, YOSHIHARU.
IN AICHI PREFECT. POLLUT. RES. CENT.
AICHI. JAPAN.
YR 74.
TI DETERMINATION OF PHTHALIC ACID
ESTERS IN UATER.
SO KOGAI TO TAISAKU. 18. P488-92. 1974.
LG JA.
DE PHTHALIC ACID ESTER DETN UATER.
AN C 08206034890.
<642>
AU KOELLE U. KOPPE P. SONTHEIMER H.
YR 70.
TI TASTE AND ODOR PROBLEMS UITH THE
RIVER RHINE.
SO UATER TREAT EXAM. 19 (2). 120-135.
DE MICROORGANISMS GERMANY SEUAGE
TEMPERATURE ORGANIC POLLUTANTS
ACTIVATED CARBON CARBON TETRA
CHLORIDE BENZENE BIOLOGICAL
OXIDATION CHLORINATED HYDRO CARBON
CHROMATOGRAPHY.
AN B 53040200.
<643>
AU KOELLE U. STIEGLITZ L.
YR 75.
TI PETROCHEMICAL AND BIOGENIC HYDRO
CARBONS IN THE SEDIMENT OF LAKE
CONSTANCE.
SO HUSMANN, U. (ED.). VOM UASSER, BAND
43. CON UATER, VOL. 43.). (IN GER.).
VIII+584P. ILLUS. VERLAG CHEMIE:
UEINHEIM, UEST GERMANY. ISBN
3-527-25594-X. 161-177.
DE UEST GERMANY AUSTRIA SUITZERLAND
BOATING POLLUTION ALKYL BENZENES BI
PHENYL TETRA CHLORO BENZENE DDE HEXA
CHLORO BENZENE POLY CHLORINATED BI
PHENYLS RADIO CARBON.
AN B 75094652.
<644>
AU KOENST U M. SMITH L L JR.
BRODERIUS S J.
IN DEP. ENTOMOL. FISH UILDL. UNIV.
MINN. ST. PAUL MINN. 55108, USA.
YR 77.
TI EFFECT OF CHRONIC EXPOSURE OF BROOK
TROUT TO SUBLETHAL CONCENTRATIONS OF
HYDROGEN CYANIDE.
SO ENVIRON SCI TECHNOL. 11 (9). BBS-
SB?.
LG EN.
DE SALVELINUS-FONTINALIS GROUTH
REPRODUCTION.
AN B 65012178.
<645>
AU KOESSLER F. UOLBURG I.
YR 71.
TI METABOLIC FUNCTIONS OF
MICROORGANISMS AS INDICATORS FOR
TOXIC SUBSTANCES.
SO Z GESAMTE HYG GRENZGEB. 17 (5).
317-321.
DE VIBRIO-LUMINOSUS XYLENE TOLUENE
BENZENE NITRO BENZENE MONO CHLORO
BENZENE DEMEPHION METHYL PARATHION.
AN B 53034630.
<646>
AU KOLCHINS'KA I D. KVASNIKOV E I.
YR 73.
TI OXIDATION OF HYDRO CARBONS BY SOME
BACTERIA OF THE GENERA PSEUDOMONAS
AND BACILLUS.
SO MIKROBIOL ZH (KIEV). 35 (3). 279-
284.
DE PARAFFIN HEXA DECANE ALPHA OLEFINS
PROTEINASE PRODUCTION CARBON SOURCE.
AN B 59048826.
<647>
AU KOMORI, MASAKI. URANO, KOHEI.
NAKAI, TOSHIHIRQ.
IN UATER POLLUT. CONTROL DIV. NATL.
RES. INST. POLLUT. RESOUR. TOKYO.
JAPAN.
YR 74.
TI ADSORBABILITY OF SUBSTITUTED BENZOIC
240
-------
flCIDS ON ACTIVATED CflRBON IN AQUEOUS
SOLUTIONS. LG
SO NIPPON KAGAKU KftlSHI. P1795-9. 1974. MJ
LG JA. MN
DE BENZOIC ACID DERIV ADSORPTION AN
CflRBON.
flN C 08124159438.
<648>
fll) KOMSKII M S. BOGflTSKII M fl.
YR 73.
TI GflS LIQUID CHROMflTOGRflPHIC
DETERMINflTION OF BUTYL flCETflTE
BUTflNOL flND ftCETONE PRESENT TOGETHER
IN UftSTE UflTERS.
SO GIG SflNIT. 38 (9). 70-71.
flN B 58045995.
flU
YR
TI
SO
DE
flN
1976.
PO.
CHLORINE.
ANIMAL.
M 77080524.
7704.
<652>
KOPPERMftN H L. CflRLSON R M. CftPLE
R.
74.
flQUEOUS CHLORINflTION flND OZONflTION
STUDIES PflRT 1 STRUCTURE TOXICITY
CORRELflTIONS OF PHENOLIC COMPOUNDS
TO DftPHNIfl-MAGNA.
CHEM-BIOL INTERflCT. 9 (4). 245- 251.
FIELD RESONflNCE BIOLOGICflL flCTIVITY.
B 59058076.
<649>
AU KONDRAT'EVA, M. M. LISUNOVA, Z. S. ftU
IN USSR.
YR 71. IN
TI FORMATION OF PHENOLS IN UflSTE UflTERS YR
OF RAILROAD PLflNTS. TI
SO NftUCH. TR. OMSK. INST. INZH.
ZHELEZ.-DOROZH. TRANSP. 124. P13- SO
20. 1971.
LG RS. LG
DE UASTE UATER PHENOL POLLUTION. DE
AN C 07822140115.
<650>
AU KONDRATYUK, V. A. AN
IN TERNOPOL. MED. INST. TERNOPOL. USSR.
YR 74.
TI EFFECT OF PYRIDINE DISSOLVED IN
UATER ON THE MUCOUS MEMBRANE OF THE AU
STOMACH AND INTESTINES OF IN
EXPERIMENTAL ANIMALS. YR
SO GIG. SANIT. P87-8. 1974. TI
LG RS.
DE PYRIDINE TOXICITY CALCIUM STOMACH. SO
MAGNESIUM PYRIDINE TOXICITY STOMACH.
INTESTINE PYRIDINE CALCIUM TOXICITY. LG
UATER MINERAL PYRIDINE TOXICITY. DE
AN C 08219119705.
AN
<651>
AU KONGIEL-CHABLO I.
YR 76. AU
TI EFFECT OF PHENOL DECOMPOSITION IN
PRODUCTS IN CHLORINATED UATER ON YR
ANIMAL BODIES. TI
TR UP+YU PRODUKTOU ROZK+ADU FENOLU U
UODZIE CHLOROUANEJ NA ORGANIZM
ZUIERZBECY. SO
SO ROCZ PANSTU ZAKL HIG. 27. 6. P673-8.
<653>
KORENMAN, I. M. GUREVICH, N. YU.
KULAGINA, T. G.
GOR'K. GOS. UNIV. GORKI. USSR.
73.
EXTRACTION OF SOME N-ALKYLAMINES
FROM ftQUEOUS SOLUTIONS.
ZH. PRIKL. KHIM. (LENINGRAD). 46.
P683-4. 1973.
RS.
PARTITION ALKYLAMINE UATER ORG.
ETHYLAMINE PARTITION UATER ORG.
PROPYLAMINE PARTITION UATER ORG.
BUTYLAMINE PARTITION UATER ORG.
HYDROGEN BOND AMINE.
C 07826164884.
<654>
I. M.
KARYAKINA, L. N.
KORENMAN,
USSR.
71.
EFFECT OF ORGANIC SOLVENT NATURE ON
THE EXTRACTION OF NAPHTHYLAMINES .
TR. KHIM. KHIM. TEKHNOL. P32-5.
1971.
RS.
EXTN NAPHTHYLAMINE ORG UATER. LIQ
CLASSIFICATION EXTN.
C 07722144395.
<655>
I. M.
KOCHETKOVA, T. M.
KORENMAN,
USSR.
70.
EXTRACTION OF TOLUIDINES FROM
ftQUEOUS SOLUTIONS OF ORGANIC
NONELECTROLYTES.
TR. KHIM. KHIM. TEKHNOL. P148- 52.
1970.
241
-------
LG R5.
DE TOLUIDINE EXTN ORG NONELECTROLYTE.
AN C 07624145489.
AN
GUAIACOL UATER.
GUAIACOL UATER.
C 07920118901.
NITROBENZENE EXTN
<656>
AU KORENMAN, I. M. • LIZUNOVA, G. M.
SALYAKAEVA, F. I.
IN USSR.
YR 73.
TI EXTRACTION OF ANILINE FROM AQUEOUS
SALT SOLUTIONS.
SO TR. KHIM. KHIM. TEKHNOL. P126-7.
1973.
LG RS.
DE ANILINE SALTING OUT ALKALI SALT.
BENZENE EXTN ANILINE AQ SALT.
AN C 08110054886.
<657>
AU KORENMAN, YA. I.
IN USSR.
YR 74.
TI EXTRACTION OF HYDROQUINONE FROM
AQUEOUS SOLUTIONS.
SO ZH. PRIKL. KHIM. (LENINGRAD). 47.
P1816-19. 1974.
LG RS.
DE SflLT EFFECT HYDROQUINONE EXTN.
HYDROQUINONE EXTN ORG SOLVENT.
HEPTANOL EXTN HYDROQUINONE.
AN C 08124159772.
<658>
AU KORENMAN, YA. I.
IN USSR.
YR 73.
TI EXTRACTION OF CRESOLS FROM AQUEOUS
SOLUTIONS.
SO TR. KHIM. KHIM. TEKHNOL. P136-7.
1973.
LG RS.
DE CRESOL EXTN AQ ORG SOLVENT. flLC EXTN
CRESOL. BENZENE DERIV EXTN CRESOL.
PHENOL EXTN fiQ ORG SOLVENT.
AN C 08110054890.
<659>
AU KORENMAN, YA. I.
IN USSR.
YR 73.
TI EXTRACTION OF GUAIACOL FROM AQUEOUS
SOLUTIONS.
SO ZH. PRIKL. KHIM. (LENINGRAD). 46.
P1385-9. 1973.
LG RS.
DE GUAIACOL EXTN ORG SOLVENT. ALC EXTN
GUAIACOL UATER. CHLOROFORM EXTN
<668>
AU KORENMAN, YA. I.
IN GOR'K. S.-KH. INST. GORKI. USSR.
YR 71.
TI INTERFACIAL TENSION AND EXTRACTION
OF PHENOLS.
SO ZH. FIZ. KHIM. 45. P2923-4. 1971.
LG RS.
DE PHENOL UATER SOLVENT DISTRIBUTION.
ETHYLPHENOL UATER SOLVENT
DISTRIBUTION. XYLENOL UATER SOLVENT
DISTRIBUTION. UATER SOLVENT PHENOL
DISTRIBUTION.
AN C 07612064088.
<661>
AU KORENMAN, YA. I. BUTYAEVA, I. I.
GEL'FAND, M. M.
IN USSR.
YR 74.
TI EXTRACTION OF NAPHTHOLS FROM AQUEOUS
SOLUTIONS.
SO ZH. PRIKL. KHIM. (LENINGRAD). 47.
P473-5. 1974.
LG RS.
DE EXTN NAPHTHOL AQ SOLN. SOLVENT ORG
EXTN NAPHTHOL. ACETATE ESTER EXTN
NAPHTHOL. ALC EXTN NAPHTHOL. BENZENE
DERIV EXTN NAPHTHOL. ALKANE EXTN
NAPHTHOL.
AN C 08108042082.
<662>
AU KORENMAN, YA. I. GOROKHOV, A. A.
BOBROV, 0. G.
IN GOR'K. S-KH. INST. GORKI. USSR.
YR 76.
TI EXTRACTION DETERMINATION OF PHENOL
AND DIPHENYLOLPROPANE IN UASTE
UATERS.
SO ZAVOD. LAB. 42. P519-20. 1976.
LG RS.
DE PHENOL DETN UASTEUATER.
PHENYLOLPROPANE DETN UASTEUATER.
AN C 08526197596.
<663>
AU KORENMAN, YA. I. KARELINA, L. S.
IN USSR.
YR 78.
TI EXTRACTION STUDY OF MOLECULAR
COMPLEXES OF PHENOL IN AQUEOUS
SOLUTIONS.
242
-------
SO TR. KHIM. KHIM. TEKHNOL. P85-8.
1970.
LG RS.
DE PHENOL MOL COMPLEXES EXTN.
AN C 07514091711.
<664>
AU KORENMAN, YA. I. PERESHEIN, V. V.
IN USSR.
YR 71.
TI EXTRACTION OF P-CRESOL FROM AQUEOUS
SOLUTIONS.
SO TR. KHIM. KHIM. TEKHNOL. P69-73.
1971.
LG RS.
DE EXTN CRESOL AQ SOLN. PHENOL CRESOL
EXTN. SOLVENT PROPERTY CRESOL EXTN .
LID CLASSIFICATION EXTN.
AN C 87722144397.
<665>
AU KORENMflN, YA. I. PERESHEIN, V. V.
IN GOR'K. SEL'SKOKHOZ. INST. GORKI.
USSR.
YR 70.
TI EXTRACTION OF 0-CRESOL FROM AQUEOUS
SOLUTIONS.
SO ZH. PRIKL. KHIM. (LENINGRAD). 43.
P1410-12. 1970.
LG RS.
DE CRESOLS EXTN. EXTN CRESOLS.
HYDROCflRBONS CRESOLS EXTN. SOLVENTS
EXTN CRESOLS.
AN C 07322113526.
<666>
AU KORENMflN, YA. I. PLATONOVA, T. K.
IN USSR.
YR 69.
TI EXTRACTION OF P-ETHYLPHENOL FROM
AQUEOUS SOLUTIONS.
SO TR. KHIM. KHIM. TEKHNOL. PI 16- 20.
1969.
LG RS.
DE EXTN ETHYLPHENOLS. ETHYLPHENOLS
EXTN.
AN C 07320102544.
<667>
AU KORENMflN, YA. I. SOTNIKOVA, N. G.
IN GOR'K. S.-KH. INST. GORKI. USSR.
YR 72.
TI EXTRACTION STUDY OF MOLECULAR
COMPLEXES OF SALICYLALDEHYDE IN
AQUEOUS SOLUTIONS.
SO ZH. STRUKT. KHIM. 13. P1003-7. 1972.
LG RS.
DE SflLlCYLALDEHYDE ORG COMPLEX.
ISOPROPflNOL SALICYLALDEHYDE COMPLEX.
ETHYLENE GLYCOL SALICYLALDEHYDE
COMPLEX. CITRIC ACID SALICYLALDEHYDE
COMPLEX. BENZENESULFONATE
SALICYLftLDEHYDE COMPLEX.
TOLUENESULFONIC ACID SALICYLALDEHYDE
COMPLEX. ACETONE SflLlCYLALDEHYDE
COMPLEX. DIOXANE SflLlCYLALDEHYDE
COMPLEX.
AN C 07814089108.
<668>
AU KORN, SID. STRUHSflKER, JEANNETTE U.
BENVILLE, PETE, JR.
IN SOUTHWEST FISH. CENT. NOAA. TIBURON.
CALIF.
YR 76.
TI EFFECTS OF BENZENE ON GROUTH, FAT
CONTENT, AND CALORIC CONTENT OF
STRIPED BASS, MORONE SflXATILIS.
SO FISH. BULL. 74. P694-8. 1976.
LG EN.
DE BENZENE TOXICITY FISH. WATER
POLLUTION BENZENE FISH. PETROLEUM
UflTER POLLUTION FISH.
AN C 08523172405.
<669>
AU KOROLEV A A.
YR 72.
TI OZONE TREATMENT AS A METHOD OF
PURIFYING UATER POLLUTED UITH
CHEMICAL COMPOUNDS.
TR OZONIROVANIE KAK METOD
OBEZVREZHIVANIIfl VODY, ZAGRIAZNENNOI
KHIMICHESKIMI SOEDINENIIAMI.
SO GIG SflNIT. 37. 12. P78-83. DEC 72.
LG RS.
MJ INDUSTRIAL-UASTE.
MN BENZOPYRENES. INSECTICIDES-
ORGflNOPHOSPHATE. SURFACE-ACTIVE-
AGENTS.
AN M 73131360.
<670>
AU KOROLEV, A. A. flBINDER, A. A.
BOGDANOV, M. V. ZAKHAROVA, T. fl.
KHITROV, N. K.
IN ENVIRONMENTAL PROTECTION AGENCY,
RESEARCH TRIANGLE PARK, N.C.
TRANSLATION SERVICES SECTION.
YR 73. 8P.
TI HYGIENIC AND TOXICOLOGICAL
CHARACTERISTICS OF BREAKDOWN
PRODUCTS OF PHENOL IN THE OZONE
TREATMENT OF UftTER (GIGIENICHESKAYA
I TOKSIKOLOGICHESKflYfl
243
-------
KHARAKTERISTIKA PRODUKTOV
DESTRUKTSII FENOLfl PR I OZONIROVANII
VODY).
NT TRANS. OF GIGIENA I SANITARIYA
(USSR) V38 N8 P6-10 AUG 73.
PR PC$3.25/MF$2.25.
AB ALL TESTED PHENOLS ARE EASILY
OXIDIZED BY OZONE, AS THE RESULT OF
UHICH THE ORGANOLEPTIC PROPERTIES OF
UATER CONTAMINATED BY THESE
SUBSTANCES ARE SIGNIFICANTLY
IMPROVED. THE PRODUCTS OF ADVANCED
OXIDATION OF PHENOLS BY OZONE ARE
PRACTICALLY NONTOXIC AND
NOHCUMULATIVE. THE OZONIZftTION
METHOD CAN BE RECOMMENDED FOR UIDE
USE TO PURIFY DRINKING UATER AND
SEUAGE CONTAMINATED BY PHENOLS.
MJ TOXICOLOGY, OZONIZATION, WATER-
TREATMENT, PHENOLS.
MN POTABLE-UATER, HYGIENE, USSR,
TRANSLATIONS, RECOMMENDATIONS,
SEUAGE-TREATMENT, OXIDATION.
DECOMPOSITION.
ID NTISEPAISD.
AN N PB-237 917-T/SL.
<671>
AU KOSHITANI, ZINYA. UENO, TOSH 10.
YOSHIDA, TAKATOSHI. SUZUKI,
MASAKAZU.
IN NAGOYA INST. TECHNOL. NAGOYA. JAPAN.
YR 73.
TI OXIDATION OF HYDROQUINONE BY OXYGEN
IN AQUEOUS SOLUTIONS AND IN ORGANIC
SOLVENTS.
SO NAGOYA KOGYO DAIGAKU GAKUHO. 25.
P413-8. 1973.
LG JA.
DE AUTOXIDN HYDROQUINONE KINETICS.
SOLVENT EFFECT AUTOXIDN HYDROQUINONE
AN C 88221138933.
<673>
AU KOSSLER F. UOLBURG I.
YR 71.
TI METABOLIC FUNCTIONS OF
MICROORGANISMS AS INDICATORS OF
TOXIC SUBSTANCES.
TR STOFFUECHSELFUNKTIONEN VON
MIKROORGANISMEN ALS INDIKATOREN FUR
TOXISCHE SUBSTANZEN.
SO Z GESAMTE HYG. 17. 5. P317-21. MAY
71.
LG GE.
MJ BACTERIA: DE, ME.
MN BACTERIOLOGICAL-TECHNICS.
BIOLOGICAL-ASSAY.
AN M 72049856.
<674>
AU KOSTROMIN, N. P. SARAEVA, V. V.
IN USSR.
YR 74.
TI RADIATION-CHEMICAL OXIDATION OF
3-PICOLINE IN AQUEOUS SOLUTIONS.
SO VESTN. MOSK. UNIV. KHIM. 15. P755.
1974.
LG RS.
DE PICOLINE PHOTOCHEM OXIDN.
AN C 08225178627.
<675>
AU KOSTROMIN, N. P. SARAEVA, V. V.
IN MOSK. GOS. UNIV. IM. LOMONOSOVA.
MOSCOU. USSR.
YR 75.
TI KINETICS OF THE RADIATION- CHEMICAL
OXIDATION OF PYRIDINE IN AQUEOUS
SOLUTIONS.
SO KHIM. VYS. ENERG. 9. P34-8. 1975.
LG RS.
DE PYRIDINE OXIDN X RAY.
AN C 08215097420.
<672> AU
AU KOSINKIEUICZ B. STANKIEUICZ M. IN
YR 75. YR
TI THE EFFECT OF MICROORGANISMS ON TI
PHYTO TOXICITY OF HERBICIDES PART 2
INCREASE OF PHYTO TOXICITY OF VENZAR
IN THE PRESENCE OF PHENOLIC SO
COMPOUNDS PRODUCED BY
PSEUDOMOHAS-SP. LG
SO ACTA MICROSIOL POL SER B MICROSIOL DE
APPL. 7 (1). 15-23.
DE SINAPIS-ALBA CHLORELLA-VULGARIS
PHYTO TOXICITY. AN
AN B 61017385.
<676>
KOSTROMIN, N. P. SARAEVA, V. V.
MOSK. GOS. UNIV. MOSCOU. USSR.
74.
DETERMINATION OF PRODUCTS OF
RADIATION-CHEMICAL OXIDATION OF
PYRIDINE IN AQUEOUS SOLUTION.
VESTN. MOSK. UNIV. KHIM. 15. P472-4.
1974.
RS.
HYDROXYLATION PYRIDINE RADIOCHEM.
IRRADN PYRIDINE HYDROXYLATION.
HYDROXYPYRIDINE. OXIDE PYRIDINE.
C 88205031222.
244
-------
<677>
AU KOSTROMIN, N. P. SILANT'EV, A. I.
SARAEVA, V. V.
IN MOSK. COS. UNIV. IM. LOMONOSOVA.
MOSCOW. USSR.
YR 77.
TI RADIATIVE-CHEMICAL OXIDATION OF
3-PICOLINE IN AQUEOUS SOLUTIONS.
SO KHIM. VYS. ENERG. 11. P81-2. 1977.
LG RS.
DE PICOLINE IRRADN OXIDN.
AN C 08619139793.
<678>
AU KOSTYAEV, V. YA.
IN USSR.
YR 73.
TI INFLUENCE OF PHENOL ON THE
HYDROCHEMICAL REGIME, PHYTOPLflNKTON,
AND PHYTOFOULING OF EXPERIMENTAL
UATER BODIES.
SO TR. INST. BIOL. VNUTR. VOD, AKAD.
NAUK SSSR. NO. 24. P119-51. 1973.
LG RS.
DE PHENOL POLLUTION UATER BIOTA.
AN C 08016087250.
<679>
AU KOSTYAEV, V. YA.
IN USSR.
YR 73.
TI EFFECT OF PHENOL ON ALGAE.
SO TR. INST. BIOL. VNUTR. VOD, AKAD.
NAUK SSSR. NO. 24. P98-113. 1973.
LG RS.
DE PHENOL TOXICITY ALGAE.
PHOTOSYNTHESIS ALGAE PHENOL.
AN C 08015078930.
<680>
AU KOSTYAEV, V. YA.
YR 73. 10P.
TI PATTERN OF PHENOL DEGRADATION IN THE
VOLGA AND ITS TRIBUTARIES.
AV TRANSLATION.
PR PC$3.50/MF$2.25.
AB METHODS ARE DESCRIBED FOR TAKING
UATER SAMPLES AND MAKING PHENOL
DETERMINATIONS. STUDIES UERE MADE
ON THE RATE OF PHENOL DESTRUCTION,
EFFECTS OF ADDED NITROGEN AND
PHOSPHORUS SALTS ON PHENOL
DESTRUCTION RATE, AND EFFECTS.OF
LIGHT ON PHENOL DESTRUCTION.
RESULTS SHOUED THAT NEITHER A
DECREASE IN THE PH OF THE UATER NOR
A DECREASE IN OXYGEN CONCENTRATION
LEAD TO DESTRUCTION OF THE TOXICANT;
ONLY ADDITION OF NITROGEN AND
PHOSPHORUS CAUSED RAPID DESTRUCTION.
IT UAS CONCLUDED THAT IF ALGAE AND
OTHER PLANTS RELEASE ANTIBIOTICS,
THEY DO NOT AFFECT THE PHENOL-
DESTROYING BACTERIA UNFAVORABLY.
MJ PHENOLS, DECOMPOSITION.
MN ALGAE, ANTIBIOTICS, BACTERIA,
OXYGEN, PLANTS, SAMPLING, VISIBLE-
RADIATION, VOLGA-RIVER, UATER.
ID ERDA-520200, TRANSLATIONS, USSR,
BIODEGRADATION, NUTRIENTS, UATER-
POLLUTION, NTISERDA.
AN N ORNL-TR-2935.
<681>
AU KOSTYAEV, V. YA.
YR 73. 69P.
TI EFFECT OF PHENOL ON THE
HYDROCHEMICAL REGIME, PHYTOPLANKTON,
AND PLANT OVERGROUTH IN ARTIFICIAL
BODIES OF UATER.
AV TRANSLATED FROM TR. INST. BIOL.
VNUTR. VOD, AKAD. NAUK SSSR.
PR PC$4.50/t1F$2.25.
AB THE EFFECTS OF THE ADDITION OF
VARIOUS AMOUNTS OF PHENOL COMPOUNDS
ON THE GROUTH OF ALGAE IN LARGE
TANKS FILLED UITH RIVER UATER UERE
STUDIED. THE DEPOSITION OF PHENOLS
IN SEDIMENTS AND THE DECOMPOSITION
OF PHENOLS BY BACTERIA UERE
OBSERVED.
MJ AQUATIC-ECOSYSTEMS, UATER-
POLLUTION, PHENOLS, TOXICITY, ALGAE,
PLANT-GROUTH.
MN BACTERIA, DECOMPOSITION,
ENVIRONMENT, FRESH-UATER, SEDIMENTS,
TIME-DEPENDENCE.
ID ERDA-520200, ERDA-560303, NTISERDA.
AN N ORNL-TR-2934.
<682>
AU KOSTYAEV, V. YA. BARONKINA, L. A.
YR 73. 9P.
TI DECOMPOSITION OF PHENOL IN VARIOUS
MEDIA.
PR PC$3.50/T1F$2.25.
AB IN ORDER TO DECOMPOSE LARGE
CONCENTRATIONS OF PHENOL A HIGHER
BACTERIAL ACTIVITY IS REQUIRED
UHICH, UNDER OTHERUISE EQUAL
CONDITIONS, DEPENDS ON THE
CONCENTRATION OF BIOGENIC ELEMENTS
IN THE MEDIUM CN,P). THE TAMIIYA
MEDIUM IN THIS RESPECT EXCEEDS THE
CHU NO. 10 MEDIUM BY A FACTOR OF 10,
AND THIS HIGHER CONCENTRATION OF
BIOGENIC ELEMENTS IN THE TAMIIYA
245
-------
MEDIUM DETERMINES THE HIGHER RATE OF
DECOMPOSITION AT HIGHER PHENOL
CONCENTRATIONS.
MJ PHENOLS, DECOMPOSITION, BACTERIA,
METABOLISM.
MN BIOCHEMICAL-REACTION-KINETICS,
CULTURE-MEDIfl.
ID ERDA-400301, ERDA-510180, NTISERDA.
AN N ORNL-TR-2937.
<683>
flU KQSTYAEV, V. YA. LAPTEVfl, N. A.
MIKRYAKOVA, T. V. BARONKINA, L. A.
ZHUKOV. B. A. GORYACHEVA, N. B.
ZAKHAROVA, L. I.
IN USSR.
YR 73.
TI DEGRADATION OF PHENOL IN ARTIFICIAL
UATER BODIES. EXPERIMENTS IN 1970 .
SO TR. INST. BIOL. VNUTR. VOD, AKAD.
NAUK SSSR, NO. 24. P159-66. 1973.
LG RS.
DE PHENOL POLLUTION FRESHUATER
MICROFLORA. BIODEGRDN PHENOL
FRESHUATER.
AN C 08014074024.
<686>
AU KOYAMA, AKIRA.
IN JAPAN.
YR 72.
TI ENVIRONMENTAL POLLUTION BY
CONCENTRATED CYANIDE SOLUTIONS AND
COUNTERMEASURES AGAINST THE
POLLUTION.
SO JITSUMU HYOMEN GIJUTSU. P193-9.
1972.
LG JA.
DE REVIEU CYANIDE DISPOSAL UASTE UATER.
AN C 07706038881.
<687>
AU KOZITSKAYA, V. N.
IN INST. GIDROBIOL. KIEV. USSR.
YR 71.
TI SOURCES OF PHENOL ACCUMULATION IN
RESERVOIRS OF THE DNIEPER CASCADE.
SO GIDROBIOL. ZH. 7. P57-62. 1971.
LG RS.
DE PHENOL UATER RESERVOIR. BLUE GREEN
ALGAE PHENOL RESERVOIR. BLOOMING
ALGAE PHENOL RESERVOIR.
AN C 07604017697.
<6B4>
AU KOTLYAR, S. G.
IN USSR.
YR 75.
TI EFFECT OF FORMALDEHYDE ON THE
CHEMICAL PROPERTIES OF UATER AND THE
BIOCHEMICAL PROCESSES OCCURRING IN A
RESERVOIR.
SO TR. SARATOV. OTD. Nil OZ. I RECH.
RYB. KH-VA. P12-13. 1975.
LG RS.
DE FORMALDEHYDE UATER POLLUTION.
AN C 08426184747.
<685>
AU KOVACHEV, S. UZUNOV, I.
IN ZOOL. INST. SOFIA. BULG.
YR 75.
TI TOXIC EFFECT OF PHENOL ON SEVERAL
FRESH UATER INVERTEBRATES.
SO KHIDROBIOLOGIYA. 1. P65-74. 1975.
LG BU.
DE PHENOL TOXICITY FRESHUATER
INVERTEBRATE. OLIGOCHAETE PHENOL
RESISTANCE. flMPHIPOD PHENOL
RESISTANCE. ISOPOD PHENOL
RESISTANCE. INSECT LARVAE PHENOL
RESISTANCE. SAPROBIC ORGANISM PHENOL
TOXICITY.
AN C Q8525187331.
<6B8>
AU KOZYUKINA ZH T.
YR 75.
TI INCREASE IN GAS RESISTANCE AND
PHENOL ACCUMULATING ABILITY OF
PLANTS UNDER CONDITIONS OF AN
INDUSTRIAL MEDIUM.
SO UKR BOT ZH. 32 C3). 367-370.
DE DACTYL IS-GLOMERATA SYRINGA- VULGARIS
PSEUDOBACTERIUM-LACTICUM
PSEUDOMONAS-LIQUEFftCIENS HUMUS
MIXTURE AIR POLLUTION BACTERIAL
FERTILIZERS.
AN B 61060455.
<689>
AU KRAMER, URS. BHATIA, KISHAN.
IN MELLON INST. SCI. CARNEGIE- MELLON
UNIV. PITTSBURGH. PA.
YR 74.
TI DETERMINATION OF TRACE PHENOL AND
ISOMERIC HYDROXYBENZOIC ACIDS IN
AQUEOUS BENZOIC ACID SOLUTIONS BY
AQUEOUS LIQUID CHROMATOGRAPHY.
SO J. CHROMATOGR. 89. P348-9. 1974.
LG EN.
DE HYDROXYBENZOIC ACID DETN. PHENOL
DETN BENZOIC ACID PHOTOOXIDN. OXIDN
BENZOIC ACID PRODUCT ANALYSIS.
CHROMATOG BENZOIC ACID OXIDN
PRODUCT. RADIOLYSIS BENZOIC ACID
246
-------
OXIDN PRODUCT.
C 08028115802.
<690>
AU KREMMER, A. M. KNYAZEVA, G. V.
SAMSONOVft, L. M.
IN USSR.
YR 72.
TI DETERMINATION OF COMPONENTS OF
BITUMENS AND BENZENE IN SUBSURFACE
UATERS.
SO VOP. ORG. GEOKHIM. GIDROGEOL.
NEFTEGAZONOS. BASSEINOV UZB. NO. 4.
P244-5B. 1972.
LG RS.
DE BITUMEN DETN SUBSURFACE UATER.
BENZENE DETN SUBSURFACE UATER. UATER
ANALYSIS BITUMEN BENZENE.
AN C 07924139585.
<691>
AU KRESHKOV, A. P. BALYATINSKAYA, L.
N. SOMOVA, V. G. VASILEVA, S. V.
IN USSR.
YR 73.
TI DETERMINATION OF PHENOL AND UATER IN
PHENOL-FORMALDEHYDE RESINS IN ft
MEDIUM OF NONAQUEOUS SOLVENTS.
SO PLAST. MASSY. P66-8. 1973.
LG RS.
DE PHENOL DETN PHENOLIC RESIN. UATER
DETN PHENOLIC RESIN. FORMALDEHYDE
PHENOL RESIN ANALYSIS.
AN C 07908043146.
<692>
AU KRISHNA PRASAD, S B S. SRINIVASA
RAO, M. RAO, T S.
IN ANDHRA UNIV. COLLEGE OF ENGINEERING,
UALTAIR, INDIA.
YR 75.
TI MEDIAN TOLERANCE LIMITS OF SOME
CHEMICALS TO THE FRESH UATER FISH
CYPRINUS CARPIO.
SO INDIAN JOURNAL OF ENVIRONMENTAL
HEALTH, 17(2): 140-146, APR. 1975.
LG EN.
AB NONE.
ID CHLORDANE, AMMONIUM CHLORIDE, ZINC
SULFATE, XYLENE, LEAD NITRATE,
COPPER SULFATE, SILVER NITRATE,
PYRIDINE, PHENOLS, NICKEL CHLORIDE.
DE FISH, CHEMICAL POLLUTANTS,
BIOASSAYS, AMMONIA, INSECTICIDES,
TOXICITY SALTS, METALS.
AN P 7600951.
<693>
AU KRISTOFFERSSON R. BROBERG S.
OIKARI A.
YR 73.
TI PHYSIOLOGICAL EFFECTS OF A SUBLETHAL
CONCENTRATION OF PHENOL IN THE PIKE
ESOX-LUCIUS IN PURE BRACKISH UATER.
SO ANN ZOOL FENN. 10 (2). 392-397.
DE AMINO-ACID METABOLISM ACTIVITY.
AN B 58034724.
<694>
AU KRISTOFFERSSON R. BROBERG S.
OIKARI A. PEKKARINEN M.
YR 74.
TI EFFECT OF A SUBLETHAL CONCENTRATION
OF PHENOL ON SOME BLOOD PLASMA
ENZYME ACTIVITIES IN THE PIKE
ESOX-LUCIUS IN BRACKISH UATER.
SO ANN ZOOL FENN. 11 C3). 220-223.
DE GLUTAMATE PYRUVATE TRANS AMINASE
LACTATE DEHYDROGENASE GLUTAMATE OXAL
ACETATE TRANS AMINASE CHOLIN
ESTERASE.
AN B 59028857.
<695>
AU KRIVENTSOVA T D.
YR 76.
TI THE EFFECT OF SEUAGE ON THE
PHYSIOLOGICAL GROUPS OF BACTERIA IN
THE DUBOSSARY RESERVOIR.
SO IZV AKAD NAUK MOLD SSR SER BIOL KHIM
NAUK. 5. (RECD 1977) 46-50.
DE MQLDAVIAN-SSR USSR AMMONIFIERS
NITRIFIERS DENITRIFIERS CELLULOSE
DECOMPOSING SULFATE REDUCING
AMYLOLYTIC PETROLEUM OXIDIZING
METHANE OXIDIZING PHENOL OXIDIZING
FAT DECOMPOSING.
AN B 78010900.
<696>
AU KRUPATKIN, I. L. ROZHENTSOVA, E. P.
IN KIROV. POLITEKH. INST. KIROV. USSR.
YR 75.
TI LIQUID EXTRACTION OF DIHYDRIC
PHENOLS FROM AQUEOUS SOLUTIONS.
SO IZV. VYSSH. UCHEBN. ZAVED. KHIM.
KHIM. TEKHNOL. 18. P1505. 1975.
LG RS.
DE RESORCINOL ISOPROPYL ETHER AQ.
PYROCATECHOL ISOPROPYL ETHER AQ.
PHENOL ISOPROPYL ETHER AQ. CRIT SOLN
TEMP AQ PHENOL.
AN C 08404022727.
247
-------
<697>
AU KRUPITSKfllA I D. PIKULEVft M M.
RANOV A I.
YR 67.
TI EXPERIENCE IN STUDYING THE EFFICflCY
OF MEPSURES FOR PREVENTING THE
POLLUTION OF THE MIflSS RIVER UITH
PHENOLS.
TR OPYT IZUCHENIIfl EFFEKTIVNOSTI
MEROPR11ATI I, PREDUPREZHDAIUSHCHIKH
ZAGRAIAZENIE R. MIflSS FENOLAMI.
SO GIG SfiNIT. 32. 5. P88-9. MAY 67.
LG RS.
MJ PHENOLS.
MN RUSSIAN-FEDERATION.
AN M 69184008.
<698>
AU KRYATOV, I. A. SKVORTSOV, A. F.
GUSHCHINA, L. M.
IN USSR.
YR 74.
TI USE OF OXIDIZING AGENTS FOR
EXTENSIVE PURIFICATION OF UATER
CONTAINING PHENOL, SURFACTANTS, AND
PETROLEUM.
SO TEKHNOL. OCHISTKI PIT'EV. VODY I
SAN.-GIGIEN. TREBOVANIYA K EE
KACHESTVU. P123-5. 1974.
LG RS.
DE PHENOL OXIDN UASTEUATER. SURFACTANT
UASTERUATER OXIDN. PETROLEUM
UASTEUATER OXIDN. UASTEUATER OXIDN
POLLUTANT.
AN C 08316384637.
<699>
AU KUDRISH I K. MIAGKII B I. KHENKINA
L M. EVSEEVA A E. KRYSHTAB T P.
YR 77.
TI EFFECT OF SUBSTANCES EXTRACTED FROM
COAL ON THE OXIDATIVE AND GROUTH
ACTIVITY OF METHANE-OXIDIZING
BACTERIA.
TR VPLYV EKSTRAKTYVNYKH RECHOVYN
VUHILLIA NA OKYSLIUVAL'NU I ROSTOVU
AKTYVNIST' METANOKYSLIUIUCHYKH
BAKTERII.
SO MIKROBIOL ZH. 39. 5. P591-6. SEP-
OCT 77.
LG UK.
MJ BACTERIA: ME.
MN BACTERIA: GD. OXIDATION-REDUCTION.
AN M 78939828. 7882.
<700>
AU KUHN, A. T. UILSON, C.
IN UNIV. SALFORD. SALFORD. ENGL.
YR 77.
TI THE CATALYTIC AIR OXIDATION OF
CYANIDES.
SO OBERFLAECHE-SURF. 18. P93-6. 1977.
LG GE.
DE CYANIDE REMOVAL CATALYTIC AIR OXIDN.
UATER REMOVAL CYANIDE.
AN C 08706044733.
<701>
AU KULSHRESHTHA, H. K. MITRA, D. P.
CHATTERJEE, A. K.
IN DETT. DEF. RES. LAB. GUALIOR. INDIA.
YR 72.
TI SIMPLE TEST FOR THE DETECTION OF
TRACES OF PHENOL IN DRINKING UATER.
SO LABDEV, PART A. 10. P174-5. 1972.
LG EN.
DE PHENOL DETN UATER. UATER ANALYSIS
PHENOL.
AN C 08908040860.
<702>
AU KUNTE H.
IN HYGIENE-INSTITUT DER UNIVERSITAT
MAINZ.
YR 75.
TI THE DETERMINATION OF PHENOLS IN
UATER: GAS CHROMATOGRAPHIC
IDENTIFICATION BY MEANS OF THE
ELECTRON AFFINITY (AUTHOR'S TRANSL)
TR UNTERSUCHUNGEN ZUR BESTIMMUNG VON
PHENOLEN IM UASSER:
GASCHROMATOGRAPHISCHE
IDENTIFIZIERUNG AUF GRUND DES
ELEKTRONENANLAGERUNGSVERMOGENS.
SO ZENTRALBL BAKTERIOL ORIG B. 160. 2.
P148-54. MAR 75.
LG GE.
MJ PHENOLS: AN.
MN DINITROPHENOLS: AN. CGU).
AN M 76015468.
<703>
AU KUNTE H.
YR 71.
TI THIN-LAYER AND GAS- CHROMATOGRAPHIC
DETERMINATION OF PHENOLS PRESENT IN
UATER.
TR UNTERSUCHUNGEN ZUR BESTIMMUNG VON
PHENOLEN IM UASSER MIT HILFE DER
DUNNSCHICHT- UNO GASCHROMATOGRAPHIE.
SO ZENTRALBL BfiKTERIOL ORIG B. 155. 1.
P41-9. SEP 71.
LG GE.
MJ PHENOLS: IP.
MN CHROMATOGRAPHY-GAS. ESTERS.
AN M 72098297.
248
-------
<704>
AU KUNTE, HELGA. SLEMROVA, JANA. IN
IN HYG.-INST. UNIV. MAINZ. MAINZ. GER. YR
YR 75. TI
TI IDENTIFICATION OF PHENOLIC
SUBSTANCES IN SURFACE WATER BY GAS SO
CHROMATOGRAPHY AND MASS
SPECTROMETRY. LG
SO Z. UASSER ABUASSER FORSCH. 8. DE
P176-82. 1975.
LG GE.
DE PHENOLIC COMPD IDENTIFICATION RIVER. AN
CHROMATOG PHENOLIC COMPD UATER. MASS
SPECTROMETRY PHENOLIC COMPD UATER.
AN C 08516112577.
AU
IN
<705>
AU KUO, MING-FU. YR
IN MC GILL UNIVERSITY (CANADA) (0781) TI
PH.D. 1968, 001PP.
YR 68.
TI DISPERSON OF POLLUTANTS IN UIDE AND
SHALLOW RIVERS.
SO ADD C1977030. SO
DE ENGINEERING, GENERAL (0537).
AN D ADG03-00438. LG
DE
AN
<706>
AU KURDISH, I. K. MYAGKII, B. I.
KHENKINA, L. M. EVSEEV, A. E.
KRYSHTAB, T. P. MALASHENKO, YU. P. AU
IN INST. MIKROBIOL. VIRUSOL. KIEV. IN
USSR. YR
YR 77. TI
TI EFFECT OF EXTRACTIVE SUBSTANCES OF
COAL ON THE OXIDATIVE AND GROWTH SO
ACTIVITY OF METHANE-OXIDIZING LG
BACTERIA. DE
SO MIKROBIOL. ZH. (KIEV). 39. P591- 6.
1977. AN
LG UK.
DE MINERAL COAL EXT BACTERIA GROWTH.
METHANE OXIDN BACTERIA COAL EXT.
AN C 08725197027. AU
IN
YR
TI
<707>
AU KURIYAGAUA F. OKUZAUA A. MATSUMOTO
S.
YR 73.
TI PRACTICAL ANALYSIS OF CYANIDE ION IN SO
INDUSTRIAL WASTE WATER. LG
SO J HYG CHEM. 19 (2). 110-116. DE
DE COLORIMETRY.
AN B 58028365.
<708>
AU KUVANDYKOV, I. SH. NURMUKHAMETOVA, AN
L. A.
USSR.
75.
HIGH-SPEED ANALYSIS OF AQUEOUS
SOLUTIONS OF TRIETHYLENE GLYCOL.
PROBL. NEFTI I GAZA TYUMEN I.
NAUCH.-TEKHN. SB. P45-8. 1975.
RS
ETHYLENE GLYCOL DETN TITRIMETRY.
GLYCOL TRIETHYLENE DETN TRITRIMETRY
C 08526201775.
<709>
KUWAHARA, MASAAKI. TSUJI, MASAO.
DEP. FOOD SCI. KAGAWA UNIV. KAGAWA.
JAPAN.
76.
BACTERIAL PRODUCTION OF CATECHOL
FROM BENZOIC ACID. I. ACCUMULATION
OF CATECHOL FROM BENZOIC ACID BY A
MUTANT INDUCED FROM CORYNEBACTERIUM
GLUTAMICUM.
HAKKO KOGAKU ZASSHI. 54. P782-8.
1976.
JA.
CATECHOL CORYNEBACTERIUM BENZOATE.
C 08607041795.
<710>
KUZNETSOV, M. D. KUZNETSOV, E. R.
USSR.
74.
ANALYSIS OF THE STEAM- CIRCULATION
METHOD TO REMOVE PHENOL FROM WATER
MET. KOKSOKHIM. 37. P100-6. 1974.
RS.
PHENOL REMOVAL WASTEWATER. STEAM
PHENOL REMOVAL WASTEWATER.
C 08106029234.
KUZNETSOVA, E. M. RASHIDOVA, D. SH.
ELISEEVA, N. M.
MOSK. GOS. UNIV. MOSCOW. USSR.
77.
DESCRIPTION OF THE EXTRACTION OF
DIHYDRIC PHENOLS FROM WATER BY
DIFFERENT ORGANIC SOLVENTS.
UZB. KHIM. ZH. P93-100. 1977.
RS.
PHENOL EXTN WATER SOLVENT.
PYROCATECHOL EXTN WATER SOLVENT.
RESORCINOL EXTN WATER SOLVENT. ALC
EXTN PHENOL WATER. ACETATE EXTN
PHENOL WATER. ETHER EXTN PHENOL
WATER.
C 08726205980.
249
-------
AB
fiU KVASNIKOV E I. TIN'IANOVA N Z. ID
KRIVITS'KII I P.
YR 70. DE
TI NAPHTHALENE OXIDIZING BACTERIA OF
THE WESTERN UKRAINIAN OIL DEPOSITS2
AN
TR NAFTALINOKYSLIUIUCHI BAKTERII
ZAKHIDNOUKR ftINS'KYKH
NAFTORODOVYSHCH.
SO MIKROBIOL ZH. 32. 3. P294-7. MAY- flU
JUN 70. YR
LG UK. TI
MJ BflCTERIfl: ME. SOIL-MICROBIOLOGY. SO
MN flCTINOMYCETflLES: ME. MYCOBflCTERIUM:
ME. XflNTHOMONftS: ME.
flN M 712B4365. DE
AN
fill KVfiSNIKGV E I. TIN'YflNOVfl N Z.
YR 74.
TI NAPHTHALENE ASSIMILATING BACTERIA OF
THE PSEUDOMONAS GENUS FROM OIL AU
BEARING SOILS AND THEIR PROPERTIES. IN
SO MIKROBIOLOGIYA. 43 (4). 710-714.
DE METABOLISM SOLE CARBON SOURCE. YR
AN B 60037158. TI
SO
<714>
AU LA30RDE A L. GIBSON D T.
IN DEP. MICROBIOL. UNIV. TEX. AUSTIN, LG
TEX. 78712, USA. AB
YR 77. ID
TI METABOLISM OF DI BENZO THIOPHENE BY DE
A BEIJERINCKIA-SP.
SO APPL ENVIRON MICROBIOL. 34 (6). AN
(RECD 1978) 783-790.
LG EN.
DE PSEUDOMONAS-PUTIDA NAPHTHALENE DI
HYDRO DIOL DEHYDROGENASE. AU
AN B 65041584. IN
YR
TI
<715>
AU LAHAM, S. FARANT, J -P.
IN CANflDA DEPT. OF NATIONAL HEALTH & SO
WELFARE, HEALTH PROTECTION BRANCH,
ENVIRONt-ENTfiL HEALTH DIRECTORATE, LG
DIV OF ENVIRONMENTAL TOXICOLOGY, AB
INHALATION TOXICOLOGY SECTION, ID
OTTAWA, ONT. CAN.
YR 77.
TI QUANTITATIVE DETERMINATION OF DE
BIPHENYL DERIVATIVES BY
PHOTODENS1TOMETRY.
SO CHZMOSPHERE; CHEMISTRY, PHYSICS, AND AN
BIOLOGY AS FOCUSED ON ENVIRONMENTAL
PROBLEMS, 6(2-3): 117- 128, 1977.
LG EN.
NONE.
RATS, PHOTODENSITOMETRY, URINE,
4,4-DINITROBIPHENYL.
METABOLITES, HUMANS, MAMMALS,
AROMATIC COMPOUNDS, CHROMATOGRAPHY,
LABORATORY METHODS.
P 7704946.
<716>
LAKHNOVA V A.
75.
EFFECT OF ANILINE ON DAPHNIA- MAGNfl.
TR SARAT OTD COS NAUCHNO-ISSLED INST
OZERN RECHN RYBN KHOZ. 13. 102- 104
(FROM REF ZH BIOL, 1976, 1U456).
ABSTRACT NERVOUS SYSTEM DISTURBANCE
ALIMENTATION LETHAL CONCENTRATION
MAXIMUM PERMISSIBLE CONCENTRATION.
B 76066198.
<717>
LAMBERTON, J G. CLAEYS, R R.
OREGON STATE UNIV. DEPT. OF
AGRICULTURAL CHEMISTRY, CORVALLIS.
70.
DEGRADATION OF 1-NAPHTHOL IN SEA
WATER.
JOURNAL OF AGRICULTURAL AND FOOD
CHEMISTRY, 18(1): 92-96, JAN.-FEB.
1978.
EN.
NONE.
GYPSUM POND.
FERTILIZERS, PHOSPHATES, FOOD CROPS,
FLUORIDES.
P 7604874.
<718>
LAMONTAGNE, R A. SUINNERTON, J U.
NRL, WASH. DC 20375.
74.
OCEANIC DISTRIBUTION OF LOU-
MOLECULAR WEIGHT HYDROCARBONS:
BASELINE MEASUREMENTS.
ENVIRONMENTAL SCIENCE & TECHNOLOGY,
8(7): 657-663, JULY 1974.
EN.
NONE.
BASE LINE CONCENTRATIONS, ETHANE,
ETHYLENE, METHANE, PROPANE,
PROPYLENE.
ALIPHATIC COMPOUNDS, DISTRIBUTION,
MARINE ENVIRONMENTS, WATER POLLUTION
MEASUREMENTS.
P 7501293.
250
-------
<719>
fill LANGLEY, WILLIAM D.
IN TEXAS A AND M UNIV. COLLEGE STATION.
TEX.
YR 69.
TI GAS CHRQMATOGRAPHIC INVESTIGATION OF
SECONDARY ALCOHOL AND KETONE
UTILIZATION BY AEROBIC
MICROORGANISMS.
PG 81 PP.
LG EN.
AV 69-14,149.
DE AEROBIC TRANSFORMATION KETONES.
KETONES AEROBIC TRANSFORMATION. ALCS
AEROBIC TRANSFORMATION. GAS
CHROMATOG AEROBIC PROCESSES.
CHROMATOG AEROBIC PROCESSES.
AN C 07222114749.
<720>
AU LANK, JOHN C. JR. WALLACE, ALFRED
T.
IN B. F. GOODRICH CHEM. CO. CLEVELAND.
OHIO.
YR 70.
TI EFFECT OF ACRYLONITRILE ON ANAEROBIC
DIGESTION OF DOMESTIC SLUDGE.
SO ENG. BULL. PURDUE UNIV. ENG. EXT.
SER. 137. P518-27. 197B.
LG EN.
DE ACRYLONITRILE ANAEROBIC DIGESTION.
WASTE UATER ACRYLONITRILE DECOMPN
BIOL. DOMESTIC SLUDGE ACRYLONITRILE
DECOMPN. ACTIVATED SLUDGE
ACRYLONITRILE DECOMPN.
AN C 07622131165.
<721>
AU LAPTEVA, N. A.
IN USSR.
YR 73.
TI ROLE OF SOME PHYSIOLOGICAL GROUPS OF
BACTERIA IN PHENOL OXIDATION IN
EXPERIMENTAL UATER BODIES.
SO TR. INST. BIOL. VNUTR. VOD, AKAD.
NAUK SSSR. NO. 24. P172-7. 1973.
LG RS.
DE PHENOL OXIDN BACTERIA UASTEUATER.
AN C 08016087251.
<722>
AU LAPTEVA, N. A.
IN USSR.
YR 73.
TI MICROFLORA OF EXPERIMENTAL POOLS
POLLUTED UITH PHENOL.
SO TR. INST. BIOL. VNUTR. VOD, AKAD.
NAUK SSSR. NO. 24. P152-8. 1973.
LG RS.
DE PHENOL POLLUTION FRESHWATER
MICROFLORA. BIODEGRDN PHENOL
FRESHWATER.
AN C 08014074023.
<723>
AU LAPTEVA, N. A.
YR 73. 12P.
TI CHANGES IN BACTERIAL PERIPHYTON
DURING PHENOL DEGRADATION IN MODEL
BODIES OF UATER.
AV TRANSLATED BY MARTHA GERRARD FROM
TR. INST. BIOL. VNUTR. VOD, AKAD.
NAUK SSSR.
PR PC$3.50/MF$2.25.
AB THE REMOVAL OF PHENOLS FROM SURFACE
UATERS BY DEGRADATION, BY BACTERIA
AND AQUATIC PLANTS UAS INVESTIGATED
IN TANKS TO UHICH PHENOL UAS
INTRODUCED AT DAILY CONCENTRATIONS
RANGING FROM 1 MG TO 500 MG/LITER.
RESULTS SHOWED THAT THE PRESENCE OF
PHENOL STIMULATED THE MULTIPLICATION
OF MANY SPECIES OF BACTERIA AND THE
GROWTH OF PLANKTON, SINCE MANY OF
THE MICROFLORA ADAPTED TO THE UPTAKE
AND METABOLSIM OF PHENOL.
MJ PHENOLS, BIODEGRADATION, SURFACE-
UATERS, PURIFICATION, BACTERIA,
METABOLISM, PLANKTON, METABOLISM.
MN AQUATIC-ECOSYSTEMS, BIOADSORBENTS,
WATER-POLLUTION.
I^D ERDA-520200, ERDA-560302, NTISERDA.
AN N ORNL-TR-2929.
<724>
AU LAPTEVA, N. A. MIKRYAKOVA, T. F.
BARONKINA, L. A. ZHUKOV, B. F.
GORYACHEVA, N. V.
YR 73. 10P.
TI PHENOL DEGRADATION IN ARTIFICIAL
BODIES OF WATER (1970 EXPERIMENTS).
AV TRANSLATION.
PR PC$3.50/MF$2.25.
AB PHENOL AS INTRODUCED DAILY INTO
WATER WHICH CONTAINED THE AQUATIC
PLANTS ELODEA, LEMNA, AND SPIROGYRA.
AT WEEKLY INTERVALS DETERMINATIONS
WERE MADE ON NITRATE NITROGEN,
PHOSPHATE PHOSPHORUS, AND AMMONIA.
THE WATER WAS ALSO ANALYZED FOR
BACTERIA, FLAGELLATES, AND
INFUSORIA. RESULTS ARE SHOWN BY
MEANS OF GRAPHS.
MJ PHENOL, BIODEGRADATION, PLANTS,
ABUNDANCE, BACTERIA, ABUNDANCE.
MN AMMONIA, AQUATIC-ORGANISMS,
DECOMPOSITION, NITRATES, NITROGEN,
251
-------
PHOSPHATES, PHOSPHORUS, PROTOZOfl.
ID ERDA-520200, TRANSLATIONS, UATER-
POLLUTION, USSR, NTISERDA.
AN N ORNL-TR-2930.
<725>
PU LAQUA, ERIKA. RUNGE, FRANZ.
THIELEMANN, HORST.
IN SAECHS. AKAD. UISS. LEIPZIG. E. GER.
YR 73.
TI ABSORPTIVE ELIMINATION AND
IDENTIFICATION OF ORGANIC MATTER IN
UATER USING DIFFERENT FILTERING
MEDIA.
SO ACTA HYDROCHIM. HYDROBIOL. 1.
P345-51. 1973.
LG GE.
DE ACTIVATED CARBON ADSORPTION UATER
TREATMENT. ADSORPTION ORG UATER
TREATMENT. FILTER MEDIA ORG UATER
TREATMENT. POLYMERIC ADSORBENT UATER
TREATMENT. PHENOL IDENTIFICATION
UATER. CHROMATOG PHENOL UATER .
AN C 08218115946.
<726>
AU LARSON R A. UESTON J C.
YR 76.
TI ANALYSIS OF UATER EXTRACTS OF CRUDE
PETROLEUM BY GEL PERMEATION
CHROMATOGRAPHY.
SO BULL ENVIRON CONTAM TOXICOL. 16 (1).
44-52.
DE AQUATIC ORGANISMS TOXICITY AROMATIC
HYDRO CARBONS ALIPHATIC HYDRO
CA3BONS PHENOLIC SUBSTANCES UV
SPECTRA FLUORESCENCE EMISSION GAS
CHROMATOGRAPHY.
AN B 77077748.
<727>
AU LflSTOCHKINA K 0.
YR 73.
TI SPECTROPHOTOMETRIC DETERMINATION OF
CYCLO HEXANONE IN BODIES OF UATER.
SO GIG SANIT. 38 (1). 68-70.
DE POLLUTION.
AN B 57057693.
<728>
AU LE PETIT J. BERTRAND J C. N'GUYEN
M H. TAGGER S.
IN LABORATOIRE DE MICROSIOLOGIE,
UNIVER3ITE AIX-MARSEILLE III CENTRE
DE SAINT-JER-OME 13013 MARSEILLE
(FRANCE).
YR 75.
TI ON THE TAXONOMY AND PHYSIOLOGY OF
BACTERIA UTILIZING HYDROCARBONS IN
THE SEA (AUTHOR'S TRANSL).
TR ETUDE TAXONOMIQUE ET PHYSIOLOGIQUE
DE BACTERIES SE DEVELOPPANT SUR
HYDROCARBURES EN MILIEU MARIN.
SO ANN MICROBIOL (PARIS). 126. 3.
P367-80. APR 75.
LG FR.
MJ ALKANES: ME. SEAUATER.
MN ACETATES: ME. IP, ME, CL. GRAM-
NEGATIVE-AEROBIC-BACTERIA: IP, ME,
CL. PSEUDOMONAS: ME.
AN M 76060019.
<729>
AU LE PETIT J. TAGGER S.
IN LABORATOIRE DE MICROSIOLOGIE,
FACULTE DES SCIENCES ET TECHNIQUES
DE SAINT-JER-OME, MARSEILLE, FRANCE.
YR 76.
TI DEGRADATION OF HYDROCARBONS IN THE
PRESENCE OF OTHER ORGANIC SUBSTANCES
BY BACTERIA ISOLATED FROM SEAUATER.
TR DEGRADATION DES HYDROCARBURES EN
PRESENCE D'AUTRES SUBSTANCES
ORGANIQUES PAR DES BACTERIES ISOLEES
DE L'EAU DE MER.
SO CAN J MICROBIOL. 22. 11. P1654- 7.
NOV 76.
LG FR.
MJ ACINETOBACTER: ME. UATER-
MICROBIOLOGY.
MN ACETATES: ME. ENGLISH-ABSTRACT.
AN M 77023477. 7702.
<730>
AU LE POIDEVIN, G. J.
IN ELECTR. COUNC. RES. CENT:
CAPENHURST/CHESTER. ENGL.
YR 77.
TI THE OXIDATION OF POLYETHYLENE IN
AQUEOUS SOLUTION. PART 1. DETECTION
AND CHARACTERIZATION OF OXYGENATED
GROUPS BY INFRARED SPECTROSCOPY.
PG 27 PP.
LG EN.
DE POLYETHYLENE OXIDN MECHANISM. SODIUM
CHLORIDE POLYETHYLENE OXIDN.
ANTIOXIDANT POLYETHYLENE OXIDN.
AN C 08718136690.
<731>
AU LE RAL P. BUATOIS J. PENY J.
FONTANGES R.
YR 73.
TI ADAPTATION OF AN ACTIVATED SLUDGE TO
THE PURIFICATION OF AN INDUSTRIAL
252
-------
EFFLUENT.
SO TRIB CEBEDEAU (CENT BELG ETUD DOC
EAUX AIR). 26 (351). 78-89.
DE ARTHROBACTER PSEUDOMONADACEAE MICRO
FLORA PHENOL DI METHYL SULFOXIDE
DEGRADATION.
AN B 74044379.
<732>
flU LEBEDINSKII, N. A.
IN INST. GIDROBIOL. KIEV. USSR.
YR 70.
TI EFFECT OF SMALL CONCENTRATIONS OF
PHENOL ON A CHANGE IN THE LEVEL OF
TRACE ELEMENTS IN CARP.
SO VOP. VOD. TOKSIKQL. P181-3. 1970.
LG RS.
AV TOPACHEVSKII, A. V.
DE CYPRINUS PHENOL TRACE ELEMENT. CARP
PHENOL TRACE ELEMENT. FISH METAL
TISSUE PHENOL.
AN C 07421108744.
AN N ORNL-TR-2973.
<734>
AU LEDUC, G. DIXON, D G.
IN CONCORDIA UNIV. DEPT. OF BIOLOGICAL
SCIENCES, MONTREAL, QUE. CAN.
YR 77.
TI EXPOSURE OF RAINBOU TROUT TO
SUBLETHAL LEVELS OF CYANIDE: EFFECTS
ON GROWTH AND LIVER TISSUE.
SO 12TH CANADIAN SYMPOSIUM ON WATER
POLLUTION RESEARCH: ABSTRACTS OF
PAPERS. IN UATER AND POLLUTION
CONTROL, 115(4): 63, APR. 1977.
LG EN.
AB NONE.
ID ABSTRACT ONLY, RAINBOU TROUT, LIVER.
DE FISH, TOXICANTS, GROWTH, TISSUES,
DIGESTIVE PATHOLOGY, CYANIDES,
ORGANS.
AN P 7704377.
AU
IN
YR
TI
<733>
AU LECLERC, E. DEVLAMINCK, F.
YR 50. IIP.
TI TOXICOLOGICAL STUDY OF SOME
SUBSTANCES GENERALLY PRESENT IN
COKING PLANT EFFLUENTS.
AV TRANSLATION.
PR PC$3.50/MF$2.25.
AB THE RULE OF STRONG ACIDS IS VERIFIED PG
FOR SULFUR 1C ACIDS. THE HEMOGLOBIN LG
POISONS, AND PRINCIPALLY POTASSIUM DE
CYANIDE, ARE THE MOST TOXIC OF THE
POISONS EXAMINED. BENZENE,
NAPHTHALENE, CRESOL, AND PHENOL, AN
WITH POTASSIUM CYANIDE, ARE THE
CHIEF CHEMICAL SUBSTANCES ON WHICH
PURIFICATION SHOULD BE ATTEMPTED.
INDIRECTLY TOXIC SUBSTANCES, WHOSE AU
MECHANICAL ACTION (LESIONS, CLOSING IN
OF THE GILL COVERS) IS SOMETIMES
DANGEROUS, ARE PRACTICALLY ABSENT IN YR
THE WATERS STUDIED. ONLY THOSE WHICH TI
COME FROM COKE QUENCHING CONTAINING
VERY HARD PARTICLES DETACHED FROM
THE MASS. SO
NEVERTHELESS, THEY MOSTLY FLOAT AND DE
ARE THUS NOT TOO MUCH OF A PROBLEM.
MJ COKING, ENVIRONMENTAL-EFFECTS, AN
SULFURIC-ACID, TOXICITY, CYANIDES,
TOXICITY, BENZENE, TOXICITY.
MN AMMONIA, CRESOLS, FISHES,
HEMOGLOBIN, NAPHTHALENE, PHENOLS, AU
POLLUTION, QUENCHING, SODIUM- IN
CHLORIDES, TOXINS, WATER, WATER-
POLLUTION. YR
ID ERDA-520200, TRANSLATIONS, NTISERDA. TI
<735>
LEDUC, G. DIXON, D. G. RUBER, H.
RUBY, S. M. SPEYER, M. WEBB, M.
DEP. BIOL. SCI. CONCORDIA UNIV. ST.
PAUL. MINN.
76.
TOXICITY STUDIES OF CHEMICALS
ASSOCIATED WITH NORTHERN MINING
OPERATIONS.
21 PP.
EN.
XANTHATE WATER POLLUTION FISH. TROUT
CYANIDE WATER POLLUTION. ARSENIC
TROUT WATER POLLUTION.
C 08703016691.
<736>
LEDUC, GERARD.
OREGON STATE UNIVERSITY (0172) PH.D.
1966 158PP.
66.
SOME PHYSIOLOGICAL AND BIOCHEMICAL
RESPONSES OF FISH TO CHRONIC
POISONING BY CYANIDE.
DAI V27(08), SEC B, P2560.
AGRICULTURE, FORESTRY AND WILDLIFE
(0478).
D ADG67-00723.
<737>
LEDUC, GERARD. CHAN, KENNETH K. S.
DEP. BIOL. SCI. CONCORDIA UNIV.
MONTREAL. QUE.
75.
THE EFFECTS OF CHRONIC CYANIDE
253
-------
POISONING ON THE TOLERANCE OF
RAINBOU TROUT TO VARYING SALINITY.
SO UATER POLLUT. RES. CAN. 10. PI 18-
25. 1975.
LG EN.
DE CHLORIDE BLOOD FISH CYANIDE. TROUT
SALINITY TOLERANCE CYANIDE.
OSMOREGULATION FISH CYANIDE
TOXICITY.
AN C 88687B38298.
<738>
AU LEE D R. BUIKEMA A L JR. CAIRNS J
JR.
YR 75.
TI THE TOXICITY OF A SIMULATED REFINERY
EFFLUENT TO SOME FRESH UATER
ANIMALS.
SO ASB (ASSOC SOUTHEAST BIOL) BULL. 22
(2). 63.
DE ABSTRACT DAPHNIA-PULEX DAPHNIA-
MAGNA NITOCRIS-SP AEDES-AEGYPTI
DERO-SP SALMO-GAIRDNERI STYLARIA-SP
HYALELLA-AZTECA TUBIFEX-SP
GONIOBASIS-SP CAMBARUS-SP PHILODINA-
ACUTICORNIS DUGESIA-TIGRINA PHYSA-SP
AEOLOSOMA-HEADLEYI HELIOSOMA-SP
LEPOMIS-MACROCHIRUS CARASSIUS-
AURATUS KAOLINITE PHENOL AMMONIUM
CHLORIDE FUEL OIL POTASSIUM CHROMATE
SODIUM MONO SULFIDE LETHALITY.
AN B 76072695.
<739>
AU LEE R F. RYAN C. NEUHAUSER.
YR 76.
TI FATE OF PETROLEUM HYDRO CARBONS
TAKEN UP FROM FOOD AND UATER BY THE
BLUE CRAB CALLINECTES-SAPIDUS.
SO MAR BIOL (BERL). 37 (4). 363-370.
DE BENZO PYRENE FLUORENE NAPHTHALENE
METHYL NAPHTHALENE METHYL
CHOLANTHRENE HEXA DECANE HEPTA
DECANE DOTRIACONTANE RADIO LABEL
METABOLISM HEPATO PANCREAS BLOOD.
AN B 63026689.
<740>
SAUERHEBER R.
DOBBS G H.
AU LEE R F.
YR 72.
TI UPTAKE METABOLISM AND DISCHARGE OF
POLY CYCLIC AROMATIC HYDRO CARBONS
BY MARINE FISH.
SO MAR BIOL (BERL). 17 (3). (RECD 1973)
201-208.
DE GILLICHTHYS-MIRABILIS
OLIGOCOTTUS-MACULOSUS CITHARICHTHYS-
STIGMAEUS CARBON-14 NAPHTHALENE
TRITIATED 3 4 BENZO PYRENE
CARCINOGENS GILL UPTAKE LIVER
METABOLISM URINARY EXCRETION.
AN B 56044121.
<741>
AU LEE, RICHAD F. ANDERSON, JACK U.
IN SKIDAUAY INST. OCEANOGR. SAVANNAH.
GA.
YR 77.
TI FATE AND EFFECT OF NAPHTHALENES.
CONTROLLED ECOSYSTEM POLLUTION
EXPERIMENT.
SO BULL. MAR. SCI. 27. P127-34. 1977.
LG EN.
DE NAPHTHALENE UATER POLLUTION
PLANKTON. PETROLEUM NAPHTHALENE
UATER POLLUTION.
AN C 08623166022.
<742>
AU LEE, RICHARD F.
IN SKIDAUAY INST. OF OCEANOGRAPHY,
SAVANNAH, GA. FOUNDATION,
UASHINGTON, D.C. OFFICE FOR THE
INTERNATIONAL DECADE OF OCEAN
EXPLORATION. 407 934.
YR 77. 8P.
TI FATE OF PETROLEUM COMPONENTS IN
ESTUARINE UATERS OF THE SOUTHEASTERN
UNITED STATES.
AV PUB. IN PROCEEDINGS OF 1977 OIL
SPILL CONFERENCE (PREVENTION,
BEHAVIOR, CONTROL, CLEANUP) HELD AT
NEU ORLEANS, LOUISIANA ON MARCH 8-
10, 1977, P611-618 1977.
PR NOT AVAILABLE NTIS.
AB RADIOLABELED HYDROCARBONS AND
PHENOLS UERE ADDED TO UATER SAMPLES
FROM THE SKIDAUAY AND COOPER RIVERS,
TUO ESTUARINE RIVERS ON THE U. S.
SOUTH ATLANTIC COAST. THE
ADSORPTION OF HYDROCARBONS TO
PARTICLES AND MICROS IAL DEGRADATION
OF DIFFERENT PETROLEUM COMPONENTS
UERE THE PROCESSES STUDIED.
ALKANES, LOU MOLECULAR UEIGHT
AROMATICS AND PHENOLS UERE RAPIDLY
DEGRADED TO 14C02. LOU DEGRADATION
RATES UERE OBSERVED FOR THE HIGHER
UEIGHT POLYCYCLIC AROMATIC
HYDROCARBONS, FLUORENE, ANTHRACENE,
BENZ(A)ANTHRACENE, AND
BENZ(A)PYRENE, AND FROM 12 TO 70* OF
THESE HYDROCARBONS UERE ABSORBED TO
SUSPENDED PARTICLES IN THE UATER.
RADIOAUTOGRAPHS OF PARTICLES AFTER
THE ADDITION OF (3)H-BENZ(A)PYRENE
AND (3)H-HEXADECANE TO THE UATER
254
-------
SflMPLES INDICATED THE HYDROCARBONS
ASSOCIATED UITH DETRITAL PARTICLES.
THIS DETRITUS UAS COMPOSED OF A
MIXTURE OF CLAY, ORGANIC MATTER,
PLANKTON REMAINS AND LIVING
MICROBES. ONE AREA OF THE COOPER
RIVER HAD VISIBLE OIL SLICKS AND THE
DEGRADATION RATES OF ADDED
HEPTADACANE, NAPHTHALENE AND
METHYLNAPHTHALENE UERE 0.4, 2.B AND
1.1 MICRO G/1/DAY, RESPECTIVELY. IN
CONTRAST, AT A DOUNSTREAM SITE,
UHERE THERE UERE NO VISIBLE SLICKS,
THE DEGRADATION RATE OF THESE SAME
HYDROCARBONS UERE 0.1, 0.7 AND 8.1
MICRO G/L/DAY, RESPECTIVELY.
MJ AROMATIC-HYDROCARBONS, PHENOLS.
MN ADSORPTION, PETROLEUM-PRODUCTS,
UATER-POLLUTION, OIL-POLLUTION,
PARTICLES, RADIOACTIVE-ISOTOPES,
LIMNOLOGY, CONCENTRATION-
COMPOSITION, ISOTOPIC-LABELING,
ESTUARIES, LABELED-SUBSTANCES,
SKIDAUAY-RIVER, COPPER-RIVER,
SEDIMENTS, UATER-ANALYSIS, CHEMICAL-
ANALYSIS.
ID UATER-POLLUTION-DETECTION, OIL- MJ
POLLUTION-DETECTION, SOUTH-ATLANTIC- MN
REGION-UNITED-STATES,
BIODETERIORATION, INTERNATIONAL-
DECADE-OF-OCEAN-EXPLORATION, OIL-
TAGGING, OIL-SPILLS, REPRINTS,
NTISIDOE, NTISNSFG.
AN N PB-26? 708/6SL.
ID
<743>
AU LEE, RICHARD F.
IN SKIDAUAY INST. OF OCEANOGRAPHY, AN
SAVANNAH, GA. FOUNDATION,
UASHINGTON, D.C. OFFICE FOR THE
INTERNATIONAL DECADE OF OCEAN
EXPLORATION. NATIONAL RESEARCH AU
COUNCIL OF CANADA, OTTAUA, IN
(ONTARIO). 407 934.
YR 75. 6P.
TI FATE OF PETROLEUM HYDROCARBONS IN
MARINE ZOOPLANKTON.
NT SPONSORED IN PART BY NATIONAL YR
RESEARCH COUNCIL OF CANADA, OTTAUA TI
(ONTARIO), AND BY GRANTS NSF-GX-
42482 AND NSF-GB-24834. AV
AV PUB. IN CONFERENCE ON PREVENTION AND
CONTROL OF OIL POLLUTION EFFECTS,
P549-553. PR
PR NOT AVAILABLE NTIS. AB
AB THE UORK DESCRIBED IN THE PAPER IS
CONCERNED UITH THE UPTAKE,
METABOLISM, STORAGE, AND DISCHARGE
OF PETROLEUM HYDROCARBONS BY MARINE
ZOOPLANKTON, AN IMPORTANT LINK IN
THE MARINE FOOD UEB. BOTH
PARAFFIN 1C AND POLYCYCLIC AROMATIC
HYDROCARBONS UERE ADDED TO SEAUATER
CONTAINING VARIOUS SPECIES OF
ZOOPLANKTON COLLECTED OFF
CALIFORNIA, BRITISH COLUMBIA, AND IN
THE ARCTIC. UPTAKE UAS LINEAR FOR
24 HOURS UITH NO FURTHER INCREASE IN
STORED HYDROCARBON AFTER THAT TIME.
MOST INGESTED HYDROCARBON UAS
METABOLIZED AND DISCHARGED BY THE
VARIOUS CRUSTACEAN SPECIES ALTHOUGH
A SMALL PERCENTAGE (LESS THAN IX OF
THE INGESTED HYDROCARBON) UAS STORED
BY ALL SPECIES EVEN AFTER A LONG
DEPURATION TIME. PRELIMINARY UORK
HAS SUGGESTED THAT HYDROCARBONS ARE
METABOLIZED AND DISCHARGED AT A
GREATER RATE UHEN ABSORBED TO
INGESTED ALGAE. NO METABOLISM OF
HYDROCARBONS BY THE ALGAE CELLS UAS
NOTED. ALSO, ALKYLATED AROMATIC
HYDROCARBONS APPEAR TO BE
METABOLIZED AT A HIGHER RATE THAN
THE NONALKYLATED AROMATIC
HYDROCARBONS.
ZOOPLANKTON, HYDROCARBONS.
UATER-POLLUTION, OILS, PLANKTON,
AQUATIC-ANIMALS, MARINE-BIOLOGY,
METABOLISM, PETROLEUM-PRODUCTS,
CRUSTACEA, PARAFFIN-BASE-CRUDES,
POLYCYCLIC-COMPOUNDS, AROMATIC-
COMPOUNDS, ADSORPTION, STEROIDS,
NAPHTHALENE, ALGAE.
OIL-POLLUTION, UATER-POLLUTION-
EFFECTS-ANIMALS, METABOLITES,
BENZOPYRENES, METHYLCHOLANTHRENES,
NTISIDOE, NTISDODN, NTISNSF.
N PB-245 699/4SL.
<744>
LEE, RICHARD F. RYAN, CHARLOTTE.
SKIDAUAY INST. OF OCEANOGRAPHY,
SAVANNAH, GA. FOUNDATION,
UASHINGTON, D.C. OFFICE FOR THE
INTERNATIONAL DECADE OF OCEAN
EXPLORATION. 407 934.
76. 8P.
BIODEGRADATION OF PETROLEUM
HYDROCARBONS BY MARINE MICROBES.
PUB. IN PROCEEDINGS OF THE
INTERNATIONAL BIODEGRADATION
SYMPOSIUM (3RD), PI 19-125 1976.
NOT AVAILABLE NTIS.
DIFFERENT PARAFFIN 1C AND AROMATIC
14C-LABELLED HYDROCARBONS UERE ADDED
TO ESTUARINE AND OFFSHORE UATER
SAMPLES FOLLOUED BY THE MEASUREMENT
OF 14C02 PRODUCED AFTER INCUBATION
PERIODS OF 6-96 HR. BENZENE,
255
-------
TOLUENE, NAPHTHALENE,
METHYLNAPHTHALENE, HEPTADECANE,
HEXADECANE, AND OCTADECANE HAD HIGH
DEGRADATION RATES RELATIVE TO
FLUORENE AND BENZPYRENE. THESE
RATES UERE AFFECTED BY SEASON, TIDE,
CONCENTRATION OF HYDROCARBON, AND
INCUBATION TIME. BENZENE AND
TOLUENE, BUT NOT THE OTHER
HYDROCARBONS TESTED, OBEYED THE
KINETIC MODEL OF DEGRADATION, I.E. A
LINEAR INCREASE IN TURNOVER TIME
UITH AN INCREASE IN HYDROCARBON
CONCENTRATION. THE RESULTS SUPPORT
THE CONCLUSION THAT MICROBES ARE
IMPORTANT IN DEGRADING MANY
PETROLEUM HYDROCARBONS IN OCEAN
UATERS. HOUEVER, BASED ON THE LOU
DEGRADATION RATES OF FLUORENE AND
BENZPYRENE, IT IS HYPOTHESIZED THAT
MICROBIAL BREAKDOUN OF HIGH
MOLECULAR WEIGHT AROMATICS IS NOT AN
IMPORTANT PROCESS IN OCEAN UATER.
MJ OIL-POLLUTION-CONTROL,
BIODETERIORATION, MARINE-
MICROORGANISMS.
MN CRUDE-OIL, PETROLEUM-PRODUCTS,
ISOTOPIC-LABELING, OCEAN-CURRENTS,
OCEAN-TIDES, HYDROCARBONS,
ESTUARIES, SEA-UATER, CARBON-14,
BENZENE, TOLUENE, NAPHTHALENE,
NAPTHALENE-COMPOUNDS, FLUORENES.
ID UATER-POLLUTION-SAMPLING,
HEXADECANES, INTERNATIONAL-DECADE-
OF-OCEAN-EXPLORATION, NTISIDOE,
NTISNSFG.
AN N PB-261 794/2SL.
AU LEMBIK, ZH. L.
IN USSR.
YR 72.
TI ACCUMULATION OF BENZO(A)PYRENE BY
DAPHNINS SPECIES.
SO VOP. PROFIL. ZAGRYAZNENIYA VNESH.
SREDY, CHASTNOSTI VODOEMOV,
KANTSEROGEN. VESHCHESTV. P88-90.
1972.
LG RS.
DE BENZOFYRENE ACCUMULATION DAPHNIA.
POLLUTION UATER BENZOPYRENE.
AN C 07902009555.
<746>
AU LEPRI L. DESIDERI P G. LAND INI M.
TANTURLI G.
IN INSTITUTE OF ANALYTICAL CHEMISTRY,
UNIVERSITY OF FLORENCE, FLORENCE
(ITALY).
YR 75.
TI CHROMATOGRAPHIC BEHAVIOUR OF PHENOLS
ON THIN LAYERS OF CATION AND AN ION
EXCHANGERS. II. DOUEX 58- X4 AND
REXYN 102.
SO J CHROMATOGR. 109. 2. P365-76. 18
JUN 75.
LG EN.
MJ CHROMATOGRAPHY-ION-EXCHANGE: MT.
PHENOLS: AN.
MN ACETATES. CHEMISTRY-PHYSICAL.
HYDROGEN-ION-CONCENTRATION.
AN M 75211621.
<747>
AU LEPRI L. DESIDERI P G. MUZZARELLI
R A.
IN INSTITUTE OF ANALYTICAL CHEMISTRY,
UNIVERSITY OF FLORENCE, FLORENCE,
ITALY.
YR 77.
TI CHROMATOGRAPHIC BEHAVIOUR OF NUCLEIC
ACID CONSTITUENTS AND OF PHENOLS ON
CHITOSAN THIN LAYERS.
SO J CHROMATOGR. 139. 2. P337-42. 21
SEP 77.
LG EN.
MJ CHITIN: AA. PURINES: AN.
MN CHEMISTRY.
AN M 77249944. 7712.
<748>
AU LEVftGGI, D. A. FELDSTEIN, M.
IN BAY AREA AIR POLLUT. CONTROL DIST.
SAN FRANCISCO. CALIF.
YR 72.
TI DETERMINATION OF PHENOLS AND
TRIMETHYLAMINE IN INDUSTRIAL
EFFLUENTS.
SO JOINT CONF. SENSING ENVIRON.
POLLUTANTS, COLLECT. TECH. PAP. 1.
P71-1115, 2 PP. 1972.
LG EN.
DE PHENOL DETN INDUSTRIAL EFFLUENT.
TRIMETHYLAMINE DETN INDUSTRIAL
EFFLUENT. GAS CHROMATOG INDUSTRIAL
EFFLUENT.
AN C 07784024324.
<749>
AU LEVICHEV, S A. PLEKHOTKIN, V F.
IN LENINGRAD A.A. ZHDANAV STATE UNIV.
(ORDER OF LENIN), UNIVERSITETSKAYA
NAB. 7/9 LENINGRAD B-164, USSR.
YR 73.
TI REMOVAL OF DIMETHYLAMINE FROM UATER
BY FROTH SEPARATION.
SO JOURNAL OF APPLIED CHEMISTRY OF THE
256
-------
U.S.S.R. 46(1): 225-227, JULY 1,
1973.
LG EN.
AB NONE.
ID DIMETHYLAMINE, MULTISTflGE FROTH
SEPARATION.
DE UATER PURIFICATION, POLLUTANT
REMOVAL, ADSORPTION.
AN P 7401424.
<758>
AU LEUIS, U. M.
IN SEVERN-TRENT UATER AUTH. ENGL.
YR 75.
TI POLYNUCLEAR AROMATIC HYDROCARBONS IN
UATER.
SO UATER TREAT. EXAM. 24, PT. 4.
P243-77. 1975.
LG EN.
DE POLYNUCLEAR AROM HYDROCARBON
POLLUTION. FLUORANTHENE UATER
POLLUTION . BENZOPYRENE UATER
POLLUTION. INDENOPYRENE UATER
POLLUTION. BENZOFLUORANTHENE UATER
POLLUTION. BENZOPERYLENE UATER
POLLUTION.
AN C 08512883025.
<751>
AU LIAU G S. UOODBRIDGE D D.
IN UNIVERSITY CENTER FOR POLLUTION
RESEARCH. ENVIRONMENTAL ENGINEERING
DEPARTMENT, FLORIDA INSTITUTE OF
TECHNOLOGY, MELBOURNE, FLA.
YR 77.
TI EFFECTS OF GAMMA RADIATION ON
AQUEOUS SOLUTIONS OF CYANIDE.
SO BULL ENVIRON CONTAM TOXICOL. 17. 6.
P714-9. JUN 77.
LG EN.
MJ CYANIDES: RE.
MN COBALT-RADIO ISOTOPES. TIME- FACTORS.
AN M 77222693. 7711.
<752>
AU LILLARD, DORRIS A. POUERS, JOHN J.
IN GEORGIA UNIV. ATHENS. DEPT. OF FOOD
SCIENCE. RESEARCH CENTER, CORVALLIS,
OREG.
YR 75. 27P.
TI AQUEOUS ODOR THRESHOLDS OF ORGANIC
POLLUTANTS IN INDUSTRIAL EFFLUENTS.
NT FINAL REPT.
PR PC$3.75/MF$2.25.
AB THE INVESTIGATION UAS DESIGNED TO
DETERMINE THE ODOR THRESHOLDS IN
UATER OF ORGANIC POLLUTANTS THAT
HAVE BEEN IDENTIFIED IN INDUSTRIAL
EFFLUENTS. SEVEN TO FOURTEEN JUDGES
UERE USED TO DETERMINE THE ODOR
THRESHOLD VALUES OF 13 COMPOUNDS AT
ROOM TEMPERATURE AND 60C. ODOR
THRESHOLD VALUES FOR THE COMPOUNDS
IN PPM AT ROOM TEMPERATURE ARE
ACENAPHTHENE, 0.08; 2-ETHYL-l-
HEXANOL, 1.28; BUTANOL, 2.77;
GEOSMIN, 0.00013; 2-METHYL
NAPHTHALENE, 0.01; 1-METHYL
NAPHTHALENE, 0.02; DIACETONE
ALCOHOL, 44.1; DIBENZOFURAN, 0.12;
2- BENZOTHIAZOLE, 0.08; 2-
MERCAPTOBENZOTHIAZOLE, 1.76;
2-ETHYL- 4-METHYL-l,3-DIOXOLANE,
0.38; CAPROLACTAM. 59.7; D-CAMPHOR,
1.29. EXTREME VALUE CALCULATIONS
UERE MADE TO PREDICT A CONCENTRATION
BELOU UHICH A CERTAIN PERCENTAGE OF
THE POPULATION MIGHT STILL BE ABLE
TO DETECT THE COMPOUND(S).
MJ ODORS, INDUSTRIAL-UASTES, SMELL,
UATER-POLLUTION.
MN THRESHOLDS-PERCEPTION, TEMPERATURE,
EFFLUENTS, ORGANIC- COMPOUNDS,
UATER-ANALYSIS,
STATISTICAL-ANALYSIS, RESPONSES,
EVALUATION, TABLES-DATA, HUMANS.
ID NTISEPAORD.
AN N PB-242 734/2SL.
<753>
AU LILLE, J. BITTER, L. A. KUNDEL, H.
MURD, A. PEINAR, U.
,IN INST. SLANTSEV. KOHTLA-JARVE. USSR.
YR 69.
TI SEPARATION OF ALKYLRESORCINOLS FROM
UATER-SOLUBLE, SHALE PHENOLS.
SO EESTI NSV TEAD. AKAD. TOIM. KEEM.
GEOL. 18. P359-64. 1969.
LG RS.
DE METHYL RESORCINOLS. RESORCINOLS
METHYL. SHALE OILS RESORCINOLS.
PHENOLS SHALE RESORCINOLS.
AN C 07212057386.
<754>
AU LIND D T. SMITH L. L. JR.
BRODERIUS S J.
YR 77.
TI CHRONIC EFFECTS OF HYDROGEN CYANIDE
ON THE FATHEAD MINNOU.
SO J UATER POLLUT CONTROL FED. 49. 2.
P262-8. FEB 77.
LG EN.
MJ FISHES: PH.
MN ANIMAL. TIME-FACTORS. (NON-NIH-
SUP).
AN M 77168475. 7708.
257
-------
<755>
AU LINDEN ftC VAN DER. THIJSSE G J.
YR 65.
TI THE MECHANISMS OF MICROBIAL
OXIDATIONS OF PETROLEUM
HVDRQCPRBONS.
SO ADV ENZYMOL. 27. P469-546. 1965.
LG EN.
hJ BACTERIA: ME.
MN ALKANES: ME. CATECHOLS: ME.
MYCOBACTERIUM: ME. PHENANTHRENES:
ME.
AN M 69687458.
<756>
AU LITERATHY P.
YR 75.
TI STUDY OF RIVER POLLUTION CAUSED BY
MICRO POLLUTANTS.
SO UATER RES. 9 (11), 1081-1B83.
DE DANUBE HUNGARY PHENOLS PETROLEUM
HEAVY METALS FATS SUSPENDED SOLIDS.
AN B 61034234.
<75?>
IN LITTLE (ARTHUR D.), INC, CAMBRIDGE,
MASS. 268 856.
YR 78. 399P.
TI HATER QUALITY CRITERIA DATA BOOK.
VOLUME I. ORGANIC CHEMICAL POLLUTION
OF FRESHWATER.
NT UATER POLLUTION CONTROL RESEARCH
SERIES. SEE ALSO VOLUME 2, PB-2B8
988.
AV 18010 DPV 12/78.
PR PC-3PO/MFS8.95.
AB THE REPORT DISCUSSES AND LISTS
RESULTS FROM A LITERATURE SEARCH ON
ORGANIC UATER POLLUTANTS UHICH HAVE
BEEN FOUND IN U.S. UATERS. AFTER A
BRIEF DISCUSSION ON INTERPRETING THE
RESULTS, TABLES ARE PRESENTED
LISTING SPECIFIC CHEMICALS AND NOT
ONLY THEIR CONCENTRATION BUT ALSO
THE FOLLOUING: TOXICITY; TISSUE
CONCENTRATION; CARCINOGEN ICITY;
MUTAGENICITY AND TERATOGENICITY;
SOURCES; AND THRESHOLD DOSES.
MJ TOXICOLOGY, UATER-POLLUTION,
UATER-POLLUTION, ORGANIC-COMPOUNDS.
MN TABLES-DATA, REVIEUS,
CONCENTRATION-COMPOSITION,
CARCINOGENS, SOURCES, INDUSTRIAL-
UA3TES, HALOHYDROCARBONS,
HYDROCARBONS, MUTAGENS, SULFUR-
ORGAN I C-COMPOUNDS, INSECTICIDES,
HERBICIDES, CHLORINE-ORGANIC-
COMPOUNDS, CARBOXYLIC-ACIDS,
SULFONATES, ORGANIC-PHOSPHATES,
AROMATIC-POLYCYCLIC-HYDROCARSONS,
METAL-CONTAINING-ORGANIC-COMPOUNDS,
PHENOLS, LEATHAL-DOSAGE.
ID UATER-POLLUTION-EFFECTS-ANIMALS,
UATER-POLLUTION-EFFECTS-PLANTS.
AN N PB-2B8 987.
<758>
AU LIU, C. C.
IN PITTSBURGH UNIV. PA. CHEMICAL AND
PETROLEUM ENGINEERING DEPT.
YR 76. 42P.
TI THE DEVELOPMENT OF SENSORS AND
TECHNIQUES FOR IN SITU UATER QUALITY
MONITORING.
NT ANNUAL REPORT, 13 JUN. 1975 - 12
JUN. 1976.
PR PC$4.B0XMF$3.08.
AB ENZYME ELECTRODES AND CHLORIDE ION
ELECTRODES UERE INVESTIGATED FOR IN
SITU MONITORING OF UATER QUALITY.
PRELIMINARY RESULTS SHOU THAT
MINIATURE CHLORIDE ION ELECTRODES
AND A PHENOL SENSOR ARE MOST
PROMISING IN DETERMINING TRACE
CONTAMINANTS IN UATER.
MJ ION-SELECTIVE-ELECTRODES,
POLLUTION-MONITORING, TRACE-
CONTAMINANTS, UATER-QUALITY.
MN CHEMICAL-ANALYSIS, ELECTROCHEMISTRY,
PHENOLS.
ID UATER-POLLUTION-DETECTION, NTISNASA.
AN N N76-26717/8SL.
<759>
AU LIU, S -Y. BOLLAG, J -M.
IN PENNSYLVANIA STATE UNIV. DEPT. OF
AGRONOMY, LAB. OF SO MICROBIOLOGY,
UNIVERSITY PARK.
YR 72.
TI FUNGAL DEGRADATION OF 1-NAPHTHOL.
SO CANADIAN JOURNAL OF MICROBIOLOGY.
OTTAUA, 18(7): 1113- 1117, JULY
1972.
LG EN.
AB NONE.
ID *FUSARIUM SOLAN I., 1-NAPHTHOL.
DE PESTICIDE DECOMPOSITION,
INSECTICIDES, FUNGI, CARBARYL,
MICROBIAL ACTIVITY, BIODEGRADATION,
SOILS.
AN P 7388845.
<760>
AU LIZINA, N. N. CHEMOVA, N. G.
CHASTOV, A. I.
IN USSR.
YR 75.
258
-------
TI STUDY OF THE TOXIC EFFECT OF
FORMALIN ON FISH.
SO TR. SflRflT. OTD. GOSNIORKH. 13.
P1B-22. 1975.
LG RS.
DE FORMflLIN TOXICITY CflRP.
ON C 08713096925.
<761>
AU LLOYD, R. SUIFT, D J.
IN GREAT BRITAIN MINISTRY OF
AGRICULTURE, FISHERIES AND FOO
SALMON AND FRESHUATER FISHERIES LAB.
10 UHITEHALL PL. LONDON SU1A 2HH,
ENG.
YR 76.
TI SOME PHYSIOLOGICAL RESPONSES BY
FRESHUATER FISH TO LOU DISSOLVED
OXYGEN, HIGH CARBON DIOXIDE, AMMONIA
AND PHENOL UITH PARTICULAR REFERENCE
TO UATER BALANCE.
SO EFFECTS OF POLLUTANTS ON AQUATIC
ORGANISMS. EDITED BY A. P. M.
LOCKUQOD. SOCIETY FOR EXPERIMENTAL
BIOLOGY SEMINAR SERIES, 2. LONDON:
CAMBRIDGE UNIVERSITY PRESS, 1976.
PP. 47-69.
LG EN.
AB NONE.
ID PHENOL, HYPOXIA, URINE FLOU RATE,
TROUT.
DE DO, FISH, ALCOHOLS, HEMATOLOGY,
PHYSIOLOGY, AMMONIA, CARBON DIOXIDE.
AN P 7703290.
<762>
RU LONSANE B K. BARUA P K. SINGH H D.
MATHUR R K. BARUAH J N. IYENGAR M
S.
YR 74.
TI FORMATION OF SALICYLIC ACID FROM
NAPHTHALENE BY MICROORGANISMS: PART
I. STUDIES ON ISOLATION,
CHARACTERIZATION & GROUTH OF
BACTERIAL ISOLATES UTILIZING
NAPHTHALENE.
SO INDIAN J EXP BIOL. 12. 2. P158- 61.
MAR 74.
LG EN.
MJ BACTERIA: ME. (SALICYLIC-ACID).
MN BACTERIA: IP, GD.
AN M 75059461.
<763>
AU LORBACHER H. PUELS H-D.
SCHLIPKOETER H-U.
YR 71.
TI STUDIES ON THE STORAGE AND
METABOLISM OF 3 4 BENZ PYRENE BENZO
A PYRENE IN MICROORGANISMS.
SO ZENTRALBL BAKTERIOL PARASITENKD
INFEKTIQNSKR HYG ERSTE ABT ORIG
REIHE B HYG PRAEV MED. 155 (2).
(RECD 1972) 168-174.
DE ESCHERICHIA-COLI PSEUDOMONAS-
AERUGINOSA PROTEIN.
AN B 56004350.
<764>
AU LORBACHER H. SCHLIPKOETER H-U.
YR 71.
TI STUDIES ON THE MICROSIAL DEGRADATION
OF OIL.
SO ARCH HYG BAKTERIOL. 154 (6). 577-
580.
DE PSEUDOMONAS-AERUGINOSA YEAST EXTRACT
PROTEIN SYNTHESIS N HEPTA DECANE
MINERAL SALTS MEDIUM.
AN B 53019352.
<765>
AU LU P Y. METCALF R L.
IN DEPARTMENTS OF ENTOMOLOGY AND
ZOOLOGY, UNIVERSITY OF ILLINOIS,
URBANA-CHAMPAIGN, ILLINOIS 61801.
YR 75.
TI ENVIRONMENTAL FATE AND
BIODEGRADABILITY OF BENZENE
DERIVATIVES AS STUDIED IN A MODEL
AQUATIC ECOSYSTEM.
SO ENVIRON HEALTH PERSPECT. 10.
P269-84. APR 75.
LG EN.
MJ BENZENE-DERIVATIVES. UATER-
POLLUTANTS-CHEMICAL.
MN ALGAE-GREEN: ME. BIODEGRADATION.
INSECTICIDES. SOLUBILITY. (NON-NIH-
SUP).
AN M 76002930.
<766>
AU LU P Y. METCALF R L. PLUMMER N.
MANDEL D.
IN DEPARTMENT OF ENTOMOLOGY AND
INSTITUTE FOR ENVIRONMENTAL STUDIES
URBANA, ILLINOIS.
YR 77.
TI THE ENVIRONMENTAL FATE OF THREE
CARCINOGENS: BENZO-(ALPHA)-PYRENE,
BENZIDINE, AND VINYL CHLORIDE
EVALUATED IN LABORATORY MODEL
ECOSYSTEMS.
SO ARCH ENVIRON CONTAM TOXICOL. 6. 2-3.
P129-42. 1977.
LG EN.
MJ BENZIDINES. (VINYL-CPDS).
259
-------
MN ALGAE-GREEN: ME. DAPHNIA: ME.
MOSQUITOES: ME. SOIL: AN. CNON-NIH-
SUP). VINYL-CPDS.
AN M 77265613. 7712.
<767>
AU LU, P -Y. METCALF, R L.
IN UNIV. OF ILLINOIS, DEPT. OF
ENTOMOLOGY, IL 61801.
YR 75.
TI ENVIRONMENTAL FATE AND
BIODEGRADABILITY OF BENZENE
DERIVATIVES AS STUDIED IN ft MODEL
AQUATIC ECOSYSTEM.
SO ENVIRONMENTAL HEALTH PERSPECTIVES,
IB: 269-284, APR. 1975.
LG EN.
AB NONE.
ID BENZENE DERIVATIVES, ENVIRONMENTAL
FATE.
DE BIODEGRADATION, ECOSYSTEMS,
ENVIRONMENTAL IMPACT, FOOD CHAINS,
ORGANIC UASTES, SIMULATION, UASTE
DISPOSAL, UATER POLLUTION.
AN P 7583548.
<768>
AU LUBINSKI K S. SPARKS R E.
YR 75.
TI THE USE OF TOXICITY INDICES TO
ASSESS THE QUALITY OF THE ILLINOIS
RIVER.
SO ASB (ASSOC SOUTHEAST BIOL) BULL. 22
(2). 64.
DE ABSTRACT USA BLUEGILL FISH AMMONIA
COPPER CYANIDE DETERGENTS FLUORIDE
ZINC COMBINED LETHALITY.
AN B 76072701.
<769>
AU LUBINSKI K S. SPARKS R E. JAHN L
A.
YR 74.
TI THE DEVELOPMENT OF TOXICITY INDICES
FOR ASSESSING THE QUALITY OF THE
ILLINOIS RIVER.
SO UN IV ILL URBANA-CHAMPflIGN UATER
RESOUR CEN RES REP. (96). (RECD
1975) 1-46.
DE USA BLUEGILL FISH ALDRIN AMMONIA
COPPER CYANIDE FLUORIDE LINEAR
ALKYLATE SULFONATE LEAD MERCURY
PHENOLS ZINC CHROMIUM ARSENIC
CfiDMIUM.
AN B 60046381.
<770>
AU LUDZACK, F. J. MOORE, U. A.
RUCHHOFT, C. C.
IN ENVIRONMENTAL HEALTH CENTER,
CINCINNATI, OHIO.
YR 53. 18P.
TI ANALYSIS OF CYANIDE IN UATER AND
UASTE SAMPLES.
PR PC$3.00/MF$0.95.
AB THE PRESENCE OF CYANIDE IN UATER HAS
A SIGNIFICANT EFFECT UPON THE
BIOLOGICAL ACTIVITY OF THE SYSTEM.
MOST CYANIDE COMPOUNDS ARE HIGHLY
REACTIVE. THE ANALYTICAL PROCEDURES
USED FOR THEIR ESTIMATION ARE NOT
SPECIFIC; THEREFORE THE MAJOR
PROBLEM IS THAT OF ISOLATION FROM
INTERFERENCES. ALTHOUGH MANY
PROCEDURES FOR THE ANALYSIS OF
CYANIDE HAVE BEEN PUBLISHED,
RELATIVELY FEU OF THESE ARE
SATISFACTORY FOR GENERAL USE IN
UATER AND INDUSTRIAL UASTE ANALYSIS.
THE PROCEDURES DESCRIBED UERE
SELECTED BECAUSE THEY ARE APPLICABLE
FOR MANY TYPES OF SAMPLES. THE
METHODS UERE FOUND EFFECTIVE ON
RELATIVELY PURE UATER, RIVER UATER,
SEUAGE AND SEVERAL INDUSTRIAL
UASTES, INCLUDING THOSE FROM GAS AND
COKE OPERATION, PETROLEUM REFINING,
AND PLATING.
MJ CYANIDES, UATER-ANALYSIS.
ID UATER-POLLUTION-DETECTION, EPAL.
AN N PB-215 553.
<771>
AU LUDZACK, F. J. SCHAFFER, R. B.
IN ROBERT A. TAFT SANITARY ENGINEERING
CENTER, CINCINNATI, OHIO. 306 950.
YR 60. 32P.
TI ACTIVATED SLUDGE TREATMENT OF
CYANIDE, CYANATE AND THIOCYANATE.
NT PRESENTED AT THE INDUSTRIAL UASTE
CONFERENCE U5TH), LAFAYETTE, IND.
2-5 MAY 60.
PR PC$3.75/MF$0.95.
AB CYANIDE, CYANATE, AND THIOCYANATE,
SEPARATELY OR IN COMBINATION UITH
OTHER UASTES, FREQUENTLY ARE UASTE
UATER PROBLEMS. SEVERAL TREATMENT
METHODS ARE AVAILABLE FOR CYANIDE;
SOME LACK THE DESIRED EFFICIENCY,
OTHERS ARE DIFFICULT TO CONTROL, AND
ALL HAVE HIGH OPERATING COSTS.
LITTLE INFORMATION IS AVAILABLE ON
THE BIOLOGICAL DEGRADATION OF
CYANATES. THIOCYANATE POLLUTION HAS
A LONG HISTORY BUT ITS
CHARACTERISTICS COMMONLY ARE
260
-------
MISUNDERSTOOD OR IGNORED; LOLER
TREATMENT EFFICIENCY FOLLOWS. SINCE
THE THREE PINIONS ARE RELATED IN
CHEMISTRY, IN INDUSTRY, AND IN UftSTE
CONTROL, A GROUP COMPARISON SHOULD
BRING OUT CERTAIN ASPECTS OF THE
INDIVIDUALS THAT MIGHT OTHERWISE BE
UNNOTICED. THE REPORT DISCUSSES THE
AUTHORS' RESEARCH IN THIS AREA.
MJ ACTIVATED-SLUDGE-PROCESS, CYANIDES,
SEWAGE-TREATMENT, CYANIDES,
CYANATES, SEWAGE- TREATMENT,
THIOCYANATE, SEWAGE- TREATMENT,
CHEMICAL-REMOVAL-SEWAGE- TREATMENT,
CYANATES.
ID EPAL.
AN N PB-216 384.
<772>
AU LUKYANENKQ, V I. FLEROV, B A.
YR 71.
TI COMPARATIVE INVESTIGATION OF THE
RESISTANCE TO PHENOL OF TWO
DIFFERENT AGE GROUPS OF SALMO
IRIDENS GIBB.
SO NEWFOUNDLAND. MEMORIAL UNIVERSITY.
ST. JOHNS. LIBRARY BULLETIN, 5(2):
14-15, MARCH 1971.
LG EN.
AB NONE.
ID *SALMO IRIDENS, EXTENDED SUMMARY
ONLY.
DE PHENOL, FISHES, TOXICITY.
AN P 7006934.
<773>
AU LUKYANENKO, V I. PETUKHOVA. L A.
YR 71.
TI CHANGES IN ACTIVITY OF
CHOLINESTERASE IN THE MUSCLES AND
AMOUNT OF AMMONIAC IN BRAIN OF
PHENOL POISONED CARASSIUS CARASSIUS.
SO NEWFOUNDLAND. MEMORIAL UNIVERSITY,
ST. JOHNS. LIBRARY BULLETIN, 5C2):
17, MARCH 1971.
LG EN.
AB NONE.
ID *CARASSIUS CARASSIUS, SUMMARY ONLY.
DE PHENOL, FISHES, TOXICITY.
AN P 7006934.
<774>
AU LUKYANENKO, V. I.
IN BUREAU OF COMMERCIAL FISHERIES,
WASHINGTON, D.C. OFFICE OF FOREIGN
FISHERIES (TRANSLATIONS).
YR 72. 10P.
TI ON THE MECHANISM OF ACTION OF PHENOL
ON THE CENTRAL NERVOUS SYSTEM OF
FISH IN CONNECTION WITH CHANGE OF
THE EXTERNAL SYMPTOM COMPLEX OF
PHENOL INTOXICATION UNDER THE
INFLUENCE OF ANTICHOLINESTERASE
PREPARATIONS (0 MEKHANI ZME
DEISTVIYA FENOLA NA TSENTRALNUYU
SISTEMU RYB V SVYAZI S IZMENENIEM
VNESHNOGO SIMPTOMOKOMPLEKSA FENOLNOI
INTOKSIKATSII POD VLIYANIEM
ANTIKHOLINESTERAZNYKH PREPARATOV).
NT TRANS. OF MONO. VOPROSY VODNOI
TOKSIKOLOGII, MOSCOW, 1970 PI 54-
162, BY ROBERT M. HOWLAND.
PR PC$3.00/MF$0.95.
AB ACETYLCHOLINE ALSO HAS SIGNIFICANT
IMPORTANCE AS A MEDIATOR IN THE
CENTRAL NERVOUS SYSTEM OF FISH,
WHICH WAS SHOWN AS FAR BACK AS THE
EXPERIMENTS OF BYKOV (1935, 1937).
IT IS QUITE WELL- FOUNDED TO
HYPOTHESIZE THAT AT THE BASE OF
GENERAL INTOXICATION OF THE NERVE
TYPE, WHICH INCLUDES PHENOL
POISONING, LIES DISTURBANCE OF THE
ACETYLCHOLINE METABOLISM OF THE
BRAIN. AND IN PARTICULAR DISTURBANCE
OR CHANGE IN THE COURSE OF ITS
ENZYMATIC HYDROLYSIS. THIS
INVESTIGATION WAS UNDERTAKEN FOR THE
PURPOSE OF ESTABLISHING THE
CHARACTER OF INFLUENCE OF
ANTICHOLINESTERASE PREPARATIONS ON
THE EXTERNAL SYMPTOM COMPLEX OF
PHENOL INTOXICATION, WHICH IN TURN
WOULD PERMIT THE FORMING OF AN
OPINION ABOUT THE ROLE OF THE
COMPLEX OF ACETYLCHOLINESTERASES IN
THE REACTIONS OF FISH TO PHENOL
IRRITATION.
MJ FISHES, PHENOL, PHENOL, TOXICITY,
CHOLINESTERASE- INHIBITORS, PHENOL.
MN CENTRAL-NERVOUS-SYSTEM,
ACETYLCHOLINE, ACETYLCHOLINESTERASE,
METABOLISM, MOTOR-REACTIONS, USSR,
TRANSLATIONS.
ID PHENOL-INTOXICATION.
AN N PB-208 200-T.
<775>
AU LUNT D. EVANS W C.
YR 70.
TI THE MICROSIAL METABOLISM OF
BIPHENYL.
SO BIOCHEM J. 118. 3. P54P-55P. JUL 70.
LG EN.
MJ BACTERIA: ME.
MN PHENYLPYRUVIC-ACIDS: BI.
AN M 71011010.
261
-------
<776>
AU LUPANOVA, L. K. SHKODICH. P. E.
LEMBIK, ZH. L.
IN USSR.
YR 72.
TI BENZO(A)PYRCNE CONTENT IN UflSTE
UATERS FROM PHENOL AND ACETONE
PRODUCTION STUDIED BY THE CUMENE
METHOD.
SO VOP. PROFIL. ZAGRYAZNENIYA VNESH.
SREDY, CHASTNOSTI VODOEMOV,
KflNTSEROGEN. VESHCHESTV. P28-9.
1972.
LG RS.
DE BENZOPYRENE UATER POLLUTION.
AN C 07902B09479.
<777>
AU LUR'E, YU. YU. BELEVTSEV, ft. N.
OVCHINNIKQVA, I. V.
IN USSR.
YR 74.
TI OXIDATION OF CRESOLS, QUINONES, AND
POLYHYDRIC PHENOLS UITH CHLORINE
DIOXIDE IN AQUEOUS SOLUTIONS.
SO TR. VNII VODOSNABZH. KANALIZ.
GIDROTEKHN. SOORUZH. I INZH.
GIDROGEOL. Pl-4. 1974.
LG RS.
DE CRESOL OXIDN CHLORINE DIOXIDE.
PHENOL POLYHYDRIC OXIDN CHLORINE
DIOXIDE. QUINONE OXIDN CHLORINE
DIOXIDE. CHLORINE DIOXIDE OXIDN
CRESOL. OXIDN CRESOL CHLORINE
DIOXIDE.
AN C 08313113855.
<778>
AU LUR'E, YU. YU. BELEVTSEV, A. N.
OVCHINNIKOVA, I. V.
IN VSES. NAUCHNO-ISSLED. INST.
VODOSNABZH. KANALIZ. GIDROTEKH.
SOORUZH. INZH. GIDROGEOL. MOSCOU.
USSR.
YR 73.
TI OXIDATION OF PHENOL BY CHLORINE
DIOXIDE IN NATURAL AND (JASTE UATERS.
SO VODOSNABZH. SAN IT. TEKH. P7-11.
1973.
LG RS.
DE PHENOL OXIDN CHLORINE DIOXIDE. UASTE
UATER PHENOL OXIDN.
AN C 87904023266.
<779>
AU LYKOVA, L. K.
IN USSR.
YR 75.
TI EFFECT OF THE CONCENTRATION OF
PHENOL (CARBOLIC ACID) ON THE RATE
OF ITS DECOMPOSITION IN SEA UATER.
SO TR. COS. OKEANOGR. INST. 127. P55-7.
1975.
LG RS.
DE PHENOL BIODEGRDN SALT LAKEUATER.
CASPIAN SEA PHENOL BIODEGRDN.
POLLUTION PHENOL SEAUATER BIODEGRDN.
DEGRDN BIO PHENOL SEAUATER.
AN C 08514098909.
<780>
AU LYNCH, R S. MIYAZAKI, S. SIKKA, H
C.
IN SYRACUSE UNIV. RESEARCH CORP. LIFE
SCIENCES DIV. SYRACUSE, NY 13210.
YR 75.
TI DEGRADATION OF CARBARYL AND 1-
NAPHTHOL BY MARINE MICROORGANISMS.
SO BULLETIN OF ENVIRONMENTAL
CONTAMINATION AND TOXICOLOGY, 13(6):
666-672, JUNE 1975.
LG EN.
AB NONE.
ID YEASTS, 1-NAPHTHOL.
DE BACTERIA, BIODEGRADATION, CARBAMATE
COMPOUNDS, CARBARYL, FUNGI, MARINE
ORGANISMS, METABOLITES,
MICROORGANISMS.
AN P 7505867.
<781>
AU LYSYI, I. NELSON, K. H. NEUTON, P.
R.
IN ROCKETDYNE, CANOGA PARK, CALIF. 308
000.
YR 67. 42P.
TI METHODS FOR THE DETERMINATION OF
TRACE ORGANIC MATERIALS IN UATER.
NT RESEARCH AND DEVELOPMENT PROGRESS
REPT. 1 JUN 65-24 NOV 66.
PR PC$3.00/MF$0.95.
AB THE DESCRIBED RESEARCH COVERS THE
DEVELOPMENT OF ANALYTICAL
METHODOLOGY FOR THE DETERMINATION OF
ORGANICS IN UATER AS IT RELATES TO
THE PROBLEM OF UATER DESALINATION.
THE PRINCIPAL OBJECTIVE OF THE
RESEARCH EFFORT UAS THE DEVELOPMENT
OF INSTRUMENTAL MEANS FOR THE RAPID
DETERMINATION OF THE TOTAL ORGANIC
CONTENT IN UATER MATRICES. GAS
CHROMATOGRAPHIC SEPARATION AND
HYDROGEN FLAME IONIZATION DETECTION
HAVE BEEN COMBINED UITH PYROLYSIS
FOR THE RAPID DIRECT MEASUREMENT OF
THE TOTAL ORGANIC CONTENT OF UATER
AT THE PARTS PER MILLION
262
-------
ru
ID
AN
AU
IN
YR
TI
SO
LG
DE
AU
YR
TI
SO
DE
CONCENTRATION LEVEL, ft MODIFICATION
OF THE PROCEDURE, UHICH PROVIDES
HIGHER SENSITIVITY AND MORE UNIFORM
RESPONSE FOR A GREATER NUMBER OF
ORGANIC COMPOUNDS, EMPLOYS STEAM flS
A CARRIER GAS, AND A GLASS BEAD
COLUMN. (AUTHOR).
GAS-CHROMATOGRAPHY, LJATER- ANALYSIS,
CARBOHYDRATES, UATER- ANALYSIS.
PYROLYSIS, TRACE-ELEMENTS, METHANE,
CELLULOSE, STARCHES, HEXOSES,
FRESH-UATER, ORGANIC- COMPOUNDS.
PYROLYSIS-GAS-CHROMATOGRAPHY.
N PB-207 012.
<782>
MACIEJOUSKI, FRANCISZEK.
SOKOLOUSKA, JADUIGA.
OSRODEK BADAU.-ROZUOJOUY KAUCZUKOU
TUORZYU UINYLOUYCH. OSUIECIM. POL.
76.
CHROMATOGRAPHIC DETERMINATION OF
PHENOLS AND CHLORINATED BENZENE
DERIVATIVES IN UASTE UATERS FROM
PRODUCTION OF SYNTHETIC PHENOL.
GAZ, UODA TECH. SANIT. 50. P70- 2.
1976.
PO.
PHENOL UASTEUATER GAS CHROMATOG.
CHLORINATED BENZENE UASTEUATER
CHROMATOG.
C 08512082823.
<783>
MAGEE P N.
73.
METABOLIC ASPECTS OF CHEMICAL
CARCINOGENESIS.
DOLL, R. AND I. VODOPIJA (ED.). IARC
(INTERNATIONAL AGENCY FOR RESEARCH
ON CANCER) SCIENTIFIC PUBLICATION,
NO. 7. HOST ENVIRONMENT INTERACTIONS
IN THE ETIOLOGY OF CANCER IN MAN.
PROCEEDINGS OF A MEETING. PRIMOSTEN,
YUGOSLAVIA, AUG. 27 - SEPT. 2, 1972.
XIX+464P. ILLUS. INTERNATIONAL
AGENCY FOR RESEARCH ON CANCER: LYON,
FRANCE. (DIST BY UORLD HEALTH
ORGANIZATION, GENEVA, SUITZERLAND.).
(RECD 1974) 213-221.
HUMAN PLANT PRODUCTS MOLD PRODUCTS
BACTERIAL PRODUCTS 7 12 DI METHYL
BENZ A ANTHRACENE 2 NAPHTHYLAMINE DI
METHYLAMINO AZO BENZENE BETA PROP 10
LACTONE NITROSOMETHYL UREA CARBON
TETRA CHLORIDE ETHIONINE ETHYL
CARBAMATE 4 NITRO QUINOLINE N OXIDE
CARCINOGENS ENZYME ACTIVATION.
B 75013075.
<784>
AU MAGNARADZE, G. F. DOLIDZE, TS. G.
IN USSR.'
YR 71.
TI USE OF SPECTROPHOTOMETRY FOR
DETERMINATION OF PHENOL IN UATERS.
SO TR. GRUZ. NAUCH.-ISSLED. INST.
PISHCH, PROM. NO. 5. P250-1. 1971.
LG RS.
DE PHENOL DETN UATER. UATER ANALYSIS
PHENOL.
AN C 07822140161.
<7B5>
AU MAJESKI, EDUARD JOSEPH.
IN UNIVERSITY OF RHODE ISLAND (0186)
PH.D. 1966, 089PP.
YR 66.
TI CONTROLLED POTENTIAL ELECTROLYSIS OF
ANTHRACENE.
SO DAI V29(08), SEC B, P27B2.
DE CHEMISTRY. ANALYTICAL (0486).
AN D RDG69-01033.
<786>
AU MAKALETS, B. I. IVANOVft, L. G.
KURZANOVA, V. V.
IN NOVOKUIBYSHEV. FIL. NflUCHNO- ISSLED.
INST. SINT. SPIRT. ORG. PROD.
NOVOKUIBYSHEV. USSR.
YR 71.
TI CATALYTIC OXIDATION OF PHENOL IN
AQUEOUS SOLUTIONS BY ATMOSPHERIC
OXYGEN.
SO NEFTEKHIMIYA. 11. P723-8. 1971.
LG RS.
DE PHENOL OXIDN ATM OXYGEN.
AN C 07605024425.
<787>
AU MAKALETS, B. I. IVANOVA, L. G.
KURZANOVA, V. V.
IN NOVOKUIBYSHEV, FIL. NAUCHNO- ISSLED.
INST. SINT. SPIRT. ORG. PROD.
NOVOKUIBYSHEV. USSR.
YR 71.
TI KINETICS OF THE ACCUMULATION OF
HYDROQUINONE AND PYROCATECHOL DURING
THE CATALYTIC OXIDATION OF PHENOL BY
ATMOSPHERIC OXYGEN IN AQUEOUS
SOLUTIONS.
SO NEFTEKHIMIYA. 11. P729-33. 1971.
LG RS.
DE HYDROQUINONES PYROCATECHOLS VIA
OXIDN. PHENOL OXIDN ATM OXYGEN.
AN C 07605024424.
263
-------
ftU
IN
YR
TI
SO
LG
DE
AN
AU
YR
TI
SO
DE
AN
AU
IN
YR
TI
SO
LG
DE
IVANOVA, L. G.
KIRICHENKO, G.
<788>
MAKALETS, B. I.
PANKRATOVA, K. G.
S.
NOVOKUIBYSHEVSK. FILIAL NIISS.
NOVOKUIBYSHEVSK. USSR.
70.
PREPARATION OF DIHYDRIC PHENOLS BY
THE CATALYTIC OXIDATION OF PHENOL IN
AQUEOUS SOLUTIONS.
NEFTEPERERAB. NEFTEKHIM. (MOSCOU).
P23-5. 1978.
RS.
PYROCATECHOL PRODN PHENOL.
HYDROQUINONE PRODN PHENOL. PHENOL
CATALYTIC OXIDN. OXIDN CATALYTIC
PHENOL.
C 07301803592.
<789>
E N. MAKEEV A M.
RODZILLER
AU
IN
MAKEEVA
I D.
75.
METABOLISM OF MONO CARBON COMPOUNDS
DURING BIOLOGICAL PURIFICATION OF
SEUAGE UATERS.
PRIKL BIOKHIM MIKROBIOL. 11 (3).
367-373.
OPERCULARIA-COARCTATA
STYuONYCHIA-PUSTULATA NOTOMMATA-
ANSATA METHANOL FORMALDEHYDE FORMIC-
ACID.
B 61069317.
<790>
MAKEIKINA, V. V. MAMONTOVA, 0. V.
NEMCHENKO, A. G.
USSR.
70.
VAPOR-PHASE CATALYTIC OXIDATION OF
ORGANIC MATTER IN UASTE UATER FROM
THE PRODUCTION OF BUTYL AND HIGHER
ALCOHOLS.
KHIM. TEKHNOL. TOPL. MASEL. 15.
P34-6. 1970.
RS.
CATALYTIC OXIDN ALCS PRODN UASTES.
OXIDN CATALYTIC ALCS PRODN UASTES .
BUTANOL FRODN UASTES OXIDN. ALCS
PRODN UASTES OXIDN.
C 07312059107.
<791>
MfiKULA R A. LOCKUOOD P J. FINNERTY
U R.
DEPARTMENTS OF BIOCHEMISTRY AND
MICROBIOLOGY. UNIVERSITY OF GEORGIA,
ATHENS, GEORGIA 30602.
YR
TI
SO
LG
MJ
MN
AN
AU
IN
YR
TI
SO
LG
AB
ID
DE
AN
AU
YR
TI
SO
DE
AN
AU
IN
YR
TI
75.
COMPARATIVE ANALYSIS OF THE LIP IDS
OF ACINETOBACTER SPECIES GROUN ON
HEXADECANE.
J BACTERIOL. 121. 1. P258-8. JAN 75.
EN.
ALCALIGENES: AN.
ACINETOBACTER: ME, GD.
CHROMATOGRAPHY-THIN-LAYER.
DIGLYCERIDES: AN. FATTY-ALCOHOLS:
AN. SPECTROPHOTOMETRY-INFRARED.
UNITED-STATES-GOVERNMENT-SUPPORTED-
NON-NIH: (NON-NIH-SUP). AN.
M 75114649.
<792>
MALLEVIALLE, J.
LABORATOIRE DE LA SOCIETE LYONNAISE
DES EAUX ET DE L'ECLAIRAGE.
75.
ACTION DE L'OZONE DANS LA
DEGRADATION DES COMPOSES PHENOLIQUES
SIMPLES ET POLYMERISES: APPLICATION
AUX MATIERES HUMIQUES CONTENUES DANS
LES EAUX.
TECHNIQUES ET SCIENCES MUNICIPALES
ET REVUE L'EAU, 70(3): 107-113, MAR.
1975.
FR.
NONE.
BLEACHING, PHENOLS.
CHEMICAL DEGRADATION,
TREATMENT, OZONATION,
TREATMENT.
P 7503538.
EFFLUENT
OZONE, UATER
<793>
MALOSEJA Z. PAVLETIC Z. MUNJKO I.
72.
BIOLOGICAL DECOMPOSITION OF PHENOL
BY MIXED AND PURE CULTURES OF ALGAE.
ACTA BOT CROAT. 31 129-138.
CHLORELLA-VULGARIS PEDIASTRUM-
DUPLEX COSMARIUM-LAEVE SCENEDESMUS-
QUADRICAUDA CHROOCOCCUS-TURGIDUS
NOSTOC-ENTOPHYTUM ANABAENA-
AUGSTUMALIS GROUTH.
B 55022243.
<794>
MAMEDOVA, V. M. ABASHIN, V. G.
LINETSKII, V. A.
VSES. NAUCHNO-ISSLED. INST.
OLEFINOV. BAKU. USSR.
73.
DETERMINATION OF ACETOPHENONE IN
UASTE UATERS FROM THE COMBINED
PRODUCTION OF PROPYLENE OXIDE AND
264
-------
STYRENE.
SO AZERB. KHIM. ZH. P121-3. 1973.
LG RS. SO
DE ACETOPHENONE DETN UASTEUATER
STYRENE. STYRENE UflSTEUflTER flNflLYSIS DE
flCETOPHENONE. flN
flN C 08102006027.
CARflSSIUS-flURflTUS-GIBELIO flND
CYPRINUS-CflRPIO.
STUD CERCET BIOL. 28 (2). (RECD
1977) 109-116.
TEMPERATURE ftDftPTftTION.
8 63072222.
<795>
flU MflNESCU, S. PETRE, I.
IN DISCIPLINfl IG. GEN. COMUNflLfl. INST.
MED.-FARM. BUCHflREST. ROM.
YR 72.
TI EPIDEMIOLOGIC flSPECTS OF flCCIDENTflL
UflTER POLLUTION UITH CHEMICflL
SUBSTflNCES.
SO IGIENfl. 21. P387-92. 1972.
LG RO.
DE POLLUTION PESTICIDE PHENOL UflTER.
flN C 07902009583.
<796>
flU MANTOVANI, E. MAZZEI, M.
ROBERTIELLO, fl. ZflNOBI, A.
IN LftB. PROCESSI MICROBIOL. SNflM
PROGETTI S.P.fl. ROME. ITflLY.
YR 77.
TI PHOTOSENSITIZED DEGRflDflTION OF
POLYOLEFINS. II.
SO J. APPL. POLYM. SCI. 21. P589- 95.
1977.
LG EN.
DE PHOTOSENSITIZER DEGRDN POLYETHYLENE.
flROM DIENE DEGRDN PHOTOSENSITIZER.
flN C 08620140655.
AU
IN
YR
TI
SO
LG
DE
AN
AU
YR
TI
SO
LG
MJ
MN
<799>
MARKING. LEIF L. DAUSON, VERDEL K.
FISH CONTROL LAB. LA CROSSE. UIS.
73.
TOXICITY OF QUINftLDINE SULFATE TO
FISH.
INVEST. FISH CONTR. NO. 47-50.
PII/l-II/8. 1973.
EN.
QUINALDINE SULFATE TOXICITY FISH.
C 08023128087.
<800>
MflRTONOVA M. SKARKA B. RADEJ Z.
72.
DEGRADATION OF NAPHTHALENE TO
SALICYLIC ACID BY CULTURES OF
PSEUDOMONAS DENITRIFICANS AND
ftCHROMOBflCTER SP. FROM THE EFFLUENTS
OF PETROLEUM REFINERY.
FOLIfl MICROBIOL (PRflHfl). 17.
P63-5. 1972.
EN.
flLCALIGENES: ME.
ALCALIGENES: GD.
PSEUDOMONAS: GD.
PSEUDOMONAS:
COLORIMETRY.
1.
ME.
AN M 72118730.
<797>
AU MARCONI, SIMONA. IONESCU, MARIOARA.
IN RES. DES. INST. UATER RESOUR. ENG.
BUCHAREST. ROM.
YR 74.
TI TOXIC ACTION OF ACRYLONITRILE ON
FISH.
SO STUD. PROT. CALITATII APELOR. 16.
P7-22. 1974.
LG RO.
DE ACRYLONITRILE TOXICITY FISH.
AN C 08411069956.
<801>
AU MARUOKA, SHOJI. NISHIO,
TOSHISABURO. KAUAI, SENZO.
IN KYOTO MUNIC. HYG. LAB. KYOTO. JAPAN.
YR 74.
TI SUBACUTE TOXICITY OF CARBON N-
HEXANE-ACETONE EXTRACT RECOVERED
FROM DRINKING UflTER.
SO BULL. ENVIRON. CONTflM. TOXICOL. 11.
P545-50. 1974.
LG EN.
DE UATER CONTAMINANT KYOTO CITY.
AN C 08123146552.
<798>
AU MflRINESCU fl G. GODEflNU M. AU
MflRINESCU D. IONILA D. NEGULESCU YR
A. TI
YR 76
TI EFFECT OF ORGANIC POLLUTANTS PHENOLS SO
ON SURVIVAL AND RESPIRATORY LG
METABOLISM IN 2 SPECIES OF FISH MJ
<802>
MARX J L.
72.
PHTHALIC ACID ESTERS: BIOLOGICAL
IMPACT UNCERTAIN.
SCIENCE. 178. 56. P46-7. 6 OCT 72.
EN.
PHTHflLIC-ACIDS: AE.
265
-------
UN ABNORMALITIES-DRUG-INDUCED.
BLOOD-PRESERVftTION. DE. GUINEA-
PIGS. RABBITS.
AN M 73003742.
<803>
AU MASHUR, V. ft. IORDAN, E. P.
IN USSR.
YR 72.
TI ROLE OF VITAMIN B12 IN THE
METABOLISM OF THE PROPION 1C ACID
BACTERIA .
SO VESTN. MOSK. UNIV. BIOL. POCHVOVED.
27. P107-9. 1972.
LG RS.
DE VITAMIN B12 PROPIONIBACTERIUM.
AN C 07715698608.
<804>
AU MASTERS, MARGARET J. ZAJIC, J. E.
IN FAC. ENG. SCI. UNIV. (JEST. ONTARIO.
LONDON. ONT.
YR 71.
TI MYXOTROPHIC GROUTH OF ALGAE ON
HYDROCARBON SUBSTRATES.
SO DEVELOP. IND. MICROSIOL. 12. P77-
86. 1971.
LG EN.
DE ALKANE METAB ALGAE. HEPTADECANE
METAB ALGAE. SCENEDESMUS HEPTADECANE
METAB.
AN C 07609042294.
<805>
AU MATEI V E. POLENOV A L.
TI EFFECT OF HYPERTONIC MEDIUM AND
PHENOL INTOXICATION ON THE
HYPOTHALAMIC HYPOPHYSEAL NEURO
SECRETORY SYSTEM OF THE GUPPY
LEBISTES-RETICULATUS.
SO J EVOL BIOCHEM PHYSIOL (ENGL TRANSL
ZH EVOL BIOKHIM FIZIOL). 8 (4). 1972
(1973) 343-349.
DE TELEOST WATER POLLUTANT STRESS.
AN B 74051315.
<806>
AU MATEI, V. E.
IN USSR.
YR 73.
TI HYPOTHALAMIC NEUROSECRETION IN
LEBISTES RETICULATUS UNDER
CONDITIONS OF CHRONIC PHENOL
INTOXICATION.
SO TR. INST. BIOL. VNUTR. VOD, AKAD.
NAUK SSSR. NO. 24. P39-43. 1973.
LG RS.
DE PHENOL HYPOTHALAMUS NEUROSECRETION
LEBISTES. FISH PHENOL TOXICITY.
AN C 08017091777.
<807>
AU MATEI, V. E.
IN USSR.
YR 69.
TI EFFECT OF SUBTOXIC CONCENTRATIONS OF
PHENOL ON THE FORMATION RATE OF
GROUP CONDITIONED REFLEXES IN
LEBISTES RETICULATUS.
SO TR. INST. BIOL. VNUTR. VOD, AKAD.
NAUK SSSR. NO. 19. P62-5. 1969.
LG RS.
DE PHENOL REFLEXES FISH. FISH REFLEXES
PHENOL. REFLEXES PHENOL FISH.
AN C 07221109683.
<808>
AU MATEI, V. E. FLEROV, B. A.
IN INST. BIOL. VNUTR. VOD. BOROK. USSR.
YR 70.
TI EFFECT OF SUBTOXIC CONCENTRATIONS OF
PHENOL ON THE CONDITIONED REFLEXES
OF LEBISTES RETICULATUS.
SO VOP. VOD. TOKSIKOL. P175-81. 1970.
LG RS.
AV TOPACHEVSKII, A. V.
DE LEBISTES CONDITIONED REFLEXES.
REFLEXES CONDITIONED LEBISTES. FISH
POISONING PHENOL. POISONING FISH
PHENOL. PHENOL POISONING FISH.
AN C 07417084579.
<809>
AU MATEL, V. E.
IN INST. BIOL. INLAND UATERS. BOROK.
USSR.
YR 73.
TI HYPOTHALAMOHYPOPHYSEAL
NEUROSECRETORY SYSTEM OF THE GUPPY
LEBISTES RETICULATUS DURING CHRONIC
PHENOK INTOXICATION.
SO ZH. EVOL. BIOKHIM. FIZIOL. 9.
P481-6. 1973.
LG RS.
DE PHENOL NEUROHORMONE HYPOTHALAMUS
PITUITARY. FISH NEUROSECRETION
PHENOL. ENDOCRINE SYSTEM PHENOL
GUPPY.
AN C 08005023272.
<810>
AU MATSUDA, YOSHIHARU. FUJISAUA,
TOSH 10. FUJIKAWA, SHUZO. TAKASU,
YOSHIO. TANAKA, YOSHIE. IMAGAUA,
266
-------
HIROSHI.
IN FAC. ENG. YAMAGUCHI UNIV. USE.
JAPAN.
YR 75.
TI OXIDATION OF CYANIDE IONS IN AQUEOUS
ALKALINE SOLUTIONS BY OZONE.
SO NIPPON KAGAKU KAISHI. P602-6. 1975.
LG JA.
DE CYANIDE OXIDN ALK UASTEUATER.
AN C 08310884340.
AU MATSUDA, YUKIO.
IN TOYO INK MANUF. CO. LTD. TOKYO.
JAPAN.
YR 72.
TI TREATMENT AND ANALYSIS METHODS FOR
CYANIDES f!ND THE USE OF CYANIDE
CONCENTRATION-MEASURING INSTRUMENTS.
SO NENRYO OYOBI NENSHO. 39. P691-8.
1972.
LG JA.
DE REVIEW CYANIDE TREATMENT UATER.
AN C 07820128129.
<812>
AU MATSUDA, YUKIO.
IN TOYO INK MANUF. CO. LTD. TOKYO.
JAPAN.
YR 72.
TI TREATMENT AND ANALYSIS METHODS FOR
CYANIDES AND THE USE OF CYANIDE
CONCENTRATION-MEASURING INSTRUMENTS.
SO NENRYO OYOBI NENSHO. 39. P691-8.
1972.
LG JA.
DE REVIEW CYANIDE TREATMENT UATER.
AN C 07820128129.
<813>
AU MATSUMOTO, GENKI. ISHIUATARI,
RYOSHI. HANYA, TAKAHISA.
IN FAC. SCI. TOKYO METROP. UNIV. TOKYO.
JAPAN.
YR 77.
TI GAS CHROMATOGRAPHIC-MASS
SPECTROMETRIC IDENTIFICATION OF
PHENOLS AND AROMATIC ACIDS IN RIVER
UATERS.
SO UATER RES. 11. P693-8. 1977.
LG EN.
DE PHENOL DETN RIVER UATER. AROM ACID
DETN RIVER UATER. GAS CHROMATOG
RIVER UATER. MASS SPECTROMETRY RIVER
UATER. ORG ANALYSIS RIVER UATER .
AN C 08724189171.
<814>
AU MATSUNAGA, KATSUHIKO. NAKAYA.
MITSUKO.
IN FAC. FISH. HOKKAIDO UNIV. HAKODATE.
JAPAN.
YR 71.
TI DETERMINATION OF CYANIDE BY
OXIDATION TO NITRITE.
SO BUNSEKI KAGAKU. 20. P887-9. 1971.
LG JA.
DE CYANIDE DETN. OXIDN CYANIDE DETN.
NITRITE CYANIDE DETN. PHOTOMETRY
CYANIDE DETN. SULFANILAMIDE CYANIDE
DETN. NAPHTHYLETHYLENEDIAMINE
CYANIDE DETN.
AN C 07520126047.
<815>
AU MATSUURA, TAKESHI. SMITH, JOE MAUK.
IN UNIV. CALIFORNIA. DAVIS. CALIF.
YR 70.
TI PHOTODECOMPOSITION KINETICS OF
FORMIC ACID IN AQUEOUS SOLUTION.
SO AICHE J. 16. P1064-71. 1970.
LG EN.
DE PHOTODECOMPN KINETICS FORMIC ACID
SOLN. KINETICS PHOTODECOMPN FORMIC
ACID SOLN. FORMIC ACID SOLN
PHOTODECOMPN KINETICS. ORG
POLLUTANTS REMOVAL UATER MODEL.
POLLUTANTS ORG REMOVAL UATER MODEL.
MODEL ORG POLLUTANTS REMOVAL UATER.
AN C 07406023941.
<816>
AU MATTHEUS, JOHN E. MYERS, LEON H.
IN ROBERT S. KERR ENVIRONMENTAL
RESEARCH LAB. ADA, OKLA.
YR 76. 62P.
TI ACUTE TOXIC EFFECTS OF PETROLEUM
REFINERY UASTEUATERS ON REDEAR
SUNFISH.
PR PC A04/MF A01.
AB STATIC BIOASSAYS OF 24 HOURS'
DURATION UERE PERFORMED ON SAMPLES
OF UASTEUATERS PROVIDED BY 22
DOMESTIC PETROLEUM REFINERS. THESE
UASTEUATERS REPRESENT THREE TYPES OF
UATER DISCHARGES PREVALENT TO THIS
INDUSTRY: PROCESS UASTEUATERS PRIOR
TO DILUTION UITH OTHER STREAMS; API
SEPARATOR EFFLUENTS UHICH ARE A
CONJUGATE OF VARIOUS STREAMS UITHIN
A REFINERY; AND UASTEUATERS
FOLLOUING TREATMENT BY ACTIVATED
SLUDGE SYSTEMS. BIOASSAYS UERE
PERFORMED USING REDEAR SUNFISH
CLEPOMIS MICROLOPHUS) AS TEST
ORGANISMS. TUENTY-FOUR HOUR 50
267
-------
PERCENT TOLERflNCE LIMITS CTL SUB 58)
OF THE VARIOUS UASTEUATERS ARE
COMPARED UITH RESULTS OF CHEMICAL
ANALYSES PERFORMED DURING THE SAME
STUDY. TOXICITY VARIED CONSIDERABLY
BOTH BETUEEN REFINERIES AND FOR
LJASTE STREAMS FROM UITH IN A SINGLE
REFINERY. RESULTS OF THESE ANALYSES
AND OBSERVED BEHAVIORAL SYMPTOMS OF
DISTRESSED FISH REVEALED THAT MJ
AMMONIA, SULFIDES, AND PHENOLICS,
ALONE OR IN COMBINATION, UERE MAJOR MN
CONTRIBUTORS TO TOXICITY EXERTED IN
MOST SAMPLES. THREE REFINERIES HAD
SAMPLES UHICH UERE MORE TOXIC THAN
ANTICIPATED BASED ON RESULTS OF
CHEMICAL ANALYSES, INDICATING THE
PRESENCE OF OTHER TOXIC COMPOUNDS IN ID
UNKNOUN QUANTITIES; E.G. VARIOUS
HYDROCARBONS.
MJ FRESH-UATER-FISHES, TOXICITY, AN
INDUSTRIAL-UASTES, REFINERIES.
MN BIOASSAY, UASTE-UATER, ANIMAL-
BEHAVIOR, TOXIC-TOLERANCES,
HYDROCARBONS, AMMONIA, ORGANIC- AU
SULFIDES, PHENOLS. YR
ID LEPOMIS-MICROLOPHUS, NTISEPAORD. TI
AN N PB-262 913/7SL.
SO
<817> LG
AU MATTSON, VINCENT R. ARTHUR, JOHN U. MJ
UALBRIDGE, CHARLES T. MN
IN ENVIRONMENTAL RESEARCH LAB. DULUTH,
MINN. AN
YR 76. 20P.
TI ACUTE TOXICITY OF SELECTED ORGANIC
COMPOUNDS TO FATHEAD MINNOUS.
NT FINAL REPT. FEB 73-JUL 74. AU
PR PC A02/MF AB1.
AB STATIC NONRENEUAL LABORATORY IN
BIOASSAYS UERE CONDUCTED UITH 26
ORGANIC COMPOUNDS COMMONLY USED BY
INDUSTRY. THE SELECTED COMPOUNDS
REPRESENTED THE FIVE FOLLOUING YR
CHEMICAL CLASSES: ACIDS, ALCOHOLS, TI
HYDROCARBONS, KETONES AND ALDEHYDES,
AND PHENOLS. JUVENILE FATHEAD SO
MINNOUS (PIMEPHALES PROMELAS) UERE
THE TEST ANIMAL, AND TEST DURATION
UAS LIMITED TO 96 HR. LAKE SUPERIOR LG
UATER SERVED AS THE DILUENT SOURCE AB
FOR ALL TEST COMPOUNDS. ADDITIONAL DE
TESTS UERE CONDUCTED UITH A
RECONSTITUTED DILUENT UATER FOR FIVE
COMPOUNDS. THE ALCOHOL COMPOUNDS AN
UERE GENERALLY 10 TO 100 TIMES LESS
TOXIC THAN CHEMICALS TESTED IN THE
OTHER FOUR CHEMICAL CLASSES.
COMPOUNDS IN THE OTHER FOUR CLASSES flU
HAD A SIMILAR TOXICITY RANGE. THE
MOST LETHAL CHEMICAL TESTED UAS
PENTACHLOROPHENOL (96-HR LC50 OF 8.6
MG/L. ) AND THE LEAST LETHAL UAS
ETHANOL (96-HR LC50 OF 13,480 MG/L.
). MOST OF THE MINNOU DEATHS
OCCURRED DURING THE FIRST 24 HR.
COMPARATIVE CHEMICAL TESTS IN THE
TUO DILUENT UATERS GAVE SIMILAR
LETHAL RESPONSES.
MINNOUS, ORGANIC-COMPOUNDS,
TOXICITY.
ORGANIC-ACIDS, ALCOHOLS,
HYDROCARBONS. KETONES, ALDEHYDES,
PHENOLS, MORTALITY, ETHANOLS,
CONCENTRATION-COMPOSITION, LETHAL-
DOSAGE, CLASSIFICATIONS, BIOASSAY,
EXPOSURE.
PIMEPHALES-PROMELAS, PHENOL- CHLORO,
UATER-POLLUTION-EFFECTS- ANIMALS,
NTISEPAORD.
N PB-262 897/2SL.
<818>
MAYER F. L. JR. SANDERS H 0.
73.
TOXICOLOGY OF PHTHALIC ACID ESTERS
IN AQUATIC ORGANISMS.
ENVIRON HEALTH PERSPECT. 3. P153- 7.
JAN 73.
EN.
MARINE-BIOLOGY.
ANIMAL. ENVIRONMENTAL-EXPOSURE.
PHTHALIC-ACIDS: ME. UNITED-STATES.
M 73177210.
<819>
MC DERMOTT, J H. KABLER, P U.
UOLF, H U.
ECA, ENVIRONMENTAL HEALTH SERVICE,
BUREAU OF UATER HYGIENE, DIV. OF
CRITERIA AND STANDARDS, ROCKVILLE,
MD.
71.
HEALTH ASPECTS OF TOXIC MATERIALS IN
DRINKING UATER.
AMERICAN JOURNAL OF PUBLIC HEALTH
AND THE NATION'S HEALTH, 61(11):
2269-2276, NOV. 1971.
EN.
NONE.
TOXIC MATERIALS, UATER
CONTAMINATION, UATER QUALITY
STANDARDS.
P 7006934.
<820>
MCCORMACK, LAURENCE M. GOODMAN,
ALAN. JONES, ARTHUR R. SILVESTRI,
268
-------
ARCHILLE.
IN EDGEUOOD ARSENAL ABERDEEN PROVING
GROUND MD. 481807.
YR 76. 20P.
TI A DIRECT METHOD FOR THE
DETERMINATION OF PHENOL IN NATURAL
UATERS.
NT TECHNICflL REPT. JUN-OCT 74.
PR PC$3.50/MF$3.88.
AB A RAPID, DIRECT PROCEDURE FOR THE
DETERMINflTION OF PHENOL, SENSITIVE
IN THE MICROGRAM RANGE, HAS BEEN
DEVISED UTILIZING A MODIFICATION OF
THE BERTHELOT REACTION. THE METHOD
IS ESPECIALLY APPLICABLE TO WATER
SAMPLES AND REQUIRES NO EXTRACTION
OR DISTILLATION. PHENOL, AS THE
LIMITING FACTOR, PRODUCES A STRONG
INDOPHENOL BLUE COLOR, UHICH IS
LINEAR IN THE RANGE OF 1 TO 5 UG/ML.
CHALLENGE OF THE METHOD UITH 33
POTENTIAL UATER POLLUTANTS SHOUS
GOOD SPECIFICITY FOR PHENOLS.
(AUTHOR).
MJ UATER-POLLUTION, PHENOLS.
MN TEST-METHODS, METHODOLOGY,
LABORATORY-TESTS, LINEARITY.
ID BERTHELOT-REACTION, WATER- ANALYSIS,
UATER-DETECTION, NTISDODXA.
AN N AD-A031 155/5SL.
<821>
AU MCDONALD, F. R.
IN BUREAU OF MINES, LARftMIE, UYO.
LARAMIE ENERGY RESEARCH CENTER.
YR 74. 13P.
TI THE IDENTIFICATION OF GAMMA-
VALEROLACTONE IN UASTE FROM AN OIL-
SHALE IN SITU RETORT.
NT REPT. OF INVESTIGATIONS 1974.
PR PC$3.25/MF$2.25.
AB THE COMPOUND GAMMA-VALEROLACTONE HAS
BEEN IDENTIFIED IN AN ACID FRACTION
ISOLATED FROM UASTE UATER COLLECTED
FROM AH IN SITU OIL-SHALE RETORT.
INFRARED, NUCLEAR MAGNETIC
RESONANCE, AND MASS SPECTROMETRY
UERE USED TO CONFIRM THE
IDENTIFICATION OF THE FRACTION
COLLECTED FROM A GAS CHROMATOGRAPH.
MJ OIL-SHALE, LACTONES, INDUSTRIAL-
UASTES, UATER-ANALYSIS.
MN INDUSTRIAL-UATER, UATER- POLLUTION,
RETORTS-REACTORS, INFRARED-SPECTRA,
NUCLEAR-MAGNETIC- RESONANCE,
MASS-SPECTRA.
ID FURANONE-DIHYDRO-METHYL, NTISDIBM.
AH N PB-240 098/4SL.
<822>
AU MCFARREN, EARL F. . MATTHEWS, JOHN
M. . LISHKA, RAYMOND J.
IN NATIONAL CENTER FOR URBAN AND
INDUSTRIAL HEALTH, CINCINNATI, OHIO.
YR 67 55P
TI UATER PHENOLS NO. 1.
NT ENVIRONMENTAL HEALTH SERIES. REPORT
OF A STUDY CONDUCTED BY THE
ANALYTICAL REFERENCE SERVICE.
PR PC$4.75/MF$0.95.
AB THE OBJECTIVE OF THE STUDY WAS TO
EVALUATE THE ABILITY OF METHODS TO
QUANTITATIVELY MEASURE A LOU
CONCENTRATION OF A MIXTURE OF
PHENOLS. THE STUDY CONSISTED OF FOUR
CONCENTRATED SOLUTIONS SHIPPED IN
SEALED GLASS AMPOULES TO VARIOUS
LABORATORIES. THE PARTICIPANTS UERE
INSTRUCTED ON RECEIPT TO DILUTE 5 ML
OF EACH SAMPLE TO 1 LITER UITH A
GOOD QUALITY (PHENOL FREE) DISTILLED
UATER, AND UERE INFORMED THAT THE
SAMPLES UOULD THEN CONTAIN
CONCENTRATIONS OF PHENOL AND 2,4-
DICHLOROPHENOL IN THE RANGE OF 1.0
TO 208 MICROGRAM PER LITER. THE
DISTILLATION AND CHLOROFORM
EXTRACTION (OF THE FINAL COLOR)
METHOD UILL MEASURE THE PHENOL
CONTENT OF A SAMPLE VERY ACCURATELY
AND PRECISELY, BUT IT IS NOT AS
SENSITIVE AS IS DESIRED. ON THE
OTHER HAND THE SIMPLIFIED
AMINOANTIPYRINE METHOD UILL MEASURE
NEITHER PHENOL NOR 2,4-
DICHLOROPHENOL VERY ACCURATELY OR
PRECISELY.
MJ UATER-ANALYSIS, PHENOLS, UATER-
POLLUTION, PHENOLS.
MN STANDARDS, ACCURACY.
ID UATER-POLLUTION-DETECTION,
PHENOL-DICHLORO, EPAL.
AN N PB-216 209.
<823>
AU MCGINNES, PAUL R. SNOEYINK, VERNON
L.
IN ILLINOIS UNIV. URBANA. UATER
RESOURCES CENTER.
YR 74. 62P.
TI DETERMINATION OF THE FATE OF
POLYNUCLEAR AROMATIC HYDROCARBONS IN
NATURAL UATER SYSTEMS.
NT RESEARCH REPT.
PR PC$3.75/MF$1.45.
AB THE POLYNUCLEAR AROMATIC
HYDROCARBONS, OR PAH, ARE OF CURRENT
CONCERN AS UATER POLLUTANTS AND
POTENTIAL HEALTH HAZARDS. THE
269
-------
PRESENCE OF PAH IH NATURAL UATER
SYSTEMS UAS EVflLUflTED AND AN
ANALYTICAL TECHNIQUE FOR SPECIFIC
PAH UAS DEVELOPED. IT UAS FOUND
THAT THE PAH ARE NOT SOLUBLE IN
UATER BUT THEY EITHER ARE PRESENT AS
PARTICULATE MATERIAL OR AS MATERIAL
ABSORBED ON SOLID SURFACES IN
NATURAL UATER SYSTEMS. THE
PHOTODECOMPOSITION OF TUO PAH, 1,2
BENZANTHRACENE, OR BA, AND 3,4
BENZPYRENE, OR BP, UAS EXAMINED.
THIS DECOMPOSITION IS RELATIVELY
UNAFFECTED BY UATER CHEMISTRY AND
UILL OCCUR UNDER SOLAR RADIATION AND
IN TURBID UATERS.
MJ AROMATIC-POLYCYCLIC- HYDROCARBONS,
PHOTOLYSIS.
MN HYDROSOLS, SOLVENT-EXTRACTION,
CARCINOGENS, PARTICLES, PARTICLE-
SIZE, REACTION-KINETICS, UATER-
ANALYSIS, GAS-CHROMATOGRAPHY,
ULTRAVIOLET-RADIATION, QUINONES,
UATER-POLLUTION.
ID BENZANTHRACENES, BENZOPYRENES,
NTISOURR.
AN N PB-232 168/5.
<824>
AU MCGINNISS M J. BUIKEMA A L JR.
CAIRNS J JR.
YR 77.
TI TEMPERATURE EFFECTS ON THE ACUTE
TOXICITY OF 2 SIMULATED EFFLUENTS TO
DAPHNIA-PULEX CLADOCERA.
SO ASB (ASSOC SOUTHEAST BIOL) BULL. 24
(2)'. 68-69.
DE ABSTRACT ARBITRARY REFINERY MIXTURE
COOLING TOUER BLOUDOUN MIXTURE ZINC
PHOSPHATE CHROMATE SULFATE BORON
CHROMIUM OIL GREASE PHENOL SULFIDE
ACCLIMATION TEMPERATURE MOLT
METABOLISM.
AN B 77097351.
<825>
AU MCGONIGLE, E J.
IN MERCK SHARP AND DOHME RESEARCH LABS.
PHARMACEUTICAL RESEARCH AND
DEVELOPMENT, U. POINT, PA 19486.
YR 75.
TI THIN-LAYER CHROMATOGRAPH1C ANALYSIS
IN UASTE CHEMISTRY.
SO CHROMATOGRAPHIC ANALYSIS OF THE
ENVIRONMENT. EDITED BY R. L. GRAB.
NEU YORK: MARCEL DEKKER, 1975. PP.
639-673.
LG EN.
AB NONE.
ID PHENOLS, STEROLS, TLC.
DE SAMPLING METHODS, POLLUTANT
ANALYSIS, PESTICIDES, ORGANIC
UASTES, METALS, LIQUID
CHROMATOGRAPHY, HYDROCARBONS,
HERBICIDES.
AN P 7601855.
<826>
AU MCGUIRE, JOHN M. ALFORD, ANN L.
CARTER, MIKE H.
IN ENVIRONMENTAL PROTECTION AGENCY,
ATHENS, GA. SOUTHEAST ENVIRONMENTAL
RESEARCH LAB.
YR 73. 52P.
TI ORGANIC POLLUTANT IDENTIFICATION
UTILIZING MASS SPECTROMETRY.
NT ENVIRONMENTAL PROTECTION TECHNOLOGY
SERIES.
AV 73-234.
PR PC-GPO/MF$1.45-NTIS.
AB A SYSTEM HAS BEEN DEVELOPED FOR THE
RAPID IDENTIFICATION OF VOLATILE
ORGANIC UATER POLLUTANTS. IT
INVOLVES COMPUTER CONTROLLED GAS
CHROMATOGRAPHY/MASS SPECTROMETRY
UITH COMPUTERIZED MATCHING OF MASS
SPECTRA. APPLICATION OF THIS SYSTEM
TO THE ANALYSIS OF UASTE EFFLUENTS
REVEALED A SIGNIFICANT NUMBER OF
POLLUTANTS THAT UERE NOT PREVIOUSLY
KNOUN TO BE PRESENT. (AUTHOR).
MJ UATER-ANALYSIS, ORGANIC- COMPOUNDS,
MASS-SPECTROSCOPY, GAS-
CHROMATOGRAPHY.
MN COMPUTERS, AUTOMATIC-CONTROL,
DATA-PROCESSING, PESTICIDES,
INDUSTRIAL-UASTES, PHENOLS, UATER-
POLLUTION, SYNTHETIC-ELASTOMERS,
COAL-GASIFICATION.
ID UATER-POLLUTION-DETECTION, EPAORM.
AN N PB-227 163/3.
<827>
AU MCKEE, HERBERT C. TARAZI, DAVID S.
IN SOUTHUEST RESEARCH INST."HOUSTON,
TEX.
YR 74. 64P*.
TI DEVELOPMENT OF SAMPLE PREPARATION
METHODS FOR ANALYSIS OF MARINE
ORGANISMS.
NT ECOLOGICAL RESEARCH SERIES.
AV PAPER COPY ALSO AVAILABLE FROM GPO
SI.05.
PR PC$3.75/MF$2.25.
AB THE OVERALL OBJECTIVE OF THE
RESEARCH UAS TO DEVELOP METHODS OF
SAMPLE PREPARATION SUITABLE FOR
PROCESSING, EXTRACTING, PURIFYING,
270
-------
flND CONCENTRATING SPECIFIC ORGANIC
POLLUTflNTS FOUND IN MARINE
ORGANISMS, SO THAT CHEMICAL ANALYSIS
TO MEASURE THESE CONTAMINANTS CAN BE
CARRIED OUT. THE INVESTIGflTION UAS
DIRECTED PRIMARILY AT THE
MEASUREMENT OF CONTAMINANTS OF
INDUSTRIAL ORIGIN. THE METHODS
DEVELOPED PROVIDE NED TECHNIQUES FOR
MEASURING ORGANIC CONTAMINANTS IN
WATER TO ESTABLISH MONITORING
PROCEDURES, IDENTIFY SOURCES OF
CONTAMINATION, EVALUATE METHODS OF
TREATMENT, OR FOR OTHER USES IN
UATER QUALITY MANAGEMENT. THE
TECHNIQUE USED FLAME IONIZATION GAS
CHROMATOGRAPHY FOR DETECTION.
IU GAS-CHROMATOGRflPHY, UATER- ANALYSIS.
MN RESIDUES, INDUSTRIAL-UASTES,
UATER-POLLUTION, QUANTITATIVE-
ANALYSIS, QUALITATIVE-ANALYSIS,
HYDROCARBONS, AROMATIC-COMPOUNDS,
ALCOHOLS, MARINE-BIOLOGY, AMINES,
GLYCOLS, KETONES, PHENOLS, ESTERS,
ORGANIC-SULFIDES.
ID FLAME-IONIZATION, UATER-
POLLUTION-DETECTION, NTISEPAORD.
AN N PB-234 201/2.
<828>
AU MCKENNA E J. KALLIO R E.
YR 71.
TI MICROS IAL METABOLISM OF THE
ISOPRENOID ALKANE PRISTANE.
SO PROC NATL ACAD SCI USA. 68 C7).
1552-1554.
DE 2 6-IB 14 TETRA METHYL PENTA DECANE.
AN B 52127040.
<829>
AU MCKIM, JAMES M.
IN ENVIRONMENTAL RESEARCH LAB.- DULUTH,
MINN.
YR 77. 10P.
TI EVALUATION OF TESTS UITH EARLY LIFE
STAGES OF FISH FOR PREDICTING
LONG-TERM TOXICITY.
NT JOURNAL ARTICLE. PUB. IN JNL. OF
FISHERIES RESEARCH BOARD OF CANADA,
V34 N8 PI 148-1154 1977.
PR PC A02/HF A01.
AB PARTIAL AND COMPLETE LIFE-CYCLE
TOXICITY TESTS UITH FISH, INVOLVING
ALL DEVELOPMENTAL STAGES, HAVE BEEN
USED EXTENSIVELY IN THE
ESTABLISHMENT OF UATER-QUALITY
CRITERIA FOR AQUATIC LIFE. DURING
EXTENDED CHRONIC EXPOSURES OF FISH
TO SELECTED TOXICANTS, CERTAIN
DEVELOPMENTAL STAGES HAVE FREQUENTLY
SHOUN A GREATER SENSITIVITY THAN
OTHERS. IN 56 LIFE-CYCLE TOXICITY
TESTS COMPLETED DURING THE LAST
DECADE UITH 34 ORGANIC AND INORGANIC
CHEMICALS AND FOUR SPECIES OF FISH,
THE EMBRYO-LARVAL AND EARLY JUVENILE
LIFE STAGES UERE THE MOST, OR AMONG
THE MOST, SENSITIVE. TESTS UITH
THESE STAGES CAN BE USED TO ESTIMATE
THE MAXIMUM ACCEPTABLE TOXICANT
CONCENTRATION (MATC) UITHIN A FACTOR
OF TUO IN MOST CASES. THEREFORE,
TOXICITY TESTS UITH THESE EARLY LIFE
STAGES OF FISH SHOULD BE USEFUL IN
ESTABLISHING UATER-QUALITY CRITERIA
AND IN SCREENING LARGE NUMBERS OF
CHEMICALS.
MJ PESTICIDES, TOXICITY, FISHES,
UATER-POLLUTION.
MN LIFE-CYCLES, METALS, SEUAGE,
BIPHENYL, CHLORINE-ORGANIC-
COMPOUNDS, SURVIVAL, EVALUATION,
GROUTH, CONCENTRATION-COMPOSITION,
TIME, EXPOSURE, SENSITIVITY,
PREDICTIONS.
ID REPRINTS, BIPHENYL-CHLORO,
POLYCHLORINATED-BIPHENYLS,
NTISEPAORD.
AN N PB-272 769/1SL.
<830>
AU MCKOUN, M M. UOLVERTON, B C.
IN NASA, NATIONAL SPACE TECHNOLOGY
LABS. BAY ST. LOUIS, MS 39520.
YR 76.
TI UATER HYAEINTHS FOR REMOVAL OF
PHENOLS FROM POLLUTED UATERS.
SO AQUATIC BOTANY, 2C3): 191-201, SEPT.
1976.
LG EN.
AB NONE.
ID UATER HYACINTHS, PHENOLS REMOVAL.
DE ANGIOSPERMS, AQUATIC ORGANISMS,
POLLUTANT REMOVAL, UATER POLLUTANTS,
AROMATIC COMPOUNDS.
AN P 7700295.
<831>
AU MCLEAY, D J.
IN BRITISH COLUMBIA RESEARCH, DIV. OF
APPLIED BIOLOGY, VANCOUVER, B.C. V6S
2L2, CAN.
YR 76.
TI A RAPID METHOD FOR MEASURING THE
ACUTE TOXICITY OF PULPMILL EFFLUENTS
AND OTHER TOXICANTS TO SALMON ID FISH
AT AMBIENT ROOM TEMPERATURE.
SO CANADA. FISHERIES RESEARCH BOARD.
271
-------
JOURNAL. 33(6): 1303-1311, JUNE
1976.
LG EH.
AB NONE.
ID DEHYDROflBIETIC ACID, PHENOL, COHO
SALMON, RAINBOU TROUT.
DE AROMATIC COMPOUNDS, BIOASSAYS,
ACIDS, FISH, TOXICITY, OXYGEN,
TOXICANTS, ZINC, LINDANE, PAPER
INDUSTRY UASTES.
AN P 7605499.
<832>
AU MCLEE A G. KORMENDY fl C, DAYMAN M.
YR 72.
TI ISOLATION AND CHARACTERIZATION OF
N-BUTANE-UTILIZING MICROORGANISMS.
SO CAN J MICROBIOL. 18. 8. P1191-5. flUG
72.
LG EN.
MJ ALKANES: ME. FUNGI: IP.
MN ALCOHOLS-BUTYL: ME.
CHROMATOGRAPHY-GAS. KINETICS.
AN M 72259873.
<833>
AU MCMICHAEL, U. J. FORNEY, ft. J.
HAYNES, U. P. STRAKEY, J. P.
GPSIOR. S. J.
IN ENERGY RESEARCH AND DEVELOPMENT
ADMINISTRATION, PITTSBURGH, PA.
PITTSBURGH ENERGY RESEARCH CENTER.
9568865.
YR 77. 3SP.
TI SYNTHPNE GASIF IER EFFLUENT STREAMS.
PR PC A03/MF A01.
A3 A SUBSTANTIAL NUMBER OF EXPERIMENTS
HAVE BEEN CARRIED OUT UITH THE
4-INCH SYNTHANE PDU GASIFIER,
PRIMARILY USING THREE COALS: NORTH
DAKOTA LIGNITE, ILLINOIS NO. 6
BITUMINOUS AND MONTANA SUBBITUMINOUS
COAL. THESE EXPERIMENTS UERE
PERFORMED OVER A UIDE RANGE OF
OPERATING CONDITIONS USING SEVERAL
COAL FEEDING CONFIGURATIONS.
OPERATING PRESSURES RANGED FROM IB
TO 40 ATMOSPHERES AND THE
STEAM-TO-COAL AND OXYGEN-TO-COAL
RATIOS VARIED FROM 0.45 TO 2.46 AND
0.12 TO B.51, RESPECTIVELY. THE
EFFLUENT STREAMS OF THE GASIFIER
HAVE BEEN ANALYZED UITH REGARD TO
COMPOSITION. THE MOST INFLUENTIAL
FACTORS AFFECTING POLLUTANT YIELDS
APPEAR TO BE COAL TYPE AND THE
METHOD OF FEEDING COAL TO THE
FLUIDIZED BED OF THE GASIFIER (I.E.
FREE FALL THROUGH THE CARBONIZER OR
BY-PASSING CARBONIZER USING A DIP
TUBE). THE DIP TUBE FEEDING OF THE
COAL UAS FOUND TO SUBSTANTIALLY
REDUCE PHENOL, COD, THIOCYANATE,
CYANIDE AND TAR YIELDS ASSOCIATED
UITH THE CONDENSATE STREAM.
HOUEVER, DIP TUBE FEEDING DID NOT
MAKE SIGNIFICANT CHANGES IN THE
CONTAMINANTS FOUND IN THE GAS
STREAM. THE RANK OF THE COAL BEING
GASIFIED UAS BY FAR THE MOST
INFLUENTIAL FACTOR AFFECTING THE
PRODUCTION OF POSSIBLE ENVIRONMENTAL
POLLUTANTS. THE EFFECT OF ADDITIVES
ON THE YIELD OF CONTAMINANTS IN BOTH
THE GAS AND CONDENSATE EFFLUENT
STREAMS UAS CONSIDERED. DUE TO
SCATTER OF THE DATA NO SIGNIFICANT
EFFECT ON THE PRODUCTION OF
CONDENSATE OR GASEOUS CONTAMINANTS
DUE TO FEEDING ADDITIVES UITH THE
COOL COULD BE OBSERVED. ALTHOUGH
THE DATA PRESENTED IS FROM A SMALL
SCALE SYNTHANE UNIT AND HAS A
SIGNIFICANT AMOUNT OF SCATTER, IT
CAN SERVE TO ESTIMATE THE PRODUCTION
OF POTENTIAL ENVIRONMENTAL
POLLUTANTS UHICH MUST BE TREATED IN
COMMERCIAL SYNTHANE GASIFIERS AND
THOSE UITH SIMILAR OPERATIONAL
PRINCIPLES. CERA CITATION 02:
042367).
MJ SYNTHANE-PROCESS.
MN AMMONIA, BENZENE, BITUMINOUS- COAL,
CARBON-OXYSULFIDE, CHARS, CHLORIDES,
COAL-GASIFICATION, COAL- RANK,
COAL-TAR, CYANIDES,
ENVIRONMENTAL-EFFECTS, FUEL-FEEDING-
SYSTEMS, GASEOUS-UASTES, HYDROGEN-
SULFIDES, LEACHING, LIGNITE, LIQUID-
UASTES, PHENOL. PHOSPHATES, PROCESS-
DEVELOPMENT-UNITS, SOLID-UASTES,
SUBBITUMINOUS-COAL, THIOCYANftTES,
THIOPHENE, TOLUENE, XYLENES.
ID ERDA-010404, AIR-POLLUTION,
ENVIRONMENTAL-SURVEYS, NTISERDA.
AN N PERC/R1-77/4.
<834>
AU MEAD, S. U. CAMPBELL, J. H.
STEPHENS, D. R.
IN CALIFORNIA UNIV. LIVERMORE. LAURENCE
LIVERMORE LAB. AND DEVELOPMENT
ADMINISTRATION. 9500007.
YR 77. 15P.
TI GROUND-UATER QUALITY EFFECTS OF AN
UNDERGROUND COAL GASIFICATION
EXPERIMENT.
NT ANNUAL UNDERGROUND COAL CONVERSION
SYMPOSIUM, FALLEN LEAF LAKE,
272
-------
CALIFORNIA, UNITED STATES OF AMERICA
(USA), 6 JUN 1977.
PR PC A02/MF A01.
AB GROUND-UATER SAILING AND ANALYSIS
HAVE BEEN CARRIED OUT AT THE SITE OF
AN IN SITU COAL GASIFICATION
EXPERIMENT CONDUCTED BY THE LAURENCE
LIVERMORE LABORATORY (LLL) NEAR
GILLETTE, UYOMING. AN IMPORTANT
ENVIRONMENTAL QUESTION ASSOCIATED
UITH THE IN SITU GASIFICATION OF
COAL CONCERNS THE POSSIBILITY THAT
REACTION PRODUCTS (ASH AND TARS)
LEFT UNDERGROUND FOLLOUING THE
GASIFICATION PROCESS MAY LEAD TO THE
CONTAMINATION OF LOCAL GROUND
WATERS. IN AN EFFORT TO CLARIFY THE
SIGNIFICANCE OF THIS PROBLEM, THE
UATER FROM MORE THAN 12 UELLS IN THE
VICINITY OF AN UNDERGROUND
GASIFICATION EXPERIMENT BEFORE,
DURING, AND UP TO 6 MONTHS FOLLOUING
GASIFICATION UAS SAMPLED. UATER
SAMPLES UERE ANALYZED IN THE FIELD
AND AT LLL, U.S. GEOLOGICAL SURVEY,
AND RESEARCH TRIANGLE INSTITUTE FOR
A VARIETY OF CHARACTERISTICS,
INCLUDING THE PRESENCE OF 70
INORGANIC ELEMENTS AND COMPOUNDS,
PHENOLIC MATERIALS, DISSOLVED
ORGANIC CARBON, AND VOLATILE
ORGANICS. A GREATLY INCREASED
CONCENTRATION OF PHENOLIC MATERIALS
(450 MG/L) JUST OUTSIDE THE BURN
BOUNDARY, AND A VARIETY OF INORGANIC
SPECIES ISSUING FROM UITHIN THE
RESIDUAL ASH BED UERE FOUND. ALL
CONTAMINANTS DECREASE RAPIDLY UITH
DISTANCE, ALTHOUGH ABOVE-BACKGROUND
LEVELS OF SOME SPECIES UERE DETECTED
100 FT FROM THE BURN ZONE. SEVERAL
IMPORTANT CONTAMINANTS SHOUED A
LARGE DECREASE IN CONCENTRATION UITH
TIME, POSSIBLY A RESULT OF
ADSORPTION. (ERA CITATION 03:
009028).
MJ GROUND-UATER, IN-SITU- GASIFICATION,
COAL-GASIFICATION.
MN ASHES, CHEMICAL-ANALYSIS, COAL- TAR.
ENVIRONMENTAL-EFFECTS, MONITORING,
SAMPLING. TIME- DEPENDENCE. UYOMING.
ID ERDA-520200, ERDA-010400, ERDA-
010900, UATER-POLLUTION-DETECTION,
UATER-ANALYSIS, NTISDE.
AN N UCRL-79867.
<835>
AU MELDER, L. KAPS, T. TAMVELIUS, H.
ARRO, J.
IN USSR.
YR
TI
69.
RECOVERY OF A SOLVENT FROM THE
PHENOL EXTRACT OF UATER
DEPHENOLATION UNITS OF SHALE
CONVERSION PLANTS.
SO GORYUCH. SLANTSY. NO. 5. P26-31.
1969.
LG RS.
DE PHENOLS SHALE CONVERSION SOLVENT
RECOVERY.
AN C 07512078846.
<836>
AU MELESHCHENKO K F.
YR 75.
TI HYGIENIC STANDARDIZATION OF DI ETHYL
BENZENE IN UATER BODIES.
SO GIG SANIT. (6). 90-92.
DE RABBIT TOXICITY ION EXCHANGE RESIN
DI VINYL BENZENE MAXIMUM ALLOUABLE
CONCENTRATION.
AN B 61034823.
<837>
AU MELESHCHENKO K F. MIRONETS N V.
ROZHKOVETSKAIA R K.
YR 67.
TI EXPERIMENTAL DATA ON SUBSTANTIATION
OF THE MAXIMUM PERMISSIBLE
CONCENTRATION OF PHTHALIC ACID
(PHTHALIC ANHYDRIDE) IN BODIES OF
UATER.
TR EKSPERIMENTAL'NYE DANNYE K
OBOSNOVANIIU PREDEL'NO DOPUSTIMOI
KOSTSENTRASTSII FTALEVOI KISLOTY
(FTALEVOGO ANGIDRIDA) V VODOEMAKH.
SO GIG SANIT. 32. 8. P12-5. AUG 67.
LG RS.
MJ INDUSTRIAL-UASTE.
MN ANIMAL. PHTHALIC-ACIDS: ST.
AN M 69231961.
<838>
AU METSIK, R. BERNOVSKAYA, N. A.
IN USSR.
YR 73.
TI EFFECT OF THE DISSOLVED OXYGEN
CONCENTRATION ON THE RATE OF
BIOCHEMICAL PHENOLIC SUBSTANCE
OXIDATION.
SO GORYUCH. SLANTSY (TALLINN). NO. 4.
P27-31. 1973.
LG RS.
DE PHENOL OXIDN OXYGEN UATER.
UASTEUATER BIOCHEM OXIDN PHENOL.
AN C 08124158328.
273
-------
<839>
AU MEYER T. BAKKE T.
IN FROM THE DEPORTMENT OF PHflRMflCOLOGY,
UNIVERSITY OF BERGEN, BERGEN,
NORUAY, flND THE BIOLOGICAL STfiTION
OF THE UNIVERSITY OF BERGEN, BERGEN,
NORWAY.
YR 77.
TI THE METABOLISM OF BIPHENYL. V.
PHENOLIC METfiBOLITES IN SOME MARINE
ORGANISMS.
SO ACTA PHARMACDL TOXICOL (KBH). 40. 2.
P201-8. FEB 77.
LG EN.
MJ BIPHENYL-COMPOUNDS: ME,
(BIPHENYL-CPDS). ECHINODERMflTA: ME.
MN ANIMAL.
AN M 77131218. 7786.
<840>
AU MEYERHOFF, R D.
IN OREGON STfiTE UNIV. DEPT. OF
FISHERIES flND UILDLIFE, CORVALLIS,
OR 97331.
YR 75.
TI ACUTE TOXICITY OF BENZENE, A
COMPONENT OF CRUDE OIL, TO JUVENILE
STRIPED BASS (MORONE SAXATILIS).
SO CANADA. FISHERIES RESEARCH BOARD.
JOURNAL, 32(10): 1864-1866, OCT.
1375.
LG EN.
AB NONE.
ID STRIPED BASS, BENZENE, TIBURON.
DE TOXICITY, BIOASSAYS, AROMATIC
COMPOUNDS, PETROLEUM UASTES, OIL
POLLUTION, FISH, CALIFORNIA COAST.
AN P 7691506.
<841>
AU MEZHNIN, F. I.
IN USSR.
YR 73.
TI HISTOPATHOLOGICAL CHANGES IN ORGANS
AND TISSUES OF LEBISTES RETIVULATUS
DURING ACUTE EXPERIMENTAL
INTOXICATION UITH POLYCHLOROPINENE,
PHENOL, AND UNDER INCREASED SALT
LOAD.
SO TR. INST. BIOL. VNUTR. VOD, AKAL.
NAUK SSSR. NO. 24. P53-66. 1973.
LG RS.
DE PHENOL TOXICITY LEBISTES CARASSIUS.
POLYCHLOROPINENE TOXICITY LEBISTES
CARASSIUS. LEBISTES PHENOL
POLYCHLOROPINENE SALT. CARASSIUS
PHENOL POLYCHLOROPINENE SALT. FISH
PHENOL POLYCHLOROPINENE TOXICITY.
SALT TOXICITY LEBISTES CARASSIUS.
AN C 08025141597.
<842>
AU MEZHNIN, F. I.
IN USSR.
YR 73,
TI HISTOLOGICAL CHANGES IN ORGANS AND
TISSUES OF LEBISTES RETICULATUS
UNDER CONDITIONS OF ACUTE PHENOL
INTOXICATION.
SO TR. INST. BIOL. VNUTR. VOD, AKAD.
NAUK SSSR. NO. 24. P44-52. 1973.
LG RS.
DE PHENOL TOXICITY LEBISTES. FISH
PHENOL TOXICITY. GILL PHENOL
LEBISTES .SKIN PHENOL LEBISTES.
KIDNEY PHENOL LEBISTES. HEART PHENOL
LEBISTES .
AN C 88817091778.
<843>
AU MIDDLEBROOKS, E J. GRENNEY, U J.
REYNOLDS, J H. PERCELLA, D B.
IN UTAH STATE UNIV. OF AGRICULTURE AND
APPLIED SCIENCE, DEP OF CIVIL
ENGINEERING, LOGAN, UT 84321.
YR 75.
TI EFFECTS OF TEMPERATURE ON OIL
REFINERY UASTE TOXICITY.
SO UATER POLLUTION CONTROL FEDERATION.
JOURNAL, 47(11): 2674- 2693, NOV.
1975.
LG EN.
AB NONE.
ID PHENOL.
DE AROMATIC COMPOUNDS, ALGAE. TOXICITY,
TEMPERATURE, REFINERIES.
MATHEMATICAL MODELS, KINETICS,
INDUSTRIAL EFFLUENT?.
AN P 7602252.
<844>
AU MIELUCH, JOZEF. SODOUSKI, ANDRZEJ.
UILD, JAKUB. ZOLTOUSKI, PIOTR.
IN INST. CHEM. FIZ. PAN. UARSAU. POL.
YR 75.
TI ELECTROCHEMICAL OXIDATION OF PHENOL
COMPOUNDS IN AN AQUEOUS SOLUTION .
SO PRZEM. CHEM. 54. P513-16. 1975.
LG PO.
DE UASTE UATER PHENOL ELECTROCHEM
OXIDN.
AN C 88482010275.
<845>
AU MIGET, R J. OPPENHEIMER, C H.
KATOR, HI. LA ROCK, P A.
274
-------
IN FLORIDA STATE UNIV. DEPT. OF IN
OCEANOGRAPHY, TALLAHASSEE. YR
YR 69. TI
TI MICROSIAL DEGRADATION OF NORMAL
PARAFFIN HYDROCARBONS IN CRUDE OIL. SO
SO SEE CITATION NO. P70-04374, PP. 327
- 33L, 1969. LG
LG EN. DE
AB NONE.
DE MICROBIAL DEGRADATION, OIL SPILLS, AN
HYDROCARBONS, BIODEGRADATION.
AN P 7004407.
AU
<846>
AU MIGUEL, ANTONIO HORACIO.
IN UNIVERSITY OF ILLINOIS AT URBANA- IN
CHAMPAIGN (0090) PH.D. 1976, 143PP.
YR 76.
TI STUDIES OF GAS-SOLID REACTIONS OF YR
ENVIRONMENTAL SIGNIFICANCE: I. TI
PYRENE ADSORPTION ONTO FLY ASH. II.
THIOL OXIDATION AND ADSORPTION BY
ACTIVATED CARBON. SO
SO DAI V37C01), SEC B, P0182. LG
DE CHEMISTRY, ANALYTICAL (0486). DE
AN D ADG76-16170.
AN
<847>
AU MIKRYAKOVA, T. F. KLAIN, N. P.
IN USSR.
YR 75. AU
TI EFFECT OF VARIOUS DOSES OF MINERAL
NITROGEN ON THE MICROBIOLOGICAL YR
DEGRADATION OF PHENOL. TI
SO TR. INST. BIOL. VNUTR. VOD, AKAD.
NAUK SSSR. 30. P130-4. 1975.
LG RS.
DE PHENOL DEGRDN MICROBIOL NITRATE. SO
OXYGEN DEGRDN PHENOL MICROBIOL. DE
AN C 08524181851. AN
USSR.
71.
CREOSOL DETERMINATION IN UASTE
WATERS OF BENEFICIATION PLANTS.
NAUCH. TR. NAUCH.-ISSLED. GORNOMET.
INST. NO. 9. P143-8. 1971.
RS.
CRESOL DETN WATER. HATER ANALYSIS
CRESOL.
C 07822139995.
<850>
MIRRLEES, MARGARET S. MOULTON,
STUART J. MURPHY, CHRISTOPHER T.
TAYLOR, PETER J.
PHARM. DIV. IMP. CHEM. IND. LTD.
ALDERLEY PARK/MACCLESFIELD/CHESHIRE
. ENGL.
76.
DIRECT MEASUREMENT OF OCTANOL- UATER
PARTITION COEFFICIENTS BY
HIGH-PRESSURE LIQUID CHROMATOGRAPHY.
J. MED. CHEM. 19. P615-19. 1976.
EN.
PARTITION HIGH PRESSURE LIQ
CHROMATOG. CHROMATOG LIQ PARTITION
COEFF .
C 88421145014.
<851>
MIRSON I M. VILENCHIK M M. RUNOVA
Y N. SUKHORUKOV B I.
71.
EFFECT OF THE CARCINOGENIC HYDRO
CARBON 3 4 BENZ PYRENE ON THE
SURVIVAL OF IRRADIATED ESCHERICHIA-
COLI K-12 BACTERIA.
RADIOBIOLOGIYA. 11 (5). 792-793.
ENZYME DNA REPAIR MUTANT.
B 54062704.
<848>
AU MILLER D L. OGILVIE D M. AU
YR 75. IN
TI TEMPERATURE SELECTION IN BROOK TROUT YR
SALVELINUS-FONTINALIS FOLLOWING TI
EXPOSURE TO DDT POLY CHLORINATED BI
PHENYL OR PHENOL. SO
SO BULL ENVIRON CONTAM TOXICOL. 14 (5). LG
545-551. DE
DE PESTICIDE POLLUTANTS THERMO
REGULATION.
AN B 77020392.
<849> AN
AU MINASYAN, K. V. VRTANESYAN, S. G.
BADALYAN, M. A.
<852>
MIRZAYANOV, V. S. BUGROV, YU. F.
USSR.
72.
GAS-CHROMATOGRAPH1C DETERMINATION OF
ORGANIC IMPURITIES IN UASTE WATERS.
ZAVOD. LAB. 38. P656. 1972.
RS.
GAS CHROMATOG ORG WASTE WATER.
ETHYLBENZENE DETN WASTE WATER.
STYRENE DETN WASTE UATER.
ACETOPHENONE DETN UASTE UATER.
METHYLPHENYLCARBINOL DETN UASTE
UATER. PHENOL DETN WASTE WATER.
C 07718117957.
275
-------
<853> DE
AU MITCHELL, B L. SIMMONDS, P G.
SHAIR, F H.
YR 73. flN
TI OIL SPILL IDENTIFICATION UITH
MICROENCAPSULATED COMPOUNDS SUITflBLE
FOR ELECTRON CflPTURE.
SO ENVIRONMENTflL SCIENCE 8, TECHNOLOGY, fiU
7C2): 121-124, FEB. 1973. IN
LG EN. YR
AB NONE. TI
ID ELECTRON CAPTURE, ACTIVE TAGGING
TECHNIQUE, SPILL IDENTIFICATION,
FREON 113. SO
DE GAS CHROMATOGRAPHY, POLLUTANT
DETECTION, OIL SPILLS. LG
AN P 7481351. DE
AN
<854>
AU MITROVIC, V.
IN FOOD AGRIC. ORGAN. UNITED NATIONS. AU
ROME. ITALY. IN
YR 73. YR
TI UATER QUALITY CRITERIA FOR EUROPEAN TI
FRESHWATER FISH. MONOHYDRIC PHENOLS
AND INLAND FISHERIES.
SO UATER RES. 7. P929-41. 1973. SO
LG EN.
DE REVIEU PHENOL TOXICITY FISH. UASTE LG
PHENOL TOXICITY FISH REVIEU. DE
AN C 87909049573. AN
PHENOL EXTN UASTE UATERS. EXTN
PHENOL UASTE UATERS. SOLVENTS PHENOL
EXTN UASTE UATERS.
C 07220103492.
<857>
MOLDER, L. TAMVELIUS, H.
USSR.
70.
EXTRACTION OF PHENOLS FROM SHALE TAR
UATERS IN SUCCESSION UITH TUO POLAR
SOLVENTS. 2.
TR. TALLIN. POLITEKH. INST. NO. 285.
P101-10. 1970.
RS.
SHALE TAR UATER DEPHENOLIZING.
C 07622129738.
<858>
L. TAMVELIUS,
H.
MOLDER,
USSR.
70.
EXTRACTION OF PHENOLS FROM SHALE TAR
UATERS IN SUCCESSION UITH TUO POLAR
SOLVENTS. 1.
TR. TALLIN. POLITEKH. INST. NO. 285.
P87-100. 1970.
RS.
SHALE TAR UATER DEPHENOLIZING.
C 07622129729.
<855>
AU MIURA, YOSHIHARU. OKAZAKI, MITSUO. AU
MURAKAUA, SHINICHI. HAMADA,
SHINICHIRO. OHNO, KYOKO. IN
IN FAC. PHARM. SCI. OSAKA UNIV. SUITA.
JAPAN. YR
YR 77. TI
TI ASSIMILATION OF LIQUID HYDROCARBON
BY MICROORGANISMS. II. GROUTH
KINETICS. SO
SO BIOTECHNOL. BIOENG. 19. P715-26. LG
1977. AB
LG EN. ID
DE CANDIDA GROIJTH TETRADECANE KINETICS. DE
AN C 08625187631.
AN
<856>
AU MOCHIZUKI, AIJI. TABATA, JUNICHIRO.
USUI, AKIRA. KOIDE, KIYOSHI.
IN TOHO RES. INST. TOHO GAS CO. NAGOYA. AU
JAPAN. IN
YR 69.
TI SOLVENTS FOR EXTRACTION OF PHENOL
FROM UASTE UATER. YR
SO AROMATIKKUSU. 21. P690-5. 1969. TI
LG JA.
<859>
MONTGOMERY, H A C. GARDINER,
DEIRDRE K. GREGORY, J G G.
UATER POLLUTION RESEARCH LAB.
STEVENAGE, HERTS. ENG.
69.
DETERMINATION OF FREE HYDROGEN
CYANIDE IN RIVER UATER BY A SOLVENT-
EXTRACTION METHOD.
ANALYST, 94: 284-291, APRIL 1969.
EN.
NONE.
SOLVENT EXTRACTION.
RIVERS, HYDROGEN CYANIDE, CYANIDE
UASTES, COLORIMETRY, AQUATIC
ORGANISMS.
P 7082933.
<860>
MOORE D E.
DEPARTMENT OF PHARMACY, UNIVERSITY
OF SYDNEY, SYDNEY, N.S.U. 2006,
AUSTRALIA.
76.
ANTIOXIDANT EFFICIENCY OF POLYHYDRIC
PHENOLS IN PHOTOOXIDATiON OF
276
-------
BENZALDEHYDE.
SO J PHflRM SCI. 65. 10. P1447-51. OCT
76.
LG EN.
MJ ANTIOXIDANTS.
MN CHEMISTRY. TEMPERATURE.
AN M 77031136. 7702.
<861>
AU MORI, ITSUHIKO. CHIKIU, SHUMPEI.
IN KOBE UOMEN'S COLL. PHflRM. KOBE.
JAPAN.
YR 72.
TI QUflNTITflTIVE DETERMINftTION OF
PHENOLS BY flN flNODIC OXIDATION UflVE
USING fl MERCURY POOL ELECTRODE
DURING CHROMflTOGRflPHY.
SO J. CHROMflTOGR. 64. P390-2. 1972.
LG EN.
DE PHENOLS DETN. PflPER ELECTROCHROMflTOG
PHENOLS. PHLOROGLUCINOL DETN.
NflPHTHOL DETN. PYROGftLLOL DETN.
HYDROQUINONE DETN. RESORCINOL DETN.
CRESOL DETN.
flN C 07614080875.
<862>
ftU MORITA, MflSflTOSHI. NAKAMURA,
HIROSHI. NIMURA, SHUICHI.
IN DEP. ENVIRON. HEflLTH. TOKYO METROP.
RES. LflB. PUBLIC HEflLTH. TOKYO.
JAPftN.
YR 73.
TI ORGflNIC SUBSTANCES IN THE UATER ,
SYSTEM. I. PHTHALIC ACID ESTERS (DOP
AND DBP) IN THE UATER.
SO TOKYO TORITSU EISEI KENKYUSHO KENKYU
NEMPO. P351-5. 1973.
LG JA.
DE PHTHftLIC flCID ESTER POLLUTION UATER.
AN C 08018099936.
<863>
AU MOSESCU, NICOLAE. KALMUTCHI,
GEORGE.
IN ROM.
YR 76.
TI GRAPHICflL METHOD FOR DETERMINING THE
CONCENTRATION OF TUO COMPONENTS .
SO REV. CHIM. (BUCHAREST). 27. P789-
90. 1976.
LG RO.
DE SPECTROCHEM ANAL MIXT GRAPHICAL
CALCN. UASTE UATER ANALYSIS
HYDROCARBON PHOTOMETRY. BENZENE DETN
UASTE UATER. ETHYLBENZENE DETN UASTE
UATER.
AN C 08620150118.
<864>
flU MOSEVICH, M. V. ARSHANITSA, N. M.
GLUKHOVA, L. V. GRIGOR'EVA, I. G.
LEVI, L. fl. PUSTOVOIT, A. G.
SERGEEVfl, V. A.
IN USSR.
YR 76.
TI SUBSTANTIATION OF THE MAXIMUM
PERMISSIBLE CONCENTRATION OF BUTANOL
FOR FISHERY UATER BODIES.
SO IZV. COS. NflUCHNO-ISSLED. INST.
OZERN. RECHN. RYBN. KHOZ. 109. P72-
91 . 1976.
LG RS.
DE INVERTEBRATE BENTHOS BUTANOL.
DAPHNIA BUTANOL UATER. BUTANOL UATER
FISHERY.
AN C 08720156568.
<865>
AU MOSEVICH, M. V. ARSHANITSA, N. M.
GLUKHOVA, L. V. GRIGOR'EVA, I. G.
LEVI, L. A. PUSTOVOIT, A. G.
SERGEEVA, V. A.
IN USSR.
YR 76.
TI ESTABLISHMENT OF THE MAXIMUM
PERMISSIBLE CONCENTRATION OF
PYRIDINE FOR FISHERY UATER BODIES.
SO IZV. COS. NAUCHNO-ISSLED. INST.
OZERN. RECHN. RYBN. KHOZ. 109. P58-
64. 1976.
LG RS.
DE PYRIDINE UATER POLLUTION STD.
TOXICITY PYRIDINE FISHERY UATER.
AN C 08718140968.
<866>
flU MOSEVICH, M. V. ARSHANITSA, N. M.
GLUKHOVA, L. V. GRIGOR'EVA, I. G.
LEVI, L. A. PUSTOVOIT, A. G.
SERGEEVA, V. A.
IN USSR.
YR 76.
TI DATA ON THE SUBSTANTIATION OF THE
MAXIMUM PERMISSIBLE CONCENTRATION OF
NAPHTHALENE FOR FISHERY UftTER
BODIES.
SO IZV. COS. NAUCHNO-ISSLED. INST.
OZERN. RECHN. RYBN. KHOZ. 109. P50-
71 . 1976.
LG RS.
DE NAPHTHALENE UATER POLLUTION STD.
TOXICITY NAPHTHALENE FISHERY UATER.
AN C 08718140967.
<867>
AU MOSEVICH, M. V. ARSHANITSA, N. M.
277
-------
GLUKHOVA. L. V. GRIGOR'EVA, I. G.
LEVI, L. A. PUSTOVOIT, A. G.
SERGEEVA, V. ft.
IN USSR.
YR 76.
TI EXPERIMENTAL SUBSTANTIATION OF THE
MAXIMUM PERMISSIBLE CONCENTRATION OF
0-CRESOL FOR FISHERY UATER BODIES.
SO IZV. COS. NAUCHNO-ISSLED. INST.
OZERN. RECHN. RYBN. KHOZ. 189. P42-
91 . 1976.
LG RS.
DE CRESOL UATER POLLUTION STD. CRESOL
TOXICITY FISHERY UATER.
AN C 08718140966.
<868>
AU MOSEVICH, M. V. ARSHANITSA, N. M.
GLUKHOVA, L. V. GRIGOR'EVA, I. G.
LEVI, L. A. PUSTOVOIT, A. G.
SERGEEVA, V. A.
IN USSR.
YR 76.
TI SUBSTANTIATION OF THE MAXIMUM
PERMISSIBLE CONCENTRATION OF
RESORCINOL FOR FISHERY UATER BODIES.
SO IZV. GOS. NAUCHNO-ISSLED. INST.
OZERN. RECHN. RYBN. KHOZ. 109. P34-
41. 1976.
LG RS.
DE RESORCINOL UATER POLLUTION STD.
TOXICITY RESORCINOL FISHERY UATER.
AN C 08718140965.
<869>
AU MOSEVICH, M. V. ARSHANITSA, N. M.
GLUKHOVA, L. V. GRIGOR'EVA, I. G.
LEVI, L. A. PUSTOVOIT, A. G.
SERGEEVA, V. A.
IN USSR.
YR 76.
TI BASIS FOR THE MAXIMUM PERMISSIBLE
CONCENTRATION OF BUTYL ALCOHOL FOR
FISH HATCHERY PONDS.
SO IZV. Nil OZ. I RECH. RYB. KH-VA.
P72-9. 1976.
LG RS.
DE BUTYL ALC FISK POND STD.
AN C Q8709663646.
<870>
AU MOSEVICH, M. V. ARSHANITSA, N. M.
GLUKHOVA, L. V. GRIGOR'EVA, I. G.
LEVI, L. A. PUSTOVOIT, A. G.
SERGEEVA, V. A.
IN USSR.
YR 76.
TI EXPERIMENTAL SUBSTANTIATION OF THE
MAXIMUM PERMISSIBLE CONCENTRATION OF
0-CRESOL IN THE UATER OF FISHERY
PONDS.
SO IZV. Nil OZ. I PECH. RYB. KH-VA.
P42-9. 1976.
LG RS.
DE FISH POND CRESOL STD.
AN C 08708058304.
<871>
AU MOSEVICH, M. V. ARSHANITSA, N. M.
GLUKHOVA, L. V. GRIGOR'EVA, I. G.
LEVI, L. A. PUSTOVOIT, A. G.
SERGEEVA, V. A.
IN USSR.
YR 76.
TI MATERIALS FOR SUBSTANTIATING THE
MAXIMUM PERMISSIBLE CONCENTRATION OF
NAPHTHALENE FOR FISHERY PONDS.
SO IZV. Nil OZ. I PECH. RYB. KH-VA.
P50-7. 1976.
LG RS.
DE FISH POND NAPHTHALENE STD.
AN C 08708058303.
<872>
AU MOSEVICH, M. V. ARSHANITSA, N. M.
GLUKHOVA, L. V. LEVI, L. A.
MAKRUSHIN, A. V. PUSTOVOIT, A. G.
SERGEEVA, V. A. CHINNOVA, R. F.
IN USSR.
YR 76.
TI SUBSTANTIATION OF THE MAXIMUM
PERMISSIBLE CONCENTRATION OF ANILINE
FOR FISHERY UATER BODIES.
SO IZV. GOS. NAUCHNO-ISSLED. INST.
OZERN. RECHN. RYBN. KHOZ. 109. P22-
33. 1976.
LG RS.
DE ANILINE UATER POLLUTION STD.
TOXICITY ANILINE FISHERY UATER.
AN C 08718140964.
<873>
AU MOSEVICH, M. V. ARSHANITSA, N. M.
GLUKHOVA, L. V. LEVI, L. A.
MAKRUSHIN, A. V. PUSTOVOIT, A. G.
SERGEEVA, V. A. CHINNOVA, R. F.
IN USSR.
YR 76.
TI BASIS FOR THE MAXIMUM PERMISSIBLE
CONCENTRATION OF ANILINE FOR FISH
HATCHERY PONDS.
SO IZV. Nil OZ. I RECH. RYB. KH-VA.
P22-3. 1976.
LG RS.
DE ANILINE FISH POND.
AN C 08705034079.
278
-------
AU MOTOHIRO T. ISEYA Z.
YR 76.
TI EFFECTS OF UflTER POLLUTED BY OIL ON
AQUATIC ANIMALS PART 2 N PARAFFINS
AROMATIC HYDRO CARBONS AND CRUDE OIL
CONCENTRATION ON TAINT IN SCALLOP
PECTEN-YESSOENSIS.
SO BULL FAC FISH HOKKAIDO UNIV. 26 (4).
367-371.
DE XYLENE TOLUENE.
AN B 63072239.
<875>
AU MOTOHIRO, TERUSHIGE. INDUE, NORIO.
IN FftC. FISH. HOKKAIDO UNIV. HAKODATE.
JAPAN.
YR 73.
TI N-PARAFFINS IN POLLUTED FISH BY
CRUDE OIL FROM JULIANA URECK.
SO HOKKAIDO DAIGAKU SUISAN GAKUBU
KENKYU IHO. 23. P204-8. 1973.
LG JA.
DE PARAFFIN FISH UATER POLLUTION.
AN C 08105021852.
<876>
AU MOTOHIRO, TERUSHIGE. ISEYA,
ZENSUKE.
IN FAC. FISH. HOKKAIDO UNIV. HAKODATE.
JAPAN.
YR 76.
TI EFFECTS OF OIL-POLLUTED UATER ON
AQUATIC ANIMALS. III. PRETREATMENT
IN DETECTION OF N-PARAFFINES IN
MARINE SEDIMENTS BY GAS
CHROMATOGRAPHY.
SO HOKKAIDO DAIGAKU SUISAN GAKUBU
KENKYU IHO. 26. P372-80. 1976.
LG EN.
DE PARAFFIN MARINE SEDIMENT POLLUTION.
GAS CHROMATOG POLLUTION SEDIMENT .
AN C 08618126946.
DE SCALLOP TAINT PARAFFIN. HYDROCARBON
AROM SCALLOP TAINT. PETROLEUM
SCALLOP TAINT.
AN C 08611066355.
<878>
AU MRKVA, MIROSLAV.
IN UATER RES. INST. OSTRAVA. CZECH.
YR 75.
TI AUTOMATIC UV CONTROL SYSTEM FOR
RELATIVE EVALUATION OF ORGANIC UATER
POLLUTION.
SO UATER RES. 9. P587-9. 1975.
LG EN.
DE UATER ANALYSIS UV SPECTROPHOTOMETRY.
DISSOLVED ORG ANALYSIS AUTOMATIC .
HUMIC MATTER ANALYSIS UV. LIGNIN
MATTER ANALYSIS UV. PHENOLIC MATTER
ANALYSIS UV. UV AUTOMATIC UATER
MONITOR. SEUAGE EFFLUENT ANALYSIS
ORG. TURBIDITY COMPENSATION UV
ANALYSIS.
AN C 08312102859.
<879>
AU MUELLER, U P. KORTE, F.
IN GESELLSCHAFT FUER STRAHLEN-UND
UNUELTFORSCHUNG M.B.H. INSTITUT FUER
OEKQLOGISCHE CHEMIE, 8 MUENCHEN 2,
LANDUEHRSTRASSE 61, FRG.
YR 75.
TI MICROSIAL DEGRADATION OF BENZO-
(A)-PYRENE, MONOLINURON, AND
DIELDRIN IN UASTE COMPOSTING.
SO CHEMOSPHERE; CHEMISTRY, PHYSICS. AND
BIOLOGY AS FOCUSED ON ENVIRONMENTAL
PROBLEMS, 4(3): 197- 198, JUNE 1975.
LG EN.
AB NONE.
ID MONOLNURON, BENZO-A-PYRENE.
DE AMIDES, COMPOSTING, BIODEGRADATION,
AROMATIC COMPOUNDS, PESTICIDES,
MICROBIAL ACTIVITY, DIELDRIN.
AN P 7600966.
<877>
AU MOTOHIRO, TERUSHIGE. ISEYA,
ZENSUKE.
IN FflC. FISH. HOKKAIDO UNIV. HAKODATE.
JAPAN.
YR 76.
TI EFFECTS OF OIL-POLLUTED UATER ON
AQUATIC ANIMALS. II. N-PARAFFINS,
AROMATIC HYDROCARBONS AND CRUDE OIL
CONCENTRATION IN THE TAINT OF THE
SCALLOP, PECTEN YESSOENSIS.
SO HOKKAIDO DAIGAKU SUISAN GAKUBU
KENKYU IHO. 26. P367-71. 1976.
LG EN.
<880>
AU MUKHERJEE S. BHATTACHARYA S.
IN DEPARTMENT OF ZOOLOGY, VISVA-
BHARATI UNIVERSITY, SANTINIKETAN
731235,UEST BENGAL, INDIA.
YR 74.
TI EFFECT OF SOME INDUSTRIAL POLLUTANTS
ON FISH BRAIN CHOLINESTERASE
ACTIVITY.
SO ENVIRON PHYSIOL BIOCHEM. 4. 5.
P226-31. 1974.
LG EN.
MJ AMMONIA: PD. FISHES. PD.
279
-------
MN AMMONIA: TO. DEPRESSION- CHEMICAL.
SULFATES: TO, SULFATES- INORGANIC.
UATER-POLLUTION-CHEMICAL.
PN M 75167887.
SO J FISH RES BOARD CflN. 32 <2) .
292-294.
DE CRESOLS XYLENOLS METHOD POLLUTION.
AN B 60069402.
<881>
AU MUNJKO, I. PAVLETIC, Z. MILKICAN,
RUZICA.
IN LAB. UATER RES. OKI. ZAGREB.
YUGOSLAVIA.
YR 74.
TI REACTION TIME AND SLUDGE ACTIVITY AT
DIFFERENT PHENOL CONCENTRATIONS .
SO ARH. HIG. RADA TOKSIKOL. 25.
P285-91. 1974.
LG CR.
DE PHENOL BIODEGRDN UASTEUATER.
AN C 08212076796.
<885>
AU MUSSELUHITE, C. C. PETTS, K. U.
IN UATER POLLUT. RES. LAB. DEP.
ENVIRON. ENGL.
YR 74.
TI AUTOMATED METHOD FOR THE
DETERMINATION OF FORMALDEHYDE IN
SEUAGE AND SEUAGE EFFLUENTS.
SO UATER POLLUT. CONTROL. 73. P443- 8.
1974.
LG EN.
DE FORMALDEHYDE DETN SEUAGE.
AN C 08124158243.
<882>
AU MUNROE, K A. DAVIS, P L.
IN AR3, U.S. HORTICULTURAL RESEARCH
LAB. ORLANDO, FL 3280.
YR 77.
TI DETERMINATION OF BIPHENYL BY GPS AND
LIQUID CHROMATOGRAPHY.
SO JOURNAL OF AGRICULTURAL AND FOOD
CHEMISTRY, 25(2): 426-428, MAR. -
APR. 1977.
LG EN.
AB NONE.
ID IMPREGNATED PADS, CITRUS FRUITS,
BIPHENYL.
DE LIQUID CHROMATOGRAPHY, GAS
CHROMATOGRAPHY, FUNGICIDES,
PESTICIDES. FOODS, AGRICULTURAL
CROPS, VAPORS.
AN P 7704726.
<883>
AU MURAKAMI A. MATSUDA T. UATANABE N.
NAGASAUA S.
YR 76.
TI DEGRADATION OF N PARAFFIN MIXTURE BY
MARINE MICROORGANISMS IN ENRICHED
SEA UATER MEDIUM.
SO J OCEANOGR SOC JPN. 32 (5). (RECD
1977) 242-248.
DE CAULOBACTER-SP FLAVOBACTERIUM-SP
PETROLEUM POLLUTANT JAPAN.
AN B 63063450.
<884>
AU MURRAY D A J.
YR 75.
TI TRACE ANALYSIS OF PHENOLS IN UATER
BY GAS CHROMATOGRAPHY.
<886>
AU MYTELKA A I.
YR 72.
TI CHEMICALS AND ALLIED PRODUCTS.
SO J UATER POLLUT CONTROL FED. 44 (6),
1113-1115.
DE MICROORGANISMS LAGOON POLLUTION
ABATEMENT CHLORO PHENOLIC UASTE
BLEACH PLANT PHENOLIC RESIN
BIOCHEMICAL OXYGEN DEMAND.
AN B 72075390.
<887>
AU NACHTIGALL M H. BUTLER R G.
YR 74.
TI METABOLISM OF PHENOLS AND CHLORO
PHENOLS BY ACTIVATED SLUDGE
MICROORGANISMS.
SO ABSTR ANNU MEET AM SOC MICROSIOL.
74. 184.
DE ABSTRACT BACTERIA PSEUDOMONAS-SP
ACINETOBACTER-SP NOCARDIA-SP.
AN B 74096296.
<888>
AU NAGANO, MANGI. YOSHIMURA, HIROSHI.
ONISHI, NOBORU.
IN CENT. PREV. POLLUT. OKAYAMA. JAPAN.
YR 73.
TI DETERMINATION OF TOTAL CYANIDE IN
AGRICULTURAL UATER.
SO KOGYO YOSUI. P49-52. 1973.
LG JA.
DE CYANIDE DETN AGRICULTURAL UATER.
AGRICULTURAL UATER ANALYSIS CYANIDE
AN C 08102006188.
280
-------
<889>
flU NAGRSAWA K. UCHIYAMA H. OGAMO A.
SHINOZUKA T.
IN SCHOOL OF PHARMACEUTICAL SCIENCES,
KITASATO UNIVERSITY, TOKYO. 108,
JAPAN.
YR 77.
TI GAS CHRDMATOGRAPHIC DETERMINATION OF
MICROAMOUNTS OF CARBARYL AND
1-NAPHTHOL IN NATURAL WATER AS
SOURCES OF WATER SUPPLIES.
SO J CHROMATOGR. 144. 1. P77-84. 21 NOV
77.
LG EN.
MJ NAPHTHOLS: AN. UATER-POLLUTANTS-
CHEMICAL: flN.
MN CHROMATOGRAPHY-GAS.
flN M 78026759. 7802.
<890>
flU NAGATA, EIZO. KINOSHITA, SHINICHI.
OKflDfl, HIRDSUKE.
IN DEP. FERMENT. TECHNOL. OSAKA UNIV.
SUITfl. JflPflN.
YR 76.
TI DEGRADATION OF PHTHALIC ACID ESTERS
BY BflCTERIA.
SO HAKKO KOGAKU ZASSHI. 54. P631-4.
1976.
LG JA.
DE DOP DEGRDN BACTERIA. PHTHALATE ESTER
DEGRDN BACTERIA.
AN C 08606833856.
<891>
AU NAGBHUSHANAM, R. DIWAN, A. D.
IN DEP. ZOOL. MARATHUADR UNIV.
AURANGABAD. INDIA.
YR 72.
TI EFFECT OF TOXIC SUBSTANCES ON OXYGEN
CONSUMPTION OF THE FRESHWATER CRAB,
BARYTELPHUSA CUNICULARIS.
SO MARATHUADA UNIV. J. SCI. SECT. A.
11. P127-9. 1972.
LG EN.
DE CRAB RESPIRATION COPPER CYANIDE.
OXALATE BARYTELPHUSA RESPIRATION.
AN C 08209052310.
<892>
AU NAMBUDIRI, A. M. D. RAO, P. V.
SUBBfl. BHAT, JANARDHANA V.
IN MICROBIOL. PHARMACOL. LAB. INDIAN
INST. SCI. BANGALORE. INDIA.
YR 70.
TI METABOLISM OF AROMATIC COMPOUNDS BY
AN ALTERNARIA SPECIES.
SO PHYTOCHEMISTRY. 9. P687-93. 1970.
LG EN.
DE CINNAMIC ACID ALTERNftRIA. ALTERNARIA
CINNAMIC ACID. BENZOIC ACID
ALTERNARIA.
AN C 07387032599.
IN NATIONAL ENVIRONMENTAL RESEARCH
CENTER, CINCINNATI, OHIO. ANALYTICAL
DUALITY CONTROL LAB.
YR 71. 298P.
TI METHODS FOR CHEMICAL ANALYSIS OF
WATER AND UASTES.
AV 16020-07/71.
PR PC-GPO/MFS0.95-NTIS.
AB THE HANDBOOK DESCRIBES CHEMICAL
ANALYTICAL PROCEDURES TO BE USED IN
WATER QUALITY OFFICE (UQO)
LABORATORIES. EXCEPT WHERE NOTED
UNDER 'SCOPE AND APPLICATION' FOR
EACH CONSTITUENT, THE METHODS CAN BE
USED FOR THE MEASUREMENT OF THE
INDICATED CONSTITUENT IN BOTH WATER
AND WASTEWATERS AND IN BOTH SALINE
AND FRESH WATER SAMPLES.
INSTRUMENTAL METHODS HAVE BEEN
SELECTED IN PREFERENCE TO MANUAL
PROCEDURES BECAUSE OF THE IMPROVED
SPEED, PRECISION, AND ACCURACY.
PROCEDURES FOR THE TECHNICON
AUTOANALYZER HAVE BEEN INCLUDED FOR
LABORATORIES HAVING THIS EQUIPMENT
AVAILABLE.
MJ WATER-ANALYSIS, HANDBOOKS, WATER-
POLLUTION, WATER-ANALYSIS. SEWAGE,
WATER-ANALYSIS, INDUSTRIAL-WASTES,
WATER-ANALYSIS.
MN ACIDITY, ALKALINITY, ARSENIC,
BIOCHEMICAL-OXYGEN-DEMAND,
CHLORIDES, COLOR, CYANIDES,
DISSOLVED-GASES, OXYGEN, FLUORIDES,
METALS, TRACE-ELEMENTS, MERCURY,
NITROGEN, OILS, DISSOLVED-ORGANIC-
MATTER, PHENOLS. PHOSPHORUS,
SELINIUM, SOLIDS, SULFATES,
SULFIDES, ODORS, WATER-QUALITY,
TURBIDITY.
ID UATER-POLLUTION-DETECTION,
CHEMICAL-OXYGEN-DEMAND, ACETIC-ACID-
NITRILO-TRI.
AN N PB-211 968.
<894>
AU NAZARENKO, I. V.
IN BUREAU OF COMMERCIAL FISHERIES,
WASHINGTON, D.C. OFFICE OF FOREIGN
FISHERIES (TRANSLATIONS).
YR 70. 6P.
TI EFFECT OF FORMALDEHYDE ON AQUATIC
281
-------
ORGANISMS (VLIYANIE FORMALDEGIDA NA
VODNYE ORGANIZMY).
NT TRANS. OF VSESOYUZNOE
GIDROBIOLOGICHESKOE OBSHCHESTVO.
TRUDY (USSR) V10 P170-174 1960, BY
ROBERT M. HOLLAND.
PR pc$3.00 MF$0.95.
AB FORMALDEHYDE IS WIDELY EMPLOYED IN
INDUSTRY, AND, AS A UASTE PRODUCT OF
PRODUCTION, IS DISCARDED INTO BODIES
OF UATER UITH THE UASTE UATERS. THE
REPORT IS PART OF THE UORK ON THE
ESTABLISHMENT OF A MAXIMUM
PERMISSIBLE CONCENTRATION OF
FORMALDEHYDE IN BODIES OF UATER.
ATTEMPTS UERE MADE TO ASCERTAIN AT
UHAT CONCENTRATIONS IN THE UATER
FORMALDEHYDE CAN EXERT A HARMFUL MJ
INFLUENCE ON THE AQUATIC ORGANISMS
LIVING IN UATERS. TESTS UERE
CONDUCTED ON FRY OF THE VERKHOVKA
(LEUCASPIUS DELINEATUS), DAPHNIA MN
(DAPHNIA MAGNA), HORNUORT
(CERATOPHYLLUM DEMERSUM) AND A
PROTUCOCCAL ALGA (ANKISTRODESMUS
FALCATUS). THE EFFECT OF
FORMALDEHYDE AT CONCENTRATIONS FROM
1 TO 58 MG/L UAS STUDIED. THE STUDY
ORGANISMS PLACED IN THE ORIGINAL
UATER UITHOUT FORMALDEHYDE SERVED AS
THE CONTROL. (AUTHOR). ID
MJ AQUATIC-ANIMALS, FORMALDEHYDE.
MN FISHES, UATER-POLLUTION,
EFFECTIVENESS, UASTE-UATER,
PERMISSABLE-DOSAGE, AQUATIC-PLANTS,
INDUSTRIAL-UASTES, CRUSTACEA, ALGAE,
USSR, TRANSLATIONS.
AN N PB-1S6 702T.
<895> AN
AU NEELY, U. C. SMITH, R. C. CODY, R.
M. MCDUFFIE, J. R. JR. LANSDEN, J.
A.
IN AUBURN UNIV. ALA. UATER RESOURCES AU
RESEARCH INST. IN
YR 73. 121P*.
TI BIOLOGICAL AND PHOTOBIOLOGICAL YR
ACTION OF POLLUTANTS ON AQUATIC TI
MICROORGANISMS.
NT COMPLETION REPT.
PR PC$5.45/MF$0.95. SO
AB THE VARIOUS ASPECTS OF THE
BIOLOGICAL AND PHOTOBIOLOGICAL LG
ACTION OF POLLUTANTS ON AQUATIC DE
MICROORGANISMS HAVE BEEN EXPLORED IN
A SERIES OF STUDIES COVERING A UIDE
RANGE OF CHEMICAL SPECIES AND TUO AN
CLASSES OF AQUATIC MICROORGANISMS,
PARAMECIA AND BACTERIA. CERTAIN
METAL IONS, INSECTICIDES, POLYCYCLIC
AMINES AND MYCOTOXINS ARE CAPABLE OF
DRASTIC ALTERATION OF THE LIFE
PROCESSES IN TEST STRAINS OF EITHER
BACTERIA OR PARAMECIA OR BOTH. IN
SOME CASES CONCURRENT EXPOSURE TO
LIGHT AND THE POLLUTANT UAS
NECESSARY AND IN OTHERS THE TOXIC
AND/OR MUTAGENIC REACTIONS UERE
INDEPENDENT OF LIGHT EXPOSURE. IN
PARTICULAR THE URANYL ION, BETA
NAPHTHYL AMINE, AND AFLATOXIN Bl
UERE PHOTOTOXIC UHILE THE
INSECTICIDE, PHYGON, UAS STRONGLY
DARK-TOXIC. ALL AGENTS AFFECTED
PARAMECIUM CAUDATUM AND ALL BUT
AFLATOXIN Bl AFFECTED ESCHERICHIA
COL I. (AUTHOR MODIFIED ABSTRACT).
UATER-POLLUTION, AQUATIC-
MICROBIOLOGY, PARAMECIUM, UATER-
POLLUTION, ESCHERICHI-COLI, UATER-
POLLUTION.
METALS, PESTICIDES, INSECTICIDES,
RESIDUES, TOXICITY, BACTERIA,
TRACE-ELEMENTS, PHOTOSENSITIVITY,
MUTAGENS, CARCINOGENS,
URANYL-COMPOUNDS,
ELECTRON-MICROSCOPY, INVERTEBRATES,
NAPHTHOQUINONES, NAPHTHALENE-
COMPOUNDS, CHLORINE-AROMATIC-
COMPOUNDS.
UATER-POLLUTION-EFFECTS-ANIMALS,
UATER-POLLUTION-EFFECTS-PLANTS,
PESTICIDE-RESIDUES, PARAMECIUM-
CAUDATUM, AFLATOXINS,
NAPHTHYLAMINES, SPIRO-BENZOFURAN-
CYCLOHEXENE-DIONE-CHLORO-METHYL-
TRIMETHOXY, BENZOPYRAN-CARBOXYLID-
AC ID-DIHYDRO-HYDROXY-OXO-TRIMETHYL,
DICHLONE, NAPHTHOQUINONE-2-3-
DICHLORO-1-4, PHOTOTOXICITY. OURR.
N PB-220 167/1.
<896>
NEFF, JERRY M. ANDERSON, JACK U.
DEP. BIOL. TEXAS A AND M UNIV.
COLLEGE STATION. TEX.
75.
ACCUMULATION, RELEASE, AND
DISTRIBUTION OF BENZO(A)PYRENE-C14
IN THE CLAM RANGIA CUNEATA.
PROC. - CONF. PREV. CONTROL OIL
POLLUT. P469-71. 1975.
EN.
BENZOPYRENE METAB CLAM. RANGIA
BENZOPYRENE METAB. UATER POLLUTION
BENZOPYRENE CLAM.
C 08511073215.
282
-------
<897>
AU NELSON, K H. LYSYJ, I.
IN BURLINGTON INDUSTRIES RESEARCH AND
DEVELOPMENT CENTER, GREENSBORO, NC.
YR 71.
TI ANALYSIS OF UftTER FOR MOLECULAR
HYDROGEN CYANIDE.
SO UATER POLLUTION CONTROL FEDERATION.
UASH. D.C. JOURNflL, 43(5): 799-805,
MAY 1971.
LG XX.
AB NONE.
DE UASTEUATER, HYDROGEN CYflNIDE, GflS
CHROMATOGRAPHY, FISHES, CflLIFORNIfl .
flN P 7006934.
<89B>
ftU NIflUSSflT P M. TRICHET J. HERDS M.
JUONG N T. EHRHARDT J P.
YR 75.
TI OCCURRENCE OF BENZO-3 4 PYRENE IN
UATER flND SEDIMENTS OF BRINY PONDS
OF SOME POLYNESIflN flTOLLS.
SO C R HEBD SEANCES flCflD SCI SER D SCI
NOT. 281 (14). 1031-1034.
DE PHYTO PLflNKTON BACTERIA UflTER
POLLUTION CARCINOGEN.
flN B 76059749.
<899>
flU NIflUSSflT, PIERRE. flUGER, CHRISTIflN.
IN CENTRE RECH. SERV. SflNTE flRMEES.
MUS. NftT. HIST. NflT. PARIS. FR.
YR 70.
TI DISTRIBUTION OF BENZO(A)PYRENE AND
PERYLENE IN VARIOUS ORGANISMS OF THE
CLIPPERTON LflGOON ECOSYSTEM.
SO C. R. flCflD. SCI. SER. D. 270.
P2702-5. 1970.
LG FR.
DE BENZOPYRENE PERYLENE POLLUTANTS
ECOSYSTEM. PERYLENE BENZOPYRENE
POLLUTflNTS ECOSYSTEM. POLLUTANTS
ECOSYSTEM BENZOPYRENE PERYLENE.
ECOSYSTEM POLLUTANTS BENZOPYRENE
PERYLENE. HYDROCARBONS PLANKTON
CRUSTACEA GRASSES. PLflNKTON
HYDROCflRBONS. CRUSTACEA
HYDROCARBONS. GRASSES HYDROCARBONS.
AN C 07315073102.
<900>
AU NIEMI, AA.
IN INST. OF MARINE RESEARCH, BIOLOGICAL
DIV. BULEV. 9 A 7, SF- 00120
HELSINKI/HELSINGFORS 12, FIN.
YR 72.
TI EFFECTS OF TOXICANTS ON BRACKISH-
UATER PHYTOPLANKTON ASSIMILATION.
SO FINSKA VETENSKAPS-SOCIETETEN,
HELSINGFORS. COMMENTATIONES
BIOLOGICAE, 55: 19 PP. 1972.
LG EN.
AB NONE.
ID PHENOL, COPPER SULFflTE, ASSIMILATION
MEASUREMENTS, POTASSIUM CYANIDE .
DE PHYTOTOXICANTS, COPPER COMPOUNDS,
BRACKISH UATERS, PHYTOPLANKTON,
FINLAND COAST, POTASSIUM COMPOUNDS,
AROMATIC COMPOUNDS.
AN P 7401381.
<901>
AU NIGMATULLINA, A. A. CHERNYSHOVA, N.
S.
IN USSR.
YR 70.
TI DETERMINATION OF MICROGRAM AMOUNTS
OF PHENOL BY SORPTION ON ACTIVATED
CARBON.
SO TR. NAUCH.-ISSLED. PROEKT. INST.
OBOGASHCH. RUD. TSVET. METAL. 4.
P321-4. 1970.
LG RS.
DE PHENOL DETN. ACTIVATED CARBON PHENOL
DETN. CARBON ACTIVATED PHENOL DETN.
SORPTION PHENOL DETN. WASTE UATER
ANALYSIS PHENOL.
flN C 07612067970.
<902>
flU NIGMATULLINfl, A. A. SHTREKKER, G.
P. CHERNYSHOVA, N. S.
IN USSR.
YR 71.
TI DETERMINATION OF PHENOL IN
INDUSTRIAL UASTE UATERS.
SO SB. TR. NAUCH-ISSLED. PROEKT. INST.
OBOGASHCH. RUD TSVET. METAL. NO. 2.
P109-13. 1971.
LG RS.
DE PHENOL DETN UATER. UATER ANALYSIS
PHENOL.
AN C 07824151105.
<983>
AU NIKOLAEVA, T. A. PLETNIKOVA, I. P.
IN INST. OBSHCH. KOMMUNAL'N. GIG. IM.
SYSINA. MOSCOW. USSR.
YR 75.
TI HYGIENIC ASSESSMENT OF THE EXISTING
TECHNOLOGY OF DRINKING UATER
TREATMENT AND CERTAIN MEANS FOR
IMPROVING IT.
SO GIG. SANIT. P29-33. 1975.
LG RS.
283
-------
DE DRINKING UATER PURIFN. POLLUTflNT
REMOVAL DRINKING HATER. METAL
REMOVAL DRINKING UATER. DDT REMOVAL
DRINKING UATER. PETROLEUM REMOVAL
DRINKING UATER. PHENOL REMOVAL
DRINKING UATER.
AN C 08404021938.
AU NIKOLAEVA, T. A. PLETNIKOVA, I. P.
LOVTSEVICH, E. L.
IN USSR.
YR 74.
TI HYGIENIC EVALUATION OF THE
EFFECTIVENESS OF EXISTING METHODS
AND INSTALLATIONS FOR PURIFYING AND
DECONTAMINATING DRINKING UATER BY
REMOVING VIRUSES, BACTERIA, AND SOME
TOXIC CHEMICAL SUBSTANCES.
SO GIG. ASPEKTY OKHR. OKRUZHAYUSHCHEI
SREDY. 2. P77-9. 1974.
LG RS.
DE PETROLEUM REMOVAL UATER PURIFN.
PHENOL REMOVAL UATER PURIFN. DDT
REMOVAL UATER PURIFN. METAL REMOVAL
UATER PURIFN. BACTERIA REMOVAL UATER
PURIFN. VIRUS REMOVAL UATER PURIFN.
AN C 08522166412.
<905>
AU NOTA, GIORGIO. PALOMBARI, ROBERTO.
IN 1ST. CHIM. UNIV. NAPOLI. NAPLES.
ITALY.
YR 73.
TI DETERMINATION OF CYANIDES AND
THIOCYANATES IN UATER BY GAS
CHROMATOGRAPHY.
SO J. CHROMATOGR. 84. P37-41. 1973.
LG EN.
DE CYANIDE GAS CHROMATOG UATER.
THIQCYANATE GAS CHROMATOG UATER.
CHROMATOG CYANIDE THIOCYANATE UATER.
AN C 07920118230.
<906>
AU NOVOTNY, J.
IN USTAV VYZK. VYUZITI PALIV.
BECHOVICE. CZECH.
YR 72.
TI CHROMATOGRAPHIC DETERMINATION OF
DIHYDRIC PHENOLS IN UASTE UATERS.
SO VOD. HOSPOD. B. 22. P96-100. 1972.
LG CZ.
DE PHEHOL DETN UASTE UATER.
GASIFICATION LIGNITE UASTE UATER.
PHOTOMETRIC DETN DIHYDRIC PHENOL.
PAPER CHROMATOG DIHYDRIC PHENOL.
AN C 37906034890.
<907>
AU NOVOTNY, JAROSLAV.
IN USTAV VYZK. PALIV. BECHOVICE. CZECH.
YR 70.
TI DETERMINATION OF PYRIDINE BASES,
AROMATIC HYDROCARBONS, AND KETONES
IN UASTE UATER BY THE DIRECT
INJECTION METHOD OF GAS-
CHROMATOGRAPHY.
SO CHEM. PRUM. 20. P575-9. 1970.
LG CZ.
DE PYRIDINE BASES DETN UASTE UATERS.
AROM HYDROCARBONS DETN UASTE UATERS
. HYDROCARBONS AROM DETN UASTE
UATERS. KETONES DETN UASTE UATERS.
AN C 07416079301.
<908>
AU NOVOTNY, JAROSLAV. DRAHORAD, JOSEF.
YR 70.
TI SEPARATION OF TARS FROM PHENOL
UATERS OF HIGH-PRESSURE GAS AT
TEMPERATURES SLIGHTLY ABOVE DEU
POINT.
SO SB. PR. UVP (USTAV VYZK. VYUZITI
PALIV). 21. P3-65. 1970.
LG CZ.
DE TAR SEPN PHENOLIC UASTE UATER.
PHENOLIC UASTE UATER TAR SEPN.
AN C 07318091046.
<909>
AU NOZAKA, JUNICHIRO.
IN SCH. MED. OSAKA UNIV. OSAKA. JAPAN.
YR 71.
TI OXIDATION OF AROMATIC HYDROCARBONS
BY (CELL-FREE ENZYME PREPARATIONS
OF) MICROORGANISMS.
SO OSAKA DAIGAKU IGAKU ZASSHI. 23.
P269-76. 1971.
LG JA.
DE AROM HYDROCARBON OXIDN PSEUDOMONAS.
TOLUENE XYLENE OXIDN PSEUDOMONAS .
AN C 08003012263.
<910>
AU NUMAZAUA, RYOZO. UATANABE, KAZUHO.
FUKIMBARA, TAKASHI.
IN MITSUBISHI RAYON CO. LTD. TOKYO.
JAPAN.
YR 74.
TI MICROBIAL DEGRADATION OF
FORMALDEHYDE, I. ISOLATION AND
IDENTIFICATION OF FORMALDEHYDE-
OXIDIZING MICROORGANISMS.
SO HAKKO KOGAKU ZASSHI. 52. P799- 804.
1974.
LG JA.
284
-------
DE FORMALDEHYDE DECOMPN MICROCOCCUS.
AN C 88209053972.
AU NUMAZAWA, RYOZO. WATANABE, KAZUHO.
FUKIMBARA, TAKASHI.
IN MITSUBISHI RAYON CO. LTD. TOKYO.
JAPAN.
YR 74.
TI MICROSIAL DEGRADATION OF
FORMALDEHYDE. II. FORMALDEHYDE-
OXIDIZING ENZYME FROM MICROCOCCUS
FLAVUS.
SO HAKKO KOGAKU ZASSHI. 52. PB05- 18.
1974.
LG JA.
DE MICROCOCCUS FORMALDEHYDE OXIDIZING
ENZYME. ALDEHYDE OXIDASE
MICROCOCCUS.
AN C 68209053235.
<912>
AU NUNOGAUA J N. BURBANK N C. YOUNG R
H F.
YR 71.
TI THE RELATIVE TOXICITIES OF SELECTED
CHEMICALS TO SEVERAL SPECIES OF
TROPICAL FISH.
SO JENKINS, S.H. (ED.). ADVANCES IN
WATER POLLUTION RESEARCH, VOLS. I +
II. PROCEEDINGS OF THE 5TH
INTERNATIONAL CONFERENCE
INTERNATIONAL ASSOCIATION ON 'JATER
POLLUTION RESEARCH SAN FRANCISCO,
CALIF. U.S.A. JULY 27-31, 1970;
HONOLULU, HAUAII, U.S.A. AUGUST 2-5,
1970. XVII-HRREG. P. (VOL. I).
ILLUS. MAPS. XVI+IRREG. P. (VOL.
II). ILLUS. MAPS. PERGAMON PRESS:
OXFORD, ENGLAND; NEU YORK, N.Y.
U.S.A. 1971. HA-14.l-HA-14.14.
DE GAMBUSIA-AFFINIS LEBISTES-
RETICULATUS TILAPIA-MOSSAMBICA
KUHLIA-SANDVICENSIS STOLEPHORUS-
PURPUREUS WATER POLLUTANTS PHENOL
DDT DIELDRIN LINDANE.
AN B 72093869.
<913>
IN OAK RIDGE NATIONAL LAB. TENN.
ADMINISTRATION. 4832000.
YR 76. 134P.
TI COAL TECHNOLOGY PROGRAM. QUARTERLY
PROGRESS REPORT FOR THE PERIOD
ENDING MARCH 31, 1976.
PR PC A07/MF A01.
AB ORNL'S PROGRESS IN COAL RESEARCH
PROGRAMS IS REPORTED: COAL
GASIFICATION AND COAL LIQUEFACTION
(HYDROCARBONIZATION, RESIDUE
CARBONIZATION, SOLIDS REMOVAL FROM
COAL LIQUIDS, PYROLYSIS, IN-SITU
GASIFICATION, SYNTHOIL PROCESS,
ANALYTICAL CHEMISTRY (OF BY-
PRODUCTS, EFFLUENTS, ETC. ),
ENVIRONMENTAL EFFECTS (INCLUDING
STUDY OF CARCINOGENS, MUTAGENS, ETC.
), TRACE ELEMENTS, MATERIALS
TECHNOLOGY, NONDESTRUCTIVE TESTING,
CHEMICAL RESEARCH, AND POSSIBLE
APPLICATIONS OF PROCESS HEAT
REACTORS. (ERA CITATION 01:
022402).
MJ COAL, RESIDUES, COAL-LIQUIDS,
SOLVENT-REFINED-COAL, AEROSOLS, IN-
SITU-GASIFICATION, BY-PRODUCTS,
COED- PROCESS, LIQUID-UASTES,
OIL-SHALE- PROCESSING-PLANTS,
SYNTHANE-PROCESS, COAL-PREPARATION,
SYNTHOIL-PROCESS, BENZOPYRENE,
CONDENSED-AROMATICS.
MN RESEARCH-PROGRAMS, CARBONIZATION,
CHEMICAL- COMPOSITION,
COAL-GASIFICATION, COAL-
LIQUEFACTION, FUEL-FEEDING-SYSTEMS,
HYDROGENATION, TESTING, ADDITIVES,
AGGLOMERATION, SEPARATION-PROCESSES,
GASEOUS-UASTES, PYROLYSIS,
CARBOXYLIC-ACIDS, CHEMICAL-ANALYSIS,
HEALTH-HAZARDS, ORGANIC-COMPOUNDS,
PHENOLS, AMMONIA, FLUIDIZED-BED-
COMBUSTION, UATER-CHEMISTRY,
BIOLOGICAL-EFFECTS, CARCINOGENS,
CHROMOSOMAL-ABERRATIONS.
ID ERDA-010000, ERDA-560300, ERDA-
040402, REVIEWING, NTISERDA.
PN N ORNL-5159.
<914>
IN OAK RIDGE NATIONAL LAB. TENN.
4832000.
YR 76. 81P.
TI COAL TECHNOLOGY PROGRAM QUARTERLY
PROGRESS REPORT FOR THE PERIOD
ENDING DECEMBER 31, 1975.
PR PC$5.00/MF$3.00.
AB INSTALLATION OF THE BENCH-SCALE
HYDROCARBONIZATION RESEARCH SYSTEM
UAS COMPLETED AND INITIAL
PRESSURIZATION UAS FOLLOWED BY HEAT
UP, LEAK CHECKING, AND TESTING OF
INSTRUMENTATION. SHAKEDOWN RUNS
WERE COMPLETED USING 5 AND 20 LB OF
PULVERIZED COAL AS FEED AND
PYROLYZING THE COAL AT APPROX. 1050
EXP 0 F UNDER 5 ATM OF NITROGEN
PRESSURE. SOME EXCELLENT RESULTS
HAVE BEEN OBTAINED IN THE ADDITIVE
285
-------
AGGLOMERATION STUDIES USING LIQUID
ADDITIVES DESIGNED FOR THE PETROLEUM
INDUSTRY. CHARACTERIZATION STUDIES
OF SRC OILS CONTINUE USING A NUMBER
UF METHODS. STUDIES HAVE CONTINUED
OH SEVERAL ASPECTS OF THE PHYSICAL
STRUCTURE OF COAL, THE SORPTION AND
DESORPTION OF UWTER VAPOR ON A
COBALT--MOLYBDENUM CATALYST, AND THE
CATALYTIC CHEMISTRY OF THE SAME
CATALYST. SYNTHOIL AND COED PROCESS
OIL SAMPLES HAVE BEEN CHEMICALLY
FRACTIONATED FOR BIOLOGICAL AND
CHEMICAL CHARACTERIZATION.
DEVELOPMENT CONTINUES ON ACHIEVING
CLEANER FRACTIONATION OF CHEMICAL
CLASSES THAN HAS PREVIOUSLY BEEN
AFFORDED BY MORE CONVENTIONAL
SCHEMES. STUDIES HAVE BEGUN TO
CHARACTERIZE AQUEOUS EFFLUENTS FROM
THE SYNTHANE PROCESS AND IN-SITU
SHALE OIL RETORTING. ENGINEERING
EVALUATIONS OF SEVERAL PROCESSES ARE
REPORTED. INVESTIGATION INTO THE
FATE AND AVAILABILITY OF A MODEL PAH
COMPOUND IN UATER HAS BEGUN.
ACQUISITION OF LITERATURE ON THE
BIOACCUMULATION AND TOXICITY OF
TRACE ELEMENTS RELEASED IN AQUEOUS
EFFLUENTS FROM COAL CONVERSION
PROCESSES HAS BEEN COMPLETED. IN
THE ENGINEERING EVALUATIONS OF
NUCLEAR PROCESS HEAT FOR COAL
CONVERSION, PRELIMINARY DESIGN OF A
PLANT FOR STEAM GASIFYING COAL UITH
VHTR HEAT HAS BEEN COMPLETED. (ERA
CITATION 81: 012322).
MJ COAL, COAL-GASIFICATION, COAL-
LIQUEFACTION, SOLVENT-REFINED-COAL,
SYNTHANE-PROCESS, SYNTHOIL-PROCESS.
MN FEASIBILITY-STUDIES, HTGR-TYPE-
REACTORS, ORNL, PROCESS-HEAT-
REACTORS, RESEARCH-PROGRAMS,
CARBONIZATION, CHEMICAL-COMPOSITION,
FLOWSHEETS, HYDROGENATION, RESIDUES,
ADDITIVES, AGE-DEPENDENCE,
AGGLOMERATION, ASHES, CHEMICAL-
ANALYSIS, EMISSION-SPECTROSCOPY,
MIXTURES, OILS, PARTICLE-SIZE,
SEDIMENTATION, SEPARATION-PROCESSES,
SRC-PROCESS, SULFUR, TOLUENE, VAPOR-
PRESSURE, VISCOSITY, ADSORPTION,
CATALYSTS, COBALT-OXIDES, COED-
PROCESS, ELECTRON-MICROSCOPY,
HETEROCYCLIC-CCMPOUNDS, MOLYBDENUM-
OXIDES, NITROGEN, PETROLOGY,
POROSITY, REMOVAL, SMALL-ANGLE-
SCATTERING, SORPTIVE-PROPERTIES,
SURFACE-PROPERTIES, THIOPHENE, X-
RADIATION, CHEMICAL-EFFLUENTS,
ANTHRACENE.
ID ERDA-010008, NTISERDA.
AN N ORNL-5120.
<915>
AU OGATA M. MIYAKE Y.
YR 70.
TI OFFENSIVE ODOR SUBSTANCE IN THE EVIL
SMELLING FISH FROM THE SEA POLLUTED
BY PETROLEUM AND PETROCHEMICAL
INDUSTRIAL UASTE PART 1
IDENTIFICATION OF OFFENSIVE ODOR
SUBSTANCE.
SO ACTA MED OKAYAMA. 24 (4). 471-481.
DE TOLUENE.
AN B 53B51862.
<916>
AU OGATA, KOICHI. KAUAI, FUSAKO.
FUKAYA, MASAHIRO. TANI, YOSHIKI.
IN DEP. AGRIC. CHEM. KYOTO UNIV. KYOTO.
JAPAN.
YR 75.
TI MICROS IAL DEGRADATION OF SYNTHETIC
POLYMERS. I. ISOLATION OF
POLYETHYLENE GLYCOLS-ASSIMILABLE
BACTERIA.
SO HAKKD KOGAKU ZASSHI. 53. P757- 61.
1975.
LG EN.
DE POLYETHYLENE GLYCOL DEGRDN BACTERIA.
AN C 08401082111.
<917>
AU OGATA, MASANA. MIYAKE, YOSHIO.
KIRA, SHOHEI. MATSUNAGA, KAZUYOSHI
. IMANflKA, MASAAKI.
IN MED. SCH. OKAYAMA UNIV. OKAYAMA.
JAPAN.
YR 77.
TI TRANSFER TO FISH OF PETROLEUM
PARAFFINS AND ORGANIC SULFUR
COMPOUNDS .
SO UATER RES. 11. P333-8. 1977.
LG EN.
DE EEL PETROLEUM PARAFFIN SULFUR COMPD.
FISH PETROLEUM PARAFFIN SULFUR
COMPD. UATER POLLUTION PETROLEUM
FISH.
AN C 08625184196.
<918>
AU OHMORI S. IKEDA M. OGATA M.
YR 75.
TI THE METABOLISM AND ACCUMULATION OF
PETROLEUM COMPONENTS IN FISH THE
SIDE CHAIN OXIDATION OF P NITRO
TOLUENE AND P NITRO BENZYL ALCOHOL
286
-------
IN LIVER HOMOGENfiTES OF THE RflT AND
EEL.
SO PHYSIOL CHEM PHYS. 7 (5). (RECD
1976) 477-480.
DE TOLUENE.
AN B 61061232.
<919>
AU OHMORI T. IKftI T. MINODA Y.
YAMADA K.
YR 73.
TI UTILIZATION OF POLY PHENYL AND POLY
PHENYL RELATED COMPOUNDS BY
MICROORGANISMS PART 1.
SO AGRIC BIOL CHEM. 37 (7). 1599- 1605.
DE BACTERIA FUNGI BI PHENYL BENZOYL
BUTYRIC-ACID BENZOIC-ACID PRODUCTION
DDT STRUCTURAL SIMILARITY
ENVIRONMENTAL POLLUTION BIO
DEGRADATION SOIL LEAVES RIVER UATER
ENRICHMENT CULTURE JAPAN.
AN B 59031156.
<920>
AU OHTA Y. RIBBONS D U.
YR 76.
TI BACTERIAL METABOLISM OF RESORCINYLIC
COMPOUNDS PURIFICATION AND
PROPERTIES OF ORCINOL HYDROXYLASE
AND RESORCINOL HYDROXYLASE FROM
PSEUDOMONAS-PUTIDA ORC.
SO EUR J BIOCHEM. 61 CD. 259-269.
DE FLAVO PROTEINS FAD MOLECULAR WEIGHT
NADPH OXYGEN SEROLOGY AMINO- ACID
COMPOSITION REGULATION.
AN B 61068798.
<921>
AU OLIVE U E JR. COBB H D. ATHERTON R
M.
YR 76.
TI BIOLOGICAL TREATMENT OF CRESYLIC-
ACID LADEN UASTE UATER.
SO SHARPLEY, J. MILES AND ARTHUR M.
KAPLAN (ED.). PROCEEDINGS OF THE
THIRD INTERNATIONAL BIODEGRADATION
SYMPOSIUM. KINGSTON, RHODE ISLAND,
USA, AUGUST 17-23, 1975. XIV+1138P.
ILLUS. APPLIED SCIENCE PUBLISHERS
LTD: LONDON, ENGLAND. ISBN 0-85334-
679-8. (RECD 1977) 381-388.
DE PSEUDOMONADS POLLUTION TEMPERATURE.
AN B 78019876.
YR
TI
76.
MICROBIAL DEGRADATION OF OIL SPILLS
ENHANCED BY A SLOU RELEASE
FERTILIZER.
SO APPL ENVIRON MICROBIOL. 31 (5).
629-634.
DE BACTERIA MICROORGANISMS SARIR CRUDE
OIL PARAFFIN SUPPORTED FERTILIZER
MAGNESIUM AMMONIUM PHOSPHATE.
AN B 62036795.
<923>
JIGAMI Y.
MINODA Y.
AU OMORI T.
YR 74.
TI MICROBIAL OXIDATION OF ALPHA METHYL
STYRENE AND BETA METHYL STYRENE.
SO AGRIC BIOL CHEM. 38 (2). 409-415.
DE BACTERIA.
AN B 58056990.
<924>
AU OMORI T. YAMADA K.
YR 70.
TI STUDIES ON THE UTILIZATION OF HYDRO
CARBONS BY MICROORGANISMS PART 17
METABOLISM OF P XYLENE AND RELATED
COMPOUNDS.
SO AGR BIOL CHEM. 34 (5). 664-669.
DE PSEUDOMONAS-AERUGINOSA.
AN B 51125985.
<925>
AU OMORI T. YAMADA K.
YR 70.
TI STUDIES ON THE UTILIZATION OF HYDRO
CARBONS BY MICROORGANISMS PART 16
DETECTION OF METABOLIC INTERMEDIATES
OF XYLENE AND PSEUDO CUMENE.
SO AGR BIOL CHEM. 34 (5). 659-663.
DE PSEUDOMONAS-AERUGINOSA.
AN B 51125984.
<926>
AU OMORI T. YAMADA K.
YR 69.
TI STUDIES ON THE UTILIZATION OF HYDRO
CARBONS BY MICROORGANISM XIII
OXIDATION OF M XYLENE AND PSEUDO
CUMENE BY PSEUDOMONAS-AERUGINOSA.
SO AGR BIOL CHEM. 33 <7). 979-985.
DE SOIL SAMPLES MONO-CYCLIC AROMATIC
COMPOUNDS.
AN B 51021304.
<922>
AU OLIVIERI R. BACCHIN P. ROBERTIELLO
A. ODDO N. DEGEN L. TONOLO A.
AU
<927>
OMORI, TOSH 10. JIGAMI, YOSHIFUMI.
287
-------
MINODfl, YflSUJI.
IN FAC. fiGRIC. UNIV. TOKYO. TOKYO.
JAPAN.
YR 75.
TI ISOLATION, IDENTIFICATION, AND
SUBSTRATE ASSIMILATION SPECIFICITY
OF SOME AROMATIC HYDROCARBON
UTILIZING BACTERIA.
SO AGRIC. BIOL. CHEM. 39. P1775-9.
1975.
LG EN.
DE AROM HYDROCARBON METAB BACTERIA.
PSEUDOMONAS AROM HYDROCARBON METAB.
ISOPRCPYLBENZENE METAB BACTERIA.
METHYLSTYRENE METAB BACTERIA.
ISOBUTYLBENZENE METAB BACTERIA.
AN C 08323190206.
<928>
AU OSTERROHT C.
YR 74.
TI DEVELOPMENT OF A METHOD FOR THE
EXTRACTION AND DETERMINATION OF
NONPOLAR DISSOLVED ORGANIC
SUBSTANCES IN SEA UATER.
SO J CHROMATOGR. 101 (2). (RECD 1975)
289-298.
DE DDT DDE LINDANE ALDRIN 2 CHLORO BI
PHENYL PHENANTHRENE PRISTANE HEXA
DECANE GAS CHROMATOGRAPHY POLLUTION.
AN B 59052090.
<929>
AU OTTINGER, R. S. BLUMENTHAL, J. L.
DAL PORTO, D. F. GRUBER, G. I.
SANTY, M. J.
IN TRU SYSTEMS GROUP, REDONDO BEACH,
CALIF. 354 595.
YR 73. 316P.
TI RECOMMENDED METHODS OF REDUCTION,
NEUTRALIZATION, RECOVERY, OR
DISPOSAL OF HAZARDOUS UASTE. VOLUME
X. INDUSTRIAL AND MUNICIPAL DISPOSAL
CANDIDATE UASTE STREAM CONSTITUENT
PROFILE REPORTS. ORGANIC COMPOUNDS.
NT FINAL REPT.
AV PAPER COPY ALSO AVAILABLE FROM NTIS
S72.00/SET OF 16 REPORTS AS PB- 224
579-SET.
PR PC$7.00/MF$1.45.
AB THIS VOLUME CONTAINS SUMMARY
INFORMATION AND EVALUATION OF UASTE
MANAGEMENT METHODS IN THE FORM OF
PROFILE REPORTS FOR ORGANIC
COMPOUNDS. THESE PROFILE REPORTS
UERE PREPARED FOR EITHER A
PARTICULAR HAZARDOUS UASTE STREAM
CONSTITUENT OR A GROUP OF RELATED
CONSTITUENTS. EACH PROFILE REPORT
CONTAINS A DISCUSSION OF THE UASTE
STREAM CONSTITUENTS THEIR TOXICOLOGY
AND OTHER ASSOCIATED HAZARDS, THE
DEFINITION OF ADEQUATE MANAGEMENT
FOR THE UASTE MATERIAL, AN
EVALUATION OF THE CURRENT UASTE
MANAGEMENT PRACTICES UITH REGARD TO
THEIR ADEQUACY, AND RECOMMENDATION
AS TO THE MOST APPROPRIATE
PROCESSING METHODS AVAILABLE AND
UHETHER THE UASTE MATERIAL SHOULD BE
CONSIDERED AS A CANDIDATE FOR
NATIONAL DISPOSAL, INDUSTRIAL
DISPOSAL, OR MUNICIPAL DISPOSAL.
MJ UATER-DISPOSAL, ORGANIC- COMPOUNDS,
POLLUTION, HAZARDOUS- MATERIALS,
MATERIALS-HANDLING,
ORGANIC-COMPOUNDS, ORGANIC-
COMPOUNDS, HAZARDOUS-MATERIALS.
MN INDUSTRIAL-UASTE-TREATMENT,
SOLID-UASTE-DISPOSAL, LIQUID-UASTE-
DISPOSAL, ALDEHYDES, KETONES,
ORGANIC-ACIDS, ESTERS, NITRILES,
NITROGEN-ORGANIC-COMPOUNDS,
ANILINES, ALIPHATIC-HYDROCARBONS,
CARBOXYLIC-ACIDS, ALCOHOLS, GLYCOLS,
AMINES, AROMATIC-HYDROCARBONS,
PETROLEUM-INDUSTRY, RECYCLING,
RECLAMATION, MANAGEMENT-PLANNING,
PROFILES, TOXICOLOGY. DRUG-INDUSTRY,
CHEMICAL-INDUSTRY, BENZYL-CHLORIDE,
PHENOLS, THIOLS, CRESOLS, HORMONES,
CARBON-DISULFIDE, BENZENESULFONIC-
ACIDS.
ID NATIONAL-DISPOSAL-SITES, NERC.
AN N PB-224 589/2.
<930>
AU OTTINGER, R. S. BLUMENTHAL, J. L.
DftL PORTO, D. F. GRUBER, G. I.
SANTY, M. J.
IN TRU SYSTEMS GROUP, REDONDO BEACH,
CALIF. 354 595.
YR 73. 79P.
TI RECOMMENDED METHODS OF REDUCTION,
NEUTRALIZATION, RECOVERY, OR
DISPOSAL OF HAZARDOUS UASTE. VOLUME
VIII. NATIONAL DISPOSAL SITE
CANDIDATE UASTE STREAM CONSTITUENT
PROFILE REPORTS. MISCELLANEOUS
INORGANIC AND ORGANIC COMPOUNDS.
NT FINAL REPT.
AV PAPER COPY ALSO AVAILABLE FROM NTIS
$72.00xSET OF 16 REPORTS AS PB- 224
579-SET.
PR PC$3.75/MFS1.45.
AB THIS VOLUME CONTAINS SUMMARY
INFORMATION AND EVALUATION OF UASTE
MANAGEMENT METHODS IN THE FORM OF
PROFILE REPORTS FOR MISCELLANEOUS
288
-------
INORGANIC flND ORGflNIC COMPOUNDS.
THESE PROFILE REPORTS WERE PREPARED
FOR EITHER A PARTICULAR HAZARDOUS
UASTE STREflM CONSTITUENT OR A GROUP
OF RELATED CONSTITUENTS. EACH
PROFILE REPORT CONTAINS A DISCUSSION
OF THE GENERAL CHARACTERISTICS OF
THE UASTE STREAM CONSTITUENTS, THEIR
TOXICOLOGY AND OTHER ASSOCIATED
HAZARDS, THE DEFINITION OF ADEQUATE
MANAGEMENT FOR THE UASTE MATERIAL,
AN EVALUATION OF THE CURRENT UASTE
MANAGEMENT PRACTICES UITH REGARD TO
THEIR ADEQUACY, AND RECOMMENDATION
AS TO THE MOST APPROPRIATE
PROCESSING METHODS AVAILABLE AND
UHETHER THE UASTE MATERIAL SHOULD BE
CONSIDERED AS A CANDIDATE FOR
NATIONAL DISPOSAL, INDUSTRIAL
DISPOSAL, OR MUNICIPAL DISPOSAL.
MJ UASTE-DISPOSAL, HAZARDOUS-
MATERIALS, POLLUTION, HAZARDOUS-
MATERIALS, MATERIALS-HANDLING,
HAZARDOUS-MATERIALS.
MN ANTIMONY-INORGANIC-COMPOUNDS,
CYANIDES, ELECTROLYTES, FLUORINE,
CHLORINE, METAL-CARBONYLS, NICKEL-
ORGANIC-COMPOUNDS, PERCHLORIC-ACID,
ACROLEINS, ORGANIC-SULFATES,
CHLORINE-AROMATIC-COMPOUNDS,
ORGANIC- SULFATES, PROFILES,
TOXICOLOGY, LOCAL-GOVERNMENT,
STATE-GOVERNMENT,
NATIONAL-GOVERNMENT, REGULATIONS,
INDUSTRIAL-UASTES, MANAGEMENT-
PLANNING, CHROMIUM-INORGANIC-
COMPOUNDS, ACTIVATED-CARBON,
BIODETERIORATION, ION-EXCHANGING,
INCINERATORS, INJECTION-UELLS.
ID NATIONAL-DISPOSAL-SITES, PHENOL-
PENTACHLORO, DIMETHYL-SULFATE, NERC.
AN N PB-224 587/6.
<931>
AU OTTINGER, R. S. BLUMENTHAL, J. L.
DAL PORTO, D. F. GRUBER, G. I.
SANTY, M. J.
IN TRU SYSTEMS GROUP, REDONDO BEACH,
CALIF. 354 595.
YR 73. 146P.
TI RECOMMENDED METHODS OF REDUCTION,
NEUTRALIZATION, RECOVERY, OR
DISPOSAL OF HAZARDOUS UASTE. VOLUME
V. NATIONAL DISPOSAL SITE CANDIDATE
UASTE STREAM CONSTITUENT PROFILE
REPORTS. PESTICIDES AND CYANIDE
COMPOUNDS.
NT FINAL REPT.
AV PAPER COPY ALSO AVAILABLE FROM NTIS
S72.00/SET OF 16 REPORTS AS PB- 224
579-SET.
PR PC$4.50/MF$1.45.
AB THIS VOLUME CONTAINS SUMMARY
INFORMATION AND EVALUATION OF UASTE
MANAGEMENT METHODS IN THE FORM OF
PROFILE REPORTS FOR PESTICIDES AND
INORGANIC CYANIDES. THESE PROFILE
REPORTS UERE PREPARED FOR EITHER A
PARTICULAR HAZARDOUS UASTE STREAM
CONSTITUENT OR A GROUP OF RELATED
CONSTITUENTS. EACH PROFILE REPORT
CONTAINS A DISCUSSION OF THE GENERAL
CHARACTERISTICS OF THE UASTE STREAM
CONSTITUENTS, THEIR TOXICOLOGY AND
OTHER ASSOCIATED HAZARDS, THE
DEFINITION OF ADEQUATE MANAGEMENT
FOR THE UASTE MATERIAL, AN
EVALUATION OF THE CURRENT UASTE
MANAGEMENT PRACTICES UITH REGARD TO
THEIR ADEQUACY, AND RECOMMENDATION
AS TO THE MOST APPROPRIATE
PROCESSING METHODS AVAILABLE AND
UHETHER THE UASTE MATERIAL SHOULD BE
CONSIDERED AS A CANDIDATE FOR
NATIONAL DISPOSAL, INDUSTRIAL
DISPOSAL, OR MUNICIPAL DISPOSAL.
MJ UASTE-DISPOSAL. HAZARDOUS-
MATERIALS, POLLUTION, HAZARDOUS-
MATERIALS, MATERIALS-HANDLING,
HAZARDOUS-MATERIALS, PESTICIDES,
HAZARDOUS-MATERIALS, CYANIDES,
HAZARDOUS-MATERIALS.
MN PROFILES, SOLID-UASTE-DISPOSAL,
LIQUID-UASTE-DISPOSAL, CHLORINE-
ORGANIC-COMPOUNDS, TOXICOLOGY,
MANAGEMENT-PLANNING, INDUSTRIAL-
UASTE-TREATMENT, INCINERATORS,
INJECTION-UELLS, SANITARY-LANDFILLS,
PHYSICAL-PROPERTIES, DDT, ALDRIN,
CHLORDANE, DIELDRIN, ENDRIN.
ID NATIONAL-DISPOSAL-SITES, PARATHION,
HEPTACHLOR, NERC.
AN N PB-224 584X3.
<932>
AU OZEROV, A. I. ZHUBANIYAZOV, K. N.
BAZHINA, N. A.
IN USSR.
YR 73.
TI AUTOMATION OF PURIFICATION OF
CYANIDE-CONTAINING EFFLUENTS OF
CONCENTRATION PLANTS.
SO TR. N.-I. I PROEKT. IN-T PO
OBOGASHCH. RUD. TSVET. MET.
KAZMEKHANOBR . PI 17-23. 1973.
LG RS.
DE CYANIDE REMOVAL UASTEUATER.
AN C 08326209213.
289
-------
<933>
AU PAKHQMOVA, ft. D. BERENDEEVA, V. L.
IN USSR.
YR 76.
TI QUANTITATIVE ANALYSIS FOR BENZENE
AND PHENOL IN UASTE UATER BY GLC.
SO KHIM. TEKHNOL. (KIEV). P57. 1976.
LG RS.
DE BENZENE DETN UASTEUATER CHROMATOG.
PHENOL DETN UASTEUATER CHROMATOG.
AN C 88502610681.
<934>
AU PAKHOMOVA, A. D. BERENDEEVA, V. L.
IN INST. KOLLQIDN. KHIM. KHIM.
VODY. KIEV. USSR.
YR 74.
TI DETERMINATION OF PHENOL AND P-
CHLOROPHENOL IMPURITIES IN UATER BY
GAS-LIQUID CHROMATOGRAPHY.
SO UKR. KHiM. ZH. (RUSS. ED.). 48.
P1211-12. 1974.
LG RS.
DE CHLOROPHENOL DETN AQ SOLN. PHENOL
DETN AQ SOLN. GAS CHROMATOG
CHLOROPHENOL PHENOL. UATER ANALYSIS
CHLOROPHENOL PHENOL.
AN C 08206038269.
<937>
AU PANOVA, V. A. NIKOLAEVA, Z. V.
IN USSR.
YR 69.
TI SEPARATE GAS-LIQUID CHROMATOGRAPHIC
DETERMINATION OF MONOHYDRIC PHENOLS
IN WASTE UATERS.
SO OCHISTKA PROIZVOD. STOCHNYKH VOD.
NO. 4. P184-90. 1969.
LG RS.
DE PHENOLS GAS LIQ CHROMATOG. GAS LIQ
CHROMATOG PHENOLS. CHROMATOG PHENOLS
UASTE UATERS.
AN C 07226136141.
<938>
AU PANTANI, F. LEGITTIMO, P.
RACANELLI, E.
IN 1ST. CHIM. ANAL. UNIV. FIRENZE.
FLORENCE. ITALY.
YR 74.
TI DETERMINATION OF CYANIDES UITH
PARTICULAR REGARD TO UASTE UATER.
SO RASS. CHIM. 26. P3-7. 1974.
LG IT.
DE CYANIDE DETN UASTEUATER. UASTEUATER
ANALYSIS CYANIDE.
AN C 08126175802.
<935>
AU FAKHOMOVA, A. D. BERENDEEVA, V. L.
IN INST. KOLLOIDN. KHIM. KHIM. VODY.
KIEV. USSR.
YR 74.
TI IDENTIFICATION OF STYRENE IN UASTE
UATERS.
SO KHIM. TEKHNOL. (KIEV). P12-13. 1974.
LG RS.
DE STYRENE DETN UASTEUATER. CHROMATOG
DETN STYRENE UASTEUATER.
AN C 08124158428.
<936>
AU PAKHOMOVA, A. D. BERENDEEVA, V. L.
KALINICHENKO, L. A.
IN INST. KOLLOIDN. KHIM. KHIM. VODY.
KIEV. USSR.
YR 77.
TI IDENTIFICATION OF STYRENE IN UASTE
UATERS.
SO KHIM. TEKHNOL. (KIEV). P5B. 1977.
LG RS.
DE STYRENE REMOVAL RUBBER MANUF
UASTEUATER.
AN C 08720156582.
<939>
AU PATTERSON, J. U. MINEAR, R. A.
IN ILLINOIS INST. FOR ENVIRONMENTAL
QUALITY, CHICAGO.
YR 71. 271P*.
TI UASTEUATER TREATMENT TECHNOLOGY.
NT FINAL REPT.
PR PC$3.00/MF$0.95.
AB THE DOCUMENT IS A STATE-OF-THE- ART
SURVEY OF INDUSTRIAL UASTE TREATMENT
LITERATURE PERTAINING TO 22
MATERIALS FREQUENTLY FOUND IN
INDUSTRIAL UASTES: ARSENIC, BARIUM,
BORON, CADMIUM, HEXAVALENT AND
TRIVALENT CHROMIUM, COPPER, CYANIDE,
FLUORIDES, SOLUBLE AND TOTAL IRON,
LEAD, MANGANESE, NICKEL, OILY
UASTES, PH CONTROL, PHENOLS,
SELENIUM, SILVER, TOTAL DISSOLVED
SOLIDS, CHLORIDE, AND ZINC.
INFORMATION ON EXISTING METHODS OF
TREATMENT, LEVELS OF TREATMENT
ATTAINABLE, AND ASSOCIATED COSTS IS
PRESENTED. IDENTIFICATION OF THE
IMPACT UHICH SPECIFIC TREATMENT
PROCESSES MIGHT HAVE UPON EFFLUENT
DISCHARGE LEVELS HAS BEEN ATTEMPTED.
(AUTHOR).
MJ UATER-POLLUTIOH, INDUSTRIAL- UASTES,
INDUSTRIAL-UASTE-TREATMENT, REVIEUS.
290
-------
MN ARSENIC, BARIUM, BORON, CADMIUM,
CHROMIUM, COPPER, CYANIDES,
FLUORIDES, IRON, LEAD, MANGANESE,
NICKEL, OILS, PH-CONTROL, PHENOLS,
SELENIUM, SILVER. CHLORIDES, ZINC,
COST-ESTIMATES.
ID UATER-POLLUTION-CONTROL, OIL-
POLLUTION-REMOVAL, SOLO.
AN N PB-204 521.
<940>
AU PAVLENKO, S. M.
IN MOSK. NAUCH.-ISSLED. INST. GIG. IM.
ERISMANA. MOSCOW. USSR.
YR 69.
TI SANITARY-TOXICOLOGICAL MATERIALS FOR
THE HYGIENIC BASIS OF THE MAXIMUM
PERMISSIBLE CONCENTRATION OF BENZENE
IN RESERVOIR UATERS.
SO PROM. ZAGRYAZNENIYA VODOEMOV. NO. 9.
P201-10. 1969.
LG RS.
DE BENZENE RESERVOIR UATERS. RESERVOIR
UATERS BENZENE.
AN C 07204015638.
<941>
AU PAVLETIC, ZLATKO. MUNJKO, IGNAC.
STILINOVIC, BOZIDAR. DZINGOV,
ARISTOTEL.
IN INST. BOT. UNIV. ZAGREB. ZAGREB.
YUGOSLAVIA.
YR 72.
TI SURVIVAL OF ACTINOMYCETES AT HIGHER
PHENOL CONCENTRATIONS.
SO ACTA BOT. CROAT. 31. P123-7. 1972.
LG CR.
DE PHENOL BACTERIA SENSITIVITY.
ACTINOMYCETE PHENOL.
AN C 07807038505.
<942>
AU PAULACZYK-SZPILOUA M. MOSKAL M.
UERETELNIK J.
YR 72.
TI THE USEFULNESS OF BIOLOGICAL TESTS
FOR DETERMINING THE TOXICITY OF SOME
CHEMICAL COMPOUNDS IN UATERS.
SO ACTA HYDROBIOL. 14 (2). 115-127.
DE PARAMECIUM-CAUDATUM COPPER SULFATE
LEAD ACETATE PHENOL ARQUARD ARES IN
ANILINE POTASSIUM PER MANGANATE.
AN B 60028810.
<943>
AU PAULOUSKY U. HOUELL J
YR 73.
A.
TI MIXED CULTURE BIO OXIDATION OF
PHENOL PART 2 STEADY-STATE
EXPERIMENTS IN CONTINUOUS CULTURE.
SO BIOTECHNOL BIOENG. 15 (5). 897- 903.
DE MICROORGANISMS UASTE TREATMENT UALL
GROUTH.
AN B 57051911.
<944>
AU PAULOUSKY U. HOUELL J A.
YR 73.
TI MIXED CULTURE BIO OXIDATION OF
PHENOL PART 1 DETERMINATION OF
KINETIC PARAMETERS.
SO BIOTECHNOL BIOENG. 15 (5). 889- 896.
DE MICROORGANISMS UASTE TREATMENT
ACTIVATED SLUDGE.
AN B 57051910.
<945>
AU PAULOUSKY U. HOUELL J A. CHI C T.
YR 73.
TI MIXED CULTURE BIO OXIDATION OF
PHENOL PART 3 EXISTENCE OF MULTIPLE
STEADY-STATES IN CONTINUOUS CULTURE
UITH UALL GROUTH.
SO BIOTECHNOL BIOENG. 15 (5). 905- 916.
DE MICROORGANISMS UASTE TREATMENT
MULTIPLE STEADY-STATES INHIBITORY
SUBSTRATE.
AN B 57051912.
<946>
AU PAULOUSKY. URIVALD.
IN STATE UNIVERSITY OF NEU YORK AT
BUFFALO (0656) PH.D. 1972, 245PP.
YR 72.
TI BIOLOGICAL OXIDATION OF PHENOL BY A
MIXED CULTURE OF MICROORGANISMS.
SO DAI V33(08), SEC B, P3628.
DE ENGINEERING, CHEMICAL (0542).
AN D ADG73-05159.
<947>
AU PAYNE J F.
IN ENVIRONMENT CANADA, ST JOHN'S
NEWFOUNDLAND, CANADA A 1C 1A1.
YR 76.
TI FIELD EVALUATION OF BENZOPYRENE
HYDROXYLASE INDUCTION AS A MONITOR
FOR MARINE PETROLEUM POLLUTION.
SO SCIENCE. 191. 4230. P945-6. 5 MAR
7S.
LG EN.
MJ BENZOPYRENE-HYDROXYLASE: BI.
UATER-POLLUTANTS: AN.
MN ANIMAL. PETROLEUM: AN.
291
-------
AN M 76129800.
<948>
AU PAYNE, J F. PENROSE, U R.
IN CANADA DEPT. OF THE ENVIRONMENT,
FISHERIES ftND MARINE SERVICE,
BIOLOGICfiL STATION, UATER ST. E. ST.
JOHN'S, NEUF. A1C 5X1, CAN.
YR 75.
TI INDUCTION OF ARYL HYDROCARBON (BENZO
(A) PYRENE) HYDROXYLASE IN FISH BY
PETROLEUM.
SO BULLETIN OF ENVIRONMENTAL
CONTAMINATION AND TOXICOLOGY, 14(1):
112-116, JULY 1975.
LG EN.
AB NONE.
ID ARYL HYDROCARBON HYDROXYLASES,
NEUFOUNDLAND, ST. JOHN.
DE CANADA, CONTAMINATION, FISH,
HYDROCARBONS, LAKES, PETROLEUM,
UATER POLLUTION.
AN P 7505657.
<949>
AU PEARSON, EDUARD F.
IN CF AND I STEEL CORP. PUEBLO, COLO.
RESEARCH LAB. ADA, OKLA.
YR 74. 312P.
TI RESEARCH STUDY OF COAL PREPARATION
PLANT AND BY-PRODUCT COKE PLANT
EFFLUENTS.
NT FINAL REPT.
PR PC$9.75/MF$2.25.
AB SOURCE STREAM CHARACTERIZATIONS AND
BENCH/PILOT TREATABILITY STUDIES
UERE PERFORMED ON UASTE UATER FROM
AN INTEGRATED COAL
UASHERY/BY-PRODUCT COKING OPERATION
AT AN IRON AND STEEL PLANT. MAJOR
PARAMETERS OF INTEREST UERE
PHENOLICS, CYANIDE, AMMONIA, flND
SUSPENDED SOLIDS. THE FEASIBLE
TREATMENT SCHEMES IDENTIFIED AMONG
NINE PROCEDURES TESTED UERE:
BIOLOGICAL ACTIVATED SLUDGE AND
CARBON ADSORPTION (FOR PHENOLICS AND
CYANIDE); STEAM STRIPPING/ACID
ADSORPTION (FOR AMMONIA); AND
NEUTRALIZATION/POLYELECTROLYTE
ADDITION/CENTRIFUGATION (FOR COAL
SUSPENSIONS). IN ADDITION, A NEU
FULL-SCALE DESIGN FOR THE COAL
PREPARATION PLANT UAS PRODUCED.
PORTIONS OF THIS DOCUMENT ARE NOT
FULLY LEGIBLE.
MJ UATER-POLLUTION-CONTROL, IRON-
AND-STEEL-INDUSTRY, COKING,
INDUSTRIAL-UASTE-TREATMENT, SOLID-
UASTE-DISPOSAL, COAL-PREPARATION.
MN EFFLUENTS, PILOT-PLANTS,
CAPITALIZED-COSTS, PHENOLS,
CYANIDES, AMMONIA, DESIGN-CRITERIA,
CLEANING, ACTIVATED-CARBON-
TREATMENT, WATER-ANALYSIS, COST-
ESTIMATES, CHEMICAL-REMOVAL-UATER-
TREATMENT, ION-EXCHANGERS, COLUMNS-
PROCESS-ENGINEERING, PROCESS-
CHARTING, FILTRATION, ADSORPTION,
ACTIVATED-SLUDGE-PROCESS,
CENTRIFUGING.
ID BIOLOGICAL-INDUSTRIAL-UASTE-
TREATMENT, UATER-POLLUTION-
SAMPLING, NTISEPAORD.
AN N PB-252 950/1SL.
<950>
flU PEDERSEN M G. HERSHBERGER U K.
JUCHAU M R.
YR 74.
TI METABOLISM OF 3,4-BENZPYRENE IN
RAINBOU TROUT (SALMO GAIRDNERI).
SO BULL ENVIRON CONTAM TOXICOL. 12. 4.
P481-6. OCT 74.
LG EN.
MJ BENZOPYRENES: ME.
MN ANIMAL. GILLS: EN. IN-VITRO.
METHYLCHOLANTHRENE: PD. NITROGEN.
AN M 75055543.
<951>
AU PEDERSEN M G. HERSHBERGER U K.
ZACHARIAH P K. JUCHAU M R.
YR 76.
TI HEPATIC BIO TRANSFORMATION OF
ENVIRONMENTAL XENOBIOTICS IN 6
STRAINS OF RAINBOU TROUT SALMO-
GAIRDNERI.
SO J FISH RES BOARD CAN. 33 (4).
666-675.
DE 3 METHYL CHOLANTHRENE METAB-DRUG
ANILINE BENZO A PYRENE HYDROXYLATION
P NITRO BENZOIC-ACID REDUCTION NITRO
REDUCTASE ARYL HYDRO CARBON
HYDROXYLASE ENZYME KINETICS SPECTRAL
PROPERTIES GENE EXPRESS ION.
AN B 62034749.
<952>
AU PELLERIN F. BAYLOCQ D.
YR 71.
TI POTENTIOMETRIC DETERMINATION OF THE
ORGANIC BASES IN AQUEOUS
CONCENTRATED SALINE ON PHENOL
SOLUTIONS.
SO PROD PROBL PHARM. 26 (5). 359.
DE ABSTRACT QUININE QUINIDINE
292
-------
PHOTOMETRY.
AN B 71078519.
<953>
flU PELLERIN F. BAYLOCQ-QUINAULT D.
YR 75.
TI TITRATION OF ORGANIC BflSES IN
AQUEOUS PHENOL AND CONCENTRATED
SALINE SOLUTIONS.
SO ANN PHRRM FR. 33 U0). (RECD 1976)
479-486.
DE ALKALOIDS ANESTHETICS PHENOTHIAZINES
SPASMOLYTICS POTENTIOMETRY.
flN B 76069463.
<954>
flU PEPELYAEV, YU. V. TERESHCHENKO, ft.
P. FILIPPOVA, L. K.
IN USSR.
YR 68.
TI GflS-CHROMflTOGRflPHIC DETERMINATION OF
VOLATILE ORGANIC ACIDS IN AQUEOUS
SOLUTIONS.
SO MATER. RAB. SOVESHCH. VOP.
KRUGOVOROTA VESHCHESTV SAMKNUTOI
SIST. OSN. ZHIZNEDEYATEL. NIZSHIKH
ORGANIZMOV, 5TH. P37-9. 1968.
LG RS.
DE ORG ACIDS AQ GAS CHROMATOG. ACIDS
ORG AQ GAS CHROMATOG. GAS CHROMATOG
ORG ACIDS AQ. CHROMATOG GAS ORG
ACIDS AQ GAS. ACETIC ACID AQ GAS
CHROMATOG. BUTYRIC ACID flQ GAS
CHROMATOG. VALERIC ACID AQ GAS
CHROMATOG. ISOVALERIC ACID AQ GAS
CHROMATOG.
AN C 07208038651.
<955>
AU PETERSEN, M. R.
IN BATTELLE PACIFIC NORTHUEST LABS.
RICHLAND, UASH. AND DEVELOPMENT
ADMINISTRATION. 9500022.
YR 75. 10P.
TI ORGANIC CONSTITUENTS IN PROCESS
STREAMS OF A SOLVENT-REFINING COAL
PLANT. PROGRESS REPORT.
PR PC$3.50/MF$3.00.
AB THE MOST IMPORTANT OBSERVATION IS
THAT THE SAME MAJOR ORGANIC
COMPONENTS ARE PRESENT IN ALL THE .
SAMPLES INVESTIGATED: PROCESS
"NAPHTHA", PROCESS SOLVENT,
EXTRACTS OF SOLVENT-REFINED COAL,
MINERAL RESIDUE AND EFFLUENT UATER.
HOUEVER, THE DISTRIBUTION OF THE
ORGANIC COMPOUNDS CHANGES WITH THE
TYPE OF SAMPLE. THE COMPOUNDS UHICH
MJ
MN
ID
AN
AU
IN
YR
TI
HAVE BEEN IDENTIFIED ARE NOT
NECESSARILY THOSE EVENTUALLY
ESCAPING INTO THE ENVIRONMENT. THIS
INITIAL INVESTIGATION CONSISTED OF
LOOKING AT THE PROCESS STREAMS TO
DETERMINE POTENTIAL POLLUTANTS AND
DEVELOP TECHNIQUES FOR ISOLATING THE
ORGANIC CONSTITUENTS. THE NEXT STEP
IS TO SAMPLE ACTUAL EFFLUENTS COMING
FROM THE PLANT. THESE INCLUDE THE
PROCESS UATER AFTER TREATMENT, THE
GASEOUS EMISSIONS AND ANY
PARTICULATES. P AND M IS ALJARE OF
THE POTENTIAL CARCINOGENIC NATURE OF
THE VARIOUS PROCESS STREAMS AND HAVE
TAKEN STEPS TO INSURE THAT PLANT
PERSONNEL ARE PROTECTED AND THAT
SOUND INDUSTRIAL HYGIENE PRACTICES
ARE FOLLOUED. MANY OF THE COMPOUNDS
UHICH HAVE BEEN IDENTIFIED ARE
TOXIC, ESPECIALLY THE PHENOLS AND
QUINCLINES. THE PLANT DESIGN
CRITERIA SHOULD RESULT IN VERY LOU
CONCENTRATIONS OF ORGANIC COMPOUNDS,
MAINLY PHENOLS, IN THE LIQUID
EFFLUENT AND OUR ANALYSIS OF
EFFLUENT UflTER FROM THE BIOLOGICAL
DIGESTER UILL SHOU THE ACTUAL
CONCENTRATIONS. UE HAVE IDENTIFIED
ONLY ONE REPORTED CARCINOGENIC
COMPOUND CDIBENZOTHIOPHENE) THUS
FAR. HOUEVER, UE ARE DEVELOPING
TECHNIQUES TO ANALYZE FOR OTHER
MINOR CONSTITUENTS OF CONCERN
INCLUDING BENZO (A) PYRENE, A KNOUN
CARCINOGEN. THE ORGANIC COMPOUNDS
IDENTIFIED IN THE SAMPLES FROM THE
SOLVENT-REFINED COAL PLANT AT FORT
LEUIS, UASHINGTON, ARE LISTED. (ERA
CITATION 01: 015607).
COAL-PREPARATION-PLANTS, ORGANIC-
COMPOUNDS.
AROMATICS, CARCINOGENS, CHEMICAL-
ANALYSIS, ENVIRONMENTAL-EFFECTS,
GAS-CHROMATOGRAPHY, PHENOLS, PILOT-
PLANTS, SOLVENT-REFINED-COAL,
TOXICITY, UASTE-UATER.
ERDA-013000, ERDA-400102, ERDA-
010900, NTISERDA.
N BNUL-B-470.
<956>
PFUDERER, PETER. JANZEN, SHERRY.
RAINEY, U. T. JR.
BIOL. DIV. OAK RIDGE NATL. LAB. OAK
RIDGE. TENN.
75.
IDENTIFICATION OF PHTHALIC ACID
ESTERS IN THE TISSUES OF CYPRINODONT
FISH AND THEIR ACTIVITY AS HEART
293
-------
RATE DEPRESSORS.
SO ENVIRON. RES. 9. P215-23. 1975.
LG EN.
DE PHTHALATE ESTER GOLDFISH HEART.
OCTYL PHTHALATE FISH. BU BENZYL
PHTHflLflTE FISH. LIVER FISH PHTHftLATE
ESTER.
AN C 98321173367.
<957>
AU PHILPOT, R M. BEND, J R. JAMES, M
0.
IN NATIONAL IHST. OF ENVIRONMENTAL
HEALTH SCIENCES, P.O. BO 12233,
RESEARCH TRIANGLE PARK, NC 27789.
YR 76.
TI METABOLISM OF BENZO(A)PYRENE AND
OTHER XENOBIOTICS BY MICROSOMAL
MIXED-FUNCTION OXIDASES IN MARINE
SPECIES.
SO SOURCES. EFFECTS t SINKS OF
HYDROCARBONS IN THE AQUATIC
ENVIRONMENT. (N.P.): AMERICAN
INSTITUTE OF BIOLOGICAL SCIENCES,
(1976?). PP. 184-199.
LG EN.
AB NONE.
ID BENZO(A)PYRENE, MIXED-FUNCTION
OXIDASE ACTIVITIES, SHEEPSHEAD,
FLOUNDER, STINGRAY, SKATES, SHARKS.
DE DIGESTIVE SYSTEM, FISH,
HYDROCARBONS, ENZYMES, UATER
POLLUTION, MARINE ENVIRONMENTS,
METABOLISM, MARINE ORGANISMS.
AN P 7703414.
ECTO PARASITE CONTROL HATCHERIES.
AN B 56042298.
<960>
AU PLEKHANOV, S. E. CHERNYSHEV, V. I.
BUDRIN, K. S. TIMOFEEVA, T. A.
IN USSR.
YR 73.
TI EFFECTS OF UASTE UATERS, PHENOL, AND
COPPER SULFATE ON THE MOVEMENT
VELOCITY OF CELL PROTOPLASM OF
CHARACEAE ALGAE.
SO BIOFIZ. ASPEKTY ZAGRYAZNENIYA
BIOSFERY. PI 17-18. 1973.
LG RS.
DE UASTE UATER CHARACEAE ALGAE. PHENOL
CHARACEAE ALGAE. COPPER SULFATE
CHARACEAE ALGAE. CHARACEAE ALGAE
PROTOPLASM UATER POLLUTION.
AN C 08301001799.
<961>
AU PODZOROVA, E. A. PLOTNIKOVA, V. P.
BYCHKOV, N. V. KASPEROVICH, A. I.
IN USSR.
YR 75.
TI RADIATION-CHEMICAL OXIDATION OF
AQUEOUS PHENOL SOLUTIONS.
SO V SB. XI MENDELEEVSK. S'EZD PO
OBSHCH. I PRIKL. KHIMII. REF. DOKL.
I SOOBSHCH. P7B. 1975.
LG RS.
DE RADIOLYTIC OXIDN PHENOL AQ SOLN.
AN C 08516114634.
<958>
AU PINCHUGOV, V. N. KHLEBNIKOV, 0. P.
ZHARKOVA, N. A.
IN KARAGAND. METALL. KOMB. KARAGANDA.
USSR.
YR 76.
TI CHROMATOGRAPHIC DETERMINATION OF
NAPHTHALENE CONTENT IN UASTE UATERS
SO KOKS KHIM. P44-6. 1976.
LG RS.
DE NAPHTHALENE DETN UASTEUATER
CHROMATOG.
AN C 88706043751.
<959>
AU PIPER R G. SMITH C E.
YR 73.
TI FACTORS INFLUENCING FORMALIN
TOXICITY IN TROUT.
SO PROG FISH-CULT. 35 (2). 78-81.
DE MONTANA SfiLMO-GAIRDNERI TREATMENT
<962>
AU POGLAZOVA M N. FEDOSEEVA G E.
KHESINA AIA. MEISEL-' M N. SHABAD L
M.
YR 68.
TI OXIDATION OF BENZ (A) PYRENE BY
MICROORGANISMS IN DEPENDENCE ON ITS
CONCENTRATION IN THE MEDIUM.
TR OKISLENIE BENZ (A) PIRENA
MIKROORGANIZMAMI V ZAVISIMOSTI OT
EGO KONTSENTRATSII V SREDE.
SO DOKL AKAD NAUK SSSR. 179. 6.
P1460-2. 21 APR 68.
LG RS.
MJ BENZOPYRENES: ME.
MN BACILLUS-MEGATERIUM.
AN tl 70163852.
<963>
AU POGLAZOVA M N. KHESINA A Y.
FEDOSEEVA G E. MEISEL M N. SHABAD
A L M.
294
-------
YR 72.
TI THE MICROSIAL DEGRADATION OF BENZ A
PYRENE IN UflSTE WATERS.
SO DOKL BIOL SCI (ENGL TRflNSL DOKL AKAD
NAUK SSSR SER BIOL). 204 (1- 6).
(RECD 1973) 346-348.
DE MICRO FLORA BACTERIA HUMAN
ENVIRONMENT CARCINOGEN.
AN B 73065800.
<964>
AU POGLAZOVA, M. N. FEDOSEEVA, G. E.
KHESINA, A. YA. MEISEL, M. N.
SHABAD, L. M.
IN INST. MIKROBIOL. MOSCOU. USSR.
YR 71.
TI BENZOCA)PYRENE METABOLISM BY
MICROFLORA OF VARIOUSSOILS AND
SEPARATE SPECIES OF MICROORGANISMS.
SO DOKL. AKAD. NAUK SSSR. 198. P1211-13
(MICROBIOL). 1971.
LG RS.
DE BENZOPYRENE METAB SOIL BACTERIA.
BACILLUS BENZOPYRENE METAB.
PSEUDOMONAS BENZOPYRENE METAB.
AN C 07513085617.
<965>
AU POGLAZOVA, M. N. MEISEL, M. N.
IN INST. MIKROBIOL. MOSCOU. USSR.
YR 71.
TI LOCALIZATION OF BENZ(A)PYRENE IN
BACTERIAL CELLS.
SO MIKROBIOLOGIYA. 40. P1050-3. 1971.
LG RS.
DE BENZPYRENE ACCUMULATION BACTERIA.
LIPOPROTEIN MEMBRANE BENZPYRENE
ACCUMULATION. MESOSOME BENZPYRENE
ACCUMULATION.
AN C 07619108593.
<966>
AU POHL R J. BEND J R. DEVEREUX T R.
FOUTS J R.
YR 73.
TI HEPATIC CHEMICAL AND DRUG
METABOLIZING ENZYMES IN COASTAL
MAINE USA MARINE SPECIES.
SO BULL MT DESERT ISL BIOL LAB. 13.
(RECD 1974) 94-98.
DE CANCER-BOREAL IS HOMARUS- AMERICANUS
MYXINE-GLUTINOSA SQUALUS- ACANTHIAS
RAJA-ERINACEA RAJA- OCELLATA
RAJA-RADIATA ANGUILLA- ROSTRATA
FUNDULUS-HETEROCLITUS
PSEUDOPLEURONECTES-AMERICANUS
HEMITRIPTERUS-AMERICANUS SCOMBER-
SCOMBRUS WATER POLLUTION ANILINE
HYDROXYLASE D BENZPHETAMINE
DEMETHYLASE BENZ PYRENE HYDROXYLASE
N N DI METHYL ANILINE BENZ PYRENE 7
ETHOXY COUMARIN.
AN B 75021298.
<967>
AU POHL R J. JAMES M 0. FOUTS J R.
BEND J R.
YR 76.
TI XENOBIOTIC METABOLISM IN MARINE FISH
TREATED UITH 2378 TETRA CHLORO DI
BENZO-P-DIOXIN 3 METHYL CHOLANTHRENE
OR 1 2 3 4 DI BENZ ANTHRACENE.
SO PHARMACOLOGIST. 18 (2). 207.
DE ABSTRACT RAJA-ERINACEA
PSEUDOPLEURONECTES-AMERICANUS
ARCHASARGUS-PROBATOCEPHALUS
CARCINOGENS HEPATIC MICROSOMAL BENZO
A PYRENE HYDROXYLASE BENZPHETAMINE N
DEMETHYLASE ANILINE HYDROXYLASE 7
ETHOXY COUMARIN 0 DEETHYLASE EPOXIDE
HYDRASE GLUTATHIONE 5 TRANSFERASE
CYTOCHROME P-450.
AN B 77000734.
<968>
AU POHLAND, F. G. GHOSH, S.
IN SCH. CIV. ENG. GEORGIA INST.
TECHNOL. ATLANTA. GA.
YR 71.
TI ANAEROBIC STABILIZATION OF ORGANIC
WASTES. TUO-PHASE CONCEPT.
SO ENVIRON. LETT. 1. P255-66. 1971.
LG EN.
DE ORG WASTE ANAEROBIC STABILIZATION.
ACID BACTERIA ANAEROBIC
STABILIZATION. METHANE BACTERIA
ANAEROBIC STABILIZATION. DIGESTION
ANAEROBIC ORGS REACTORS.
AN C 07524143792.
<969>
AU POLISSOIS G. TESSIER A. CAMPBELL
P.
YR 72.
TI INFLUENCE OF PHENOLS SUPPLIED BY
REFINERIES OF THE MONTREAL REGION ON
THE QUALITY OF ST-LAURENCE RIVER
WATER.
SO ACFAS (ASSOC CAN FR AV SCI). 39.
(RECD 1973) 143.
DE ABSTRACT CANADA POLLUTION WASTES.
AN B 74041945.
<970>
AU POLMANE, G. TRUSOV, S. R.
295
-------
NEILANDS, 0.
IN RIZH. POLITEKH. INST. "RIGA. USSR.
YR 77.
TI EFFECT OF UATER ON THE LIQUID- PHASE
CATALYTIC OXIDATION OF 0- XYLENE.
SC LATV. PSR ZINAT. AKAD. VESTIS, KIM.
SER. P420-3. 1377.
LG RS.
DE XYLENE OXIDN UflTER EFFECT.
flN C 08721167629.
<971>
flU PONOMAREV, YU. P. ANUFRIEVA, T. L.
SHKORBATOVA, T. L.
IN KHAR'K. OTD. VSES. NAUCHNO- ISSLED.
INST. "VODGEO". KHftRKOV. USSR.
YR 74.
TI POLflROGRflPHIC DETERMINATION OF
ACRYLONITRILE IN UASTE UATERS USING
EXTRACTION.
SO VODOSNABZH. KANALIZ. GIDROTEKH.
SOORUZH. 17. P67-70. 1974.
LG RS.
DE fiCRYLONITRILE DETN UASTEUATER
FOLAROG.
AN C 08266334863.
<972>
AU PONOMAREV, YU. P. MESHKOVA, 0. V.
RYZHOVA, L. I. DMITRIEVA, V. N.
IN USSR.
YR 74.
TI DETERMINATION OF STYRENE AND METHYL
METHACRYLATE IN UASTE UATER BY
POLAROGRAPHY UITH THE USE OF
EXTRACTION.
SO FIZ.-KHIM. METODY OCHISTKI ANAL.
STOCHNYKH VOD PROM. PREDPR. P99-
104. 1974.
LG RS.
AV SHKORBATOVA, T. L.
DE METHYL METHACRYLATE DETN UASTEUATER.
STYRENE DETN UASTEUATER. POLAROG
METHYL METHACRYLATE STYRENE.
AN C 68684621536.
<973>
AU POP, VICTOR I. IONESCU-
HOMORICEANU, SERBAN I.
IN ROM.
YR 75.
TI THE BIOLOGICAL TREATMENT OF UASTE
UATERS IN OIL REFINERIES. IV.
DEGRADATION OF THE PHENOLIC
COMPOUNDS AND MERCAPTANS.
SO REV. CHIM. (BUCHAREST). 26. P56- 8.
1975.
LG RO.
DE OIL REFINERY UASTEUATER ACTIVATED
SLUDGE. PHENOL DEGRDN OIL REFINERY
UASTEUATER. MERCAPTAN DEGRDN OIL
REFINERY UASTEUATER.
AN C 08318151788.
<974>
AU PORTMANN, J. E.
IN FISH. LAB. MINIST. AGRIC. FISH.
FOOD. BURNHAM-ON-CROUCH. ENGL.
YR 75.
TI PERSISTENT ORGANIC RESIDUES.
SO DISCHARGE SEUAGE SEA OUTFALLS, PROC.
INT. SYMP. P123-38. 1975.
LG EN.
AV GAMESON, A. L. H.
DE REVIEU ORG RESIDUES UASTEUATER.
CHLORO ORG UASTEUATER REVIEU. PHENOL
UASTEUATER REVIEU. PESTICIDE RESIDUE
UASTEUATER REVIEU. DETERGENT RESIDUE
UASTEUATER REVIEU. POLLUTION
ENVIRONMENT UASTEUATER REVIEU. UATER
NATURAL POLLUTION REVIEU. SAFETY ORG
RESIDUE UASTEUATER REVIEU .
AN C 08418126299.
<975>
AU POVERENNYI, A. M. SEMIN, YU. A.
SAENKO, A. S. SYNZYNYS, B. I.
IN INST. MED. RADIOL. ACAD. MED. SCI.
OBNINSK. USSR.
YR 75.
TI POSSIBLE MECHANISMS OF LETHAL AND
MUTAGENIC ACTION OF FORMALDEHYDE.
SO MUTAT. RES. 27. P123-6. 1975.
LG EN.
DE FORMALDEHYDE GLYCINE DNA LESIONS.
MUTATION FORMALDEHYDE BACTERIA
MECHANISM.
AN C 08217166897.
<976>
AU PRAKASAM T B. DONDERO N C.
YR 78.
TI AEROBIC HETEROTROPHIC BACTERIAL
POPULATIONS OF SEUAGE AND ACTIVATED
SLUDGE. V. ANALYSIS OF POPULATION
STRUCTURE AND ACTIVITY.
SO APPL MICROBIOL. 19. 4. P671-80. APR
70.
LG EN.
MJ BACTERIA: CL.
MN ADAPTATION-PHYSIOLOGICAL. BACTERIA:
GD, ME. MANDELIC-ACIDS: ME.
PHENYLACETATES: ME.
AN M 70261783.
296
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AU PRICE, PHILIP. MARTINSEN, D. P.
UPHAM, R. fl. SUOFFORD, H. S. JR.
BUTTRILL, S. E. JR.
IN DEP. CHEM. UNIV. MINNESOTA.
MINNEAPOLIS. MINN.
YR 75.
TI CHEMICAL IONIZATION MASS
SPECTROMETRIC DETERMINATION OF
ORGANIC COMPOUNDS IN SOLUTION AT THE
PfiRT PER MILLION LEVEL.
SO ANAL. CHEM. 47. P193-1. 1975.
LG EN.
DE CHEM IQNIZATION MASS SPECTROMETRY.
TRACE ORG ANALYSIS SOLN. ETHYL ETHER
DETN SOLN. VALERONITRILE DETN SOLN.
ANILINE DETN SOLN. ACETONE DETN
SOLN. UATER REAGENT GAS CHEM
IONIZATION.
AN C 0321006790B.
<978>
AU PRISTAVU, N.
IN DEP. PLANT PHYSIOL. INST. BIOL. SCI.
BUCHAREST. ROM.
YR 75,
TI ACTION OF P-BENZOQUINONE ON THE
RADIOACTIVE CflRBON METABOLISM IN
CHLORELLA PYRENOIDOSA.
SO PROC. INT. CONGR. PHOTOSYNTH. 3RD.
2. P1541-6. 1975.
LG EN.
AV flVRON, MORDHAY.
DE BENZOQUINONE CARBON METAB CHLORELLA.
ALGAE CARBON METAB BENZOQUINONE .
PHOTOSYNTHESIS CHLORELLA
BENZOQUINONE.
AN C 08483013015.
<979>
AU PRIVALOV, V. E. LAZORIN, S. N.
KQRNIENKO, V. M.
IN FOREIGN TECHNOLOGY DIV URIGHT-
PATTERSON AFB OHIO. 141680.
YR 72. 19P.
TI THE CONTEMPORARY STATE OF
DECONTAMINATING UASTE UATER.
NT EDITED MACHINE TRANS. OF KOKS I
KHIMIYA (USSR) N5 P33-38 1969, BY
CHARLES T. OSTERTAG, JR.
PR PC$3.00/MF$0.95.
AB A REVIEW IS MADE OF UATER POLLUTION
FROM THE COKE-CHEMICAL INDUSTRY IN
THE USSR. THIS IS BASED ON A STUDY
BY THE UORLD HEALTH ORGANIZATION. A
DISCUSSION IS PRESENTED ON THE
PURIFICATION OF CONCENTRATED PHENOL
UASTE UATERS USING ACTIVATED SILT.
PERFORMANCE DATA flRE PRESENTED FOR
PILOT PLANT RESULTS. IT IS STATED
THAT UASTE UATERS CAN BE PURIFIED OF
PHENOLS AND THIOCYAMATES IN ONE
STAGE.
MJ UATER-POLLUTION, UASTES- INDUSTRIAL,
PHENOLS, UATER- POLLUTION,
THIOCYANATES, UATER- POLLUTION.
MN CHEMICAL-INDUSTRY, CONTROL, USSR,
PILOT-PLANTS, MICROORGANISMS, PH.
ID COKE-INDUSTRY, UATER-POLLUTION-
CONTROL, INDUSTRIAL-UASTE-
TREATMENT, BIOLCGICAL-INDUSTRIAL-
UASTE-TREATMENT, ACTIVRTED-SLUDGE-
PROCESS, TRANSLATIONS.
AN N AD-747 514.
<980>
AU PROKOP'EVA, M. F. SILKINA, T. V.
IN TASHK. OTD. VSES. NAUCHNO- ISSLED.
INST. "VODGEO". TASHKENT. USSR.
YR 75.
TI GAS CHROMATOGRAPHIC DETERMINATION OF
FURAN COMPOUNDS IN UASTE UATERS .
SO GIDROLIZ. LESOKHIM. PROM-ST. P17-
19. 1975.
LG RS.
DE FURAN DERIV DETN UASTEUATER.
AN C 08312162810.
<981>
AU PROSKURYfiKOV, V. A. CHISTYAKOV, A.
N.
IN USSR.
YR 71.
TI OXIDATION OF QUINONES UITH AIR IN
AQUEOUS ALKALINE MEDIUM.
SO OKISLENIE UGLEVODORODOV PROIZVOD.
BITUMOV. NO. 9. P24-32. 1971.
LG RS.
DE QUINONE CONDENSED OXIDN.
ANTHRAQUINONE OXIDN. FLUORENONE
OXIDN. PHENRNTHRENEQUINONE OXIDN.
PYRENEQUINONE OXIDN.
FLUORANTHENEQUINONE OXIDN.
ACENAPHTHENEOUINONE OXIDN.
AN C 079010B5154.
<982>
AU PRUDEN B B. FERQUSON D R.
YR 73.
TI REMOVAL OF PHENOL IN UASTE UATER BY
UET AIR OXIDATION.
SO UATER POLLUT RES CAN. 8. CRECD 1974)
148-167.
DE INCOMPLETE COMBUSTION TflR FORMATION
UNMIXED REACTOR.
AN B 75066458.
297
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<9B3>
AU PRUDEN, B. B. LE, H.
IN DEP. CHEM. ENG. UNIV. OTTAUA.
OTTAUA. ONT.
YR 76. AU
TI UET AIR OXIDATION OF SOLUBLE YR
COMPONENTS IN UASTE UATER. TI
SO CAN. J. CHEM. ENG. 54. P319-25.
1976.
LG EN. SO
DE UASTEUATER (JET AIR OXIDN. PHENOL UET
AIR OXIDN. NITRILOTRIACETIC ACID UET
flIR OXIDN. DE
AN C 08526197648. AN
AN C 08426184518.
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PUZIKOVA N B. MARKIN V N.
75.
EFFECT OF ANILINE flND fiNILINE HYDRO
CHLORIDE ON THE LARVAE OF
CHIRONOMUS-DQRSALIS.
TR SARAT OTD GOS NPUCHNO-ISSLED INST
OZERN RECHN RYBN KHOZ. 13. 104- 109
(FROM REF ZH BIOL, 1976, 1U457).
ABSTRACT PERMISSIBLE CONCENTRATIONS.
B 76066199.
<984>
AU PURRE, T. RAUDSEPP, H. SHMAGIN.
YA. G. METSIK, L.
IN USSR.
YR 75.
TI SYSTEM FOR EXTRACTION OF UATER-
SCLUBLE PHENOLS FROM DISTILLATES OF
COKING OF HIGH SHALE TAR FRACTIONS.
SO TR. NIISLANTSEV. P160-71. 1975.
LG RS.
DE SHALE OIL COKING DISTILLATE. PHENOL
EXTN COKING DISTILLATE.
AN C 08418124238.
<985>
AU FUSEY, PETER.
IN UNIV. OF PITTSBURGH. PITTSBURGH. PA.
YR 69.
TI STUDY OF THE RATE OF DECAY OF
CONCENTRATION FLUCTUATIONS IN THE
CRITICAL REGION OF A PHENOL-UATER
MIXTURE. USING A PHOTON CORRELATION
METHOD.
PG 109 PP.
LG EN.
AV 70-4270.
DE PHOTON CORRELATION SPECTROMETER.
SPECTROMETER PHOTON CORRELATION.
PHENOL UATER MIXT CONCN
FLUCTUATIONS.
AN C 07402007174.
<986>
AU PUST, H. U. DOUNS, S. F.
IN TELEDYNE ANAL. INSTRUM. SAN GABRIEL.
CALIF.
YR 75.
TI CONTINUOUS ANALYSIS OF PHENOL IN
UASTE UATER BY ULTRAVIOLET
SPECTROPHOTOMETRY.
SO ANAL. INSTRUM. 13. P77-81. 1975.
LG EN.
DE UV MONITORING PHENOL UASTEUATER.
<988>
AU RADAEVA, L. A. KVYATKOVSK11, A. N.
KUDINOV, B. V.
IN USSR.
YR 72.
TI RECOVERY OF CYANIDE FROM CYANIDE-
CONTAINING WASTES OF BENEFICIATION
PLANTS UITH BY-PRODUCT EXTRACTION OF
NOBLE AND NONFERROUS METALS AND
RETURN OF THE PURIFIED UATER TO
CIRCULATION.
SO TR. NAUCHNO-ISSLED. PROEKTN. INST.
OBOGASHCH. RUD TSVETN. MET. NO. 9, .
P43-6. 1972.
LG RS.
DE UASTEUATER CYANIDE RECOVERY
RECYCLING.
AN C 08126175715.
<989>
AU RAEF S F. CHARACKLIS U G. KESSICK
M A. UARD C H.
IN S.I.P. ENG. HOUSTON, TEX. USA.
YR 77.
TI FATE OF CYANIDE AND RELATED
COMPOUNDS IN AEROBIC MICROS IAL
SYSTEMS PART 2 MICROS IAL
DEGRADATION.
SO UATER RES. 11 (6). 485-492.
LG EN.
DE BACILLUS-MEGATERIUM.
AN B 65033167.
<990>
AU RALSTON J R. VELA G R.
YR 74.
TI A MEDIUM FOR DETECTING PHENOL
DEGRADING BACTERIA.
SO J APPL BACTERIOL. 37 (3). 347-351.
AN B 59031153.
298
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AU RALSTON J R. VELA G R.
YR 74.
TI STIMULATION OF PHENOL DEGRADATION BY
FACTORS IN INDUSTRIAL UASTE LJATER.
SO TEX REP BIOL MED. 32 C2) . 615-616.
DE ABSTRACT BIO DEGRADATION MINERAL
SALT MEDIUM AMINO-ACIDS TEMPERATURE.
AN B 750247IB.
<992>
AU RAO B V. BHAT J V.
YR 72.
TI STABILIZATION OF UASTE UATER
CONTAINING PHENOLS LJITH YEAST-
ENRICHED ACTIVATED SLUDGE.
SO BIOCHEM J. 128. 1. P38P. JUN 72.
LG EN.
MJ MONILIALES.
UN CANDIDA.
AN M 73040201.
<993>
AU RAO, A. V. ISUARAN, V.
IN DIV. MICROBIOL. INDIAN AGRIC. RES.
INST. NEU DELHI. INDIA.
YR 73.
TI EFFECT OF PHENOLIC COMPOUNDS ON THE
GROWTH OF RHIZOBIA.
SO ZENTRALBL. BAKTERIOL. PARASITENK.
INFEKTIONSKR. HYG. ABT. 2. 128.
P753-7. 1973.
LG EN.
DE COUMARATE RHIZOBIUM GROUTH
INHIBITION. CINNAMATE RHIZOBIUM
GROUTH INHIBITION. VANILLATE
RHIZOBIUM GROUTH INHIBITION.
CATECHOL RHIZOBIUM GROUTH
INHIBITION.
AN C 08105021624.
<994>
AU RAYMOND, DEBORAH D.
IN RUTGERS STATE UNIV. NEU BRUNSUICK.
N. J.
YR 74.
TI METABOLISM OF METHYLNAPHTHALENES AND
' OTHER RELATED AROMATIC HYDROCARBONS
BY MARINE BACTERIA.
PG 135 PP.
LG EN.
AV XEROX UNIV. MICROFILMS, ANN ARBOR,
MICH. ORDER NO. 75-8431.
DE METHYLNAPHTHflLENE METAB MARINE
BACTERIA. NAPHTHALENE METAB MARINE
BACTERIA. HYDROCARBON METAB MARINE
BACTERIA.
AN C 08305039988.
<995>
AU REHM, HANS J.
IN INST. LEBENSMITTELCHEM. TECH.
HQCHSCH. MUENCHEN. MUNICH. GER.
YR 69.
TI INHIBITING ACTION OF SODIUM 0-
PHENYLPHENATE CSOPP) AND BIPHENYL ON
SPECIFIC REACTIONS OF THE METABOLISM
OF MICROORGANISMS.
SO PROC. INT. CITRUS SYMP. 1ST. 3.
P1325-31. 1969.
LG EN.
AV CHAPMAN, HOMER D.
DE PHENYLPHENATE FUNGI METftB.
GLYCOLYSIS FUNGI PHENYLPHENATE.
CITRIC ACID FUNGI PHENYLPHENATE.
BIPHENYL FUNGI ADENOSINE
TRANSAMINASE.
AN C 07405820719.
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AU REICHENBACH-KLINKE H-H.
YR 69.
TI INVESTIGATIONS ON ENZYMES IN FISH
PART 1 ENZYME ACTIVITY IN DEPENDENCE
OF PH TEMPERATURE AND UATER
COMPOSITION,
SO ARCH FISCHEREIUISS. 20 (2-3).
169-177.
DE SALMO-GAIRDNERI COREGONUS- LAVARETUS
STOMACH HEMORRHAGIC SEPTICEMIA
TRYPSIN CHYMOTRYPSIN ALPHA AMYLASE
DETERGENT PHENOL POLLUTION CUPRAVIT.
AN B 52118580.
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AU REICHERT J K.
YR 68.
TI CARCINOGENS IN UATER AND SOIL. XXIV.
THE ELIMINATION OF POLYCYCLIC
AROMATIC COMPOUNDS IN THE
PREPARATION OF DRINKING UATER UITH
C102: IDENTIFICATION OF HITHERTO
UNKNOUN DERIVATES OF BENZOPYRENE AND
C1022 .
TR KANZEROGENE SUBSTANZEN IN UASSER UND
BODEN. XXIV. DIE ENTFERNUNG
POLYZYKLISCHER AROMATEN BE I DER
TRINKUASSERAUFBEREITUNG DURCH C102:
IDENTIFIZIERUNG BISHER UNBEKANNTER
BENZPYREN-C102-FOLGEPRODUKTE.
SO ARCH HYG BAKTERIOL. 152. 3. P277- 9.
JUN 68.
LG GE.
MJ BENZOPYRENES: flN.
MN CHEMISTRY.
AN M 69118478.
299
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AU REID, GEORGE U. STREEBIN, LEflLE E.
IN OKLAHOMA UNIV. NORMAN. SCHOOL OF
CIVIL ENGINEERING AND ENVIRONMENTAL
SCIENCE.
YR 72. 209P*.
TI EVALUATION OF LJASTE UATERS FROM
PETROLEUM AND COAL PROCESSING.
NT ENVIRONMENTAL PROTECTION TECHNOLOGY
SERIES.
AV 72-001.
PR PC$5.25/MF$0.95.
AB THE REPORT PRESENTS AN EVALUATION ON
POLLUTION PROBLEMS, ABATEMENT
PROCEDURES AND CONTROL TECHNIQUES
RELEVANT TO THE PETROLEUM AND COAL
INDUSTRIES. PETROLEUM UASTES ARE
DISCUSSED UNDER THREE BROAD
SECTIONS: DRILLING-PRODUCTION.
TRANSPORTATION AND STORAGE, AND
REFINING. UITHIN EACH SECTION,
PETROLEUM UASTES ARE IDENTIFIED AS
TO THEIR SOURCE, VOLUME, AND
COMPOSITION, AND LJASTE TREATMENT
METHODS ARE DISCUSSED. THE RESULTS
OF A FIELD STUDY OF THREE SMALL
REFINERIES ARE ALSO REPORTED. COAL
MINING, COAL PROCESSING, AND COAL
UTILIZATION, THE UASTES ASSOCIATED
UITH EACH, AND THE CORRESPONDING
CONTROL MEASURES ARE PRESENTED.
ACID MINE DRAINAGE, THE MOST
SIGNIFICANT POLLUTION PROBLEM FROM
COAL MINING, AND POSSIBLE CONTROL
MEASURES ARE DISCUSSED. THE MAJOR
POLLUTION PROBLEMS ASSOCIATED UITH
COAL PROCESSING ORIGINATE FROM COAL
CLEANING, THE COKING PROCESS, AND
REFUSE DISPOSAL. THE PRODUCTION OF
COKE BY CARBONIZATION OF COAL AND
ITS POLLUTANTS ARE REVIEUED.
MJ PETROLEUM-INDUSTRY, UATER-
POLLUTION, COAL-PREPARATION, UATER-
POLLUTION, UATER-POLLUTION,
INDUSTRIAL-UASTES, REFINERIES,
INDUSTRIAL-UASTE-TREATMENT.
MN DRILLING, PETROLEUM- TRANSPORTATION.
OIL-STORAGE, COAL- MINES, COKE,
BRINES, INJECTION- LJELLS,
TANKER-SHIPS, UASTE-DISPOSAL.
COST-ESTIMATES, PHENOLS, FLOTATION.
ID MINE-ACID-DRAINAGE, LIQUID-UASTE-
DISPOSAL, OIL-POLLUTION, OIL-
UASTES, UATER-POLLUTION-CONTROL,
BIOLOGICAL-INDUSTRIAL-UASTE-
TREATMENT.
AN N PB-214 610/8.
YR 72.
TI METABOLISM OF AROMATIC COMPOUNDS IN
BACTERIA PURIFICATION AND PROPERTIES
OF THE CATECHOL FORMING ENZYME 3 5
CYCLO HEXADIENE-1 2-DIOL-
1-CARBOXYLIC-ACID NAD OXIDO
REDUCTASE DECARBOXYLATING.
SO J BIOL CHEM. 247 (16). 4960-4965.
DE ALCALIGENES-EUTROPHUS CHROMATOGRAPHY
ELECTROPHORESIS.
AN B 55021826.
<1808>
AU REINER A M.
YR 71.
TI METABOLISM OF BENZOIC ACID BY
BACTERIA: 3.5-CYCLOHEXADIENE-1.2-
DIOL-1-CARBOXYLIC ACID IS AN
INTERMEDIATE IN THE FORMATION OF
CATECHOL.
SO J BACTERIOL. 108. I. P89-94. OCT 71.
LG EN.
MJ ALCALIGENES: ME. BENZOATES: ME.
MN ALCALIGENES: EN. AZOTOBACTER: EN.
CARBOXYLIC-ACIDS: BI, ME. CHEMISTRY.
OXIDOREDUCTASES: ME. PSEUDOMONAS:
EN.
AN M 72049373.
AU
<999>
REINER A M.
AU REINER A M. HEGEMAN G D.
YR 71.
TI METABOLISM OF BENZOIC ACID BY
BACTERIA. ACCUMULATION OF <-)-3,5-
CYCLOHEXADIENE-1,2-DIOL-1-CARBOXYL 1C
ACID BY MUTANT STRAIN OF ALCALIGENES
EUTROPHUS.
SO BIOCHEMISTRY. 10. 13. P2530-6. 22
JUN 71.
LG EN.
MJ ALCALIGENES: ME.
MN CATECHOLS: BI. HYDROCARBONS-
HALOGENATED: ME. OXYGEN-ISOTOPES.
SPECTROPHOTOMETRY. ULTRAVIOLET-RAYS.
AN M 71251014.
<1002>
AU REPKINA, V. I.
IN NAUCHNO-ISSLED. INST. KHIM. POLIM.
MATER. TAMBOV. USSR.
YR 70.
TI OXIDATION OF AQUEOUS SOLUTIONS OF
PHENOL BY ATMOSPHERIC OXYGEN DURING
AUTOCLAVING.
SO SIN. ISSLED. EFF. KHIM. POLIM.
MATER. NO. 4. P367-70. 1970.
LG RS.
DE PHENOL OXIDN AIR AUTOCLAVE. PAPER
300
-------
CHROMATOG PHENOL OXIDN PRODUCT.
PHOTOMETRY PHENOL OXIDN PRODUCT.
AN C 07702009397.
<1003>
AU REPKINA, V. I. LOKTYUSHKINA, M. B.
TUROVSKAYA, R. V. LATYSHEVA, L. M.
VELKOTRUB, fl. N.
IN NAUCHNO-ISSLED. INST. KHIM. POLIM.
MATER. TAMBOV. USSR.
YR 73.
TI DETERMINATION OF BENZOTHIAZOLE IN
CAPTAX, ALTAX, AND UflSTE WATERS.
SO ZAVOD. LAB. 39. P792-4. 1973.
LG RS.
DE BENZOTHIAZOLE DETN. CAPTAX ANALYSIS
BENZOTHIAZOLE. ALTAX ANALYSIS
BENZOTHIAZOLE. WASTE UATER ANALYSIS
BENZOTHIAZOLE. UATER UASTE ANALYSIS
BENZOTHIAZOLE. VULCANIZATION
ACCELERATOR ANALYSIS BENZOTHIAZOLE.
ACCELERATOR VULCANIZATION ANALYSIS
BENZOTHIAZOLE.
AN C 07920121638.
<1004>
AU REYNOLDS J H. MIDDLEBROOKS E J.
PORCELLA D B. GRENNEY U J.
YR 75.
TI EFFECTS OF TEMPERATURE ON OIL
REFINERY UASTE TOXICITY.
SO J UATER POLLUT CONTROL FED. 47 Cll).
2674-2693.
DE SELENASTRUM-CAPRICORNUTUM GREEN ALGA
PHENOL AQUATIC FOOD CHAIN LAGOON
TREATMENT.
AN B 62005480.
<1005>
AU REYNOLDS. JAMES H. MIDDLEBROOKS, E.
JOE. PORCELLA, DONALD B. GRENNEY,
UILLIAM J.
IN UTAH UATER RESEARCH LAB. LOGAN.
TECHNOLOGY, WASHINGTON, D.C. 405
725.
YR 74. 119P*.
TI A CONTINUOUS FLOU KINETIC MODEL TO
PREDICT THE EFFECTS OF TEMPERATURE
ON THE TOXICITY OF UASTE TO ALGAE.
PR PCS5.25XMFS2.25.
AB MANY INDUSTRIES, SUCH AS PULP AND
PAPER MILLS, TANNERIES, AND OIL
REFINERIES, DISCHARGE TOXIC WASTES
AT EXTREMELY HIGH TEMPERATURES. THE
TEMPERATURE OF AN OIL REFINERY WASTE
MAY RANGE FROM 22C TO 41C. THESE
HIGH TEMPERATURES COULD HAVE A
SIGNIFICANT EFFECT ON THE TOXICITY
OF A GIVEN WASTE. THEREFORE, IT IS
NECESSARY TO DEVELOP RELATIONSHIPS
UHICH UILL EVALUATE AND PREDICT THE
EFFECTS OF INCREASED TEMPERATURE ON
THE TOXICITY OF VARIOUS WASTES.
EQUATIONS HAVE BEEN DEVELOPED
UTILIZING CONTINUOUS FLOU STIRRED
TANK REACTOR KINETICS AND ENZYME
INHIBITION KINETICS TO DESCRIBE THE
EFFECTS OF TEMPERATURE ON TOXICITY
TO MICROORGANISMS. THESE EQUATIONS
WERE TESTED BY SEMICONTINUOUS AND
CONTINUOUS FLOW EXPERIMENTS WITH
PHENOL AND THE ALGAE SELENASTRUM
CAPRICORNUTUM. COMPARISON OF THE
COMPETITIVE INHIBITION CONSTANTS,
KI, FOR S. CAPRICORNUTUM EXPOSED TO
PHENOL AT 20C, 24C, AND 28C,
INDICATES THAT PHENOL TOXICITY
INCREASES WITH AN INCREASE IN
TEMPERATURE ACCORDING TO THE
ARRHENIUS FUNCTION.
MJ WATER-POLLUTION, ALGAE.
MN ENZYMES, HEAT, TEMPERATURE, PHENOLS,
INDUSTRIAL-WASTES, TOXICITY,
AQUATIC-PLANTS, MATHEMATICAL-MODELS,
INDICATOR- SPECIES, CYANOPHYTA.
ID WATER-POLLUTION-EFFECTS-PLANTS,
THERMAL-POLLUTION, SELENASTRUM-
CAPRICORNUTUM, BIO INDICATORS,
NTISDIOWRT.
AN N PB-239 194/4SL.
<1006>
AU REYNOLDS, JAMES H. MIDDLEBROOKS, E.
JOE. PORCELLA, DONALD B.
IN UTAH WATER RESEARCH LAB. LOGAN.
TECHNOLOGY, WASHINGTON, D.C.
YR 73. 44P*.
TI A CONTINUOUS FLOW KINETIC MODEL TO
PREDICT THE EFFECTS OF TEMPERATURE
ON THE TOXICITY OF OIL REFINERY
UASTE TO ALGAE.
NT RESEARCH REPT.
PR PC$3.75/t1F$2.25.
AB THE TEMPERATURE OF AN OIL REFINERY
UASTE MAY RANGE FROM 22C (71F) TO
41C U06F). THESE HIGH TEMPERATURES
COULD HAVE A SIGNIFICANT EFFECT ON
THE TOXICITY OF A GIVEN UASTE. IT
IS THEREFORE NECESSARY TO DEVELOP
RELATIONSHIPS UHICH UILL EVALUATE
AND PREDICT THE EFFECTS OF INCREASED
TEMPERATURE ON THE TOXICITY OF
VARIOUS UASTES. EQUATIONS HAVE BEEN
DEVELOPED UTILIZING CONTINUOUS FLOU
STIRRED TANK REACTOR (CHEMOSTAT)
KINETICS AND ENZYME INHIBITION
KINETICS TO DESCRIBE THE EFFECTS OF
TEMPERATURE ON TOXICITY TO
301
-------
MICROORGANISMS. THESE EQUflTIONS
UERE TESTED BY SEMICONTINUOUS flND
CONTINUOUS FLOU EXPERIMENTS UITH
PHENOL flND THE ALGflE SELENASTRUM
CflPRICORNUTUM. THE DATA OBTAINED
UERE FITTED TO COMPETITIVE,
UNCOMPETITIVE, flND NONCOMPETITIVE
INHIBITOR MODELS. THE RESULTS
INDICATED THflT PHENOL EXERTS A
COMPETITIVE INHIBITION EFFECT ON THE
GROUTH OF S. CAPRICORNUTUM.
MJ TOXICOLOGY, ALGAE, PHENOLS.
MN INDUSTRIAL-UASTES, MICROORGANISMS,
INDICflTOR-SPECIES,
PETROLEUM-REFINING, MATHEMATICAL-
MODELS, UOTER-POLLUTION, TABLES-
DATA, BIOASSAY, KINETICS.
ID UATER-POLLUTION-EFFECTS-PLANTS,
SELENASTRUM-CAPRICORNUTUM, THERMAL-
POLLUTION, BIOINDICflTORS,
NTISDIOURT.
flN N PB-237 699/4SL.
<1007>
flU RIBBONS D U. HARRISON J E.
UADZINSKI fl M.
YR 70.
TI METflBOLISM OF SINGLE CARBON
COMPOUNDS.
SO ANNU REV MICROBIOL. 24. P135-5B.
1970.
LG EN.
MJ BACTERIfl: ME.
MN flLCOHOL-METHYL: ME. EN.
MICROSCOPY-ELECTRON. OXYGENflSES: ME.
TRflNSFERflSES: ME.
flN M 71181836.
<1008>
flU RIBBONS D U.. HARRISON J E.
UADZINSKI A M.
YR 70.
TI METABOLISM OF SINGLE CARBON
COMPOUNDS.
SO ANNU REV MICROBIOL. 24. P135-58.
1970.
LG EN.
MJ BACTERIA: ME.
MN flLCOHOL-METHYL: ME. EH.
MICROSCOPY-ELECTRON. OXYGENflSES: ME.
TRANSFERASES: ME.
AN M 71181836.
<1009>
AU RISEMAN, JOHN H.
IN ORION RES. INC. CAMBRIDGE. MASS.
YR 72.
TI ELECTRODE TECHNIQUES FOR MEASURING
CYANIDE IN UASTE UflTERS.
SO AMER. LAB. 4. P63-4,66-7. 1972.
LG EN.
DE CYANIDE DETN LJATER. UATER ANALYSIS
CYflNIDE.
flN C 07822140030.
flU RISTANOVIC, BOSILJKA.
MUNTANJOLA-CVETKOVIC, M. MUNJKO,
IGNJAC.
IN MAR. BIOL. STN. KOTOR INST. BIOL.
RES. BELGRADE. YUGOSLAVIA.
YR 75.
TI PHENOL-DEGRADING FUNGI FROM SOUTH
ADRIATIC SEA AND LAKE SKADAR.
SO EUR. J. APPL. MICROBIOL. 1. P313-
22. 1975.
LG EN.
DE PHENOL DEGRDN FUNGI. SEAUATER PHENOL
DEGRDN FUNGI. LAKE PHENOL DEGRDN
FUNGI.
flN C 08511074689.
flU ROBBINS, PHILLIPS U.
IN MASSACHUSETTS INST. OF THE TECH.
CAMBRIDGE. SEA GRANT PROJECT OFFICE.
YR 71. 59P.
TI STUDENT'PROJECTS ON THE OXIDATION BY
MARINE BflCTERIft OF AROMATIC
COMPOUNDS FOUND IN OIL.
NT REPORT ON EXPERIMENTAL BIOCHEMISTRY.
PR PCS3.00 MFS0.95.
AB THE STUDENT PROJECT REPORTS
CONTAINED IN THE SEA GRANT REPORT
UERE SELECTED FOR THEIR QUALITY AND
RESULTS RELATIVE TO THE TIMELY
SUBJECT OF BIODEGRADATION OF HYDRO-
CARBONS BY MARINE BACTERIA, AND ARE:
CATECHOL 2, 3 OXYGENASE; OXIDATION
OF NAPHTHALENE BY A MARINE
BACTERIUM; THE METABOLISM OF
QUINCLINE AND RELATED COMPOUNDS BY
MARINE BACTERIA; AND THE EVIDENCE
FOR THE EXISTENCE OF PROTOCATECHUATE
3, 4-OXYGENASE IN MARINE YEAST
ISOLATED UITH PARflHYDROXYLBENZOIC
ACID. (OSG ABSTRACT).
MJ OILS. BIODETERIORATION, AROMATIC-
COMPOUNDS, BIODETERIORATION,
NAPHTHALENE, BIODETERIORflTION,
PHENOLS, BIODETERIORATION, UflTER-
POLLUTION, OILS.
MN MARINE-BIOLOGY, OXIDATION, ENZYMES,
QUINOLINES, YEASTS,
AQUATIC-MICROBIOLOGY.
ID OIL-POLLUTION, OXYGENASE-
CATECHOL-2-3, OXYGENASE-
302
-------
PROTOCATECHUATE.
AN N COM-?1-00878.
AU RODGERS, B. R. UESTMORELAND, P. R.
IN OAK RIDGE NATIONAL LflB. TENN.
ADMINISTRATION. 4832000.
YR 76. 31P.
TI AGGLOMERATION AND SEPARATION OF
MICRON-SIZED PARTICLES FROM COAL
LIQUEFACTION STREAMS.
NT 81. NATIONAL MEETING OF THE AMERICAN
INSTITUTE OF CHEMICAL ENGINEERS,
KANSAS CITY, MISSOURI, UNITED STATES
OF AMERICA (USA), 11 APR 1976.
PR PC$4.00XMF$3.00.
AB OPTICAL MICROSCOPY UAS USED TO SHOU
AGGLOMERATION OF SOLIDS PRODUCED BY
SOLVENTS SUCH AS TOLUENE IN COAL
CONVERSION LIQUIDS. SETTLING AND
FILTRATION RATES UERE INCREASED
SUBSTANTIALLY AFTER AGGLOMERATION.
RESULTS OF LABORATORY EXPERIMENTS
DEMONSTRATED THAT A 50 PERCENT
OVERFLOU OF CLARIFIED SPECIFICATION
PRODUCT UAS OBTAINED AFTER SETTLING
FOR 1 HR. AND THAT FILTRATION RATES
UERE INCREASED BY A FACTOR OF 4.
PROCESS-DERIVED SOLVENT UAS ALSO
BENEFICIAL IN INCREASING SETTLING
AND FILTRATION RATES. HOUEVER, THE
LARGEST INCREASES IN FILTRATION
RATES UERE REALIZED BY A COMBINED
SETTLING-FILTRATION OPERATION.
GROUND COAL UAS FOUND TO BE AN
ECONOMICAL SUBSTITUTE FOR
DIATOMACEOUS EARTH AS A PRECOAT
MATERIAL FOR FILTRATION OF COAL
CONVERSION STREAMS. FILTRATION
RATES UERE INCREASED SLIGHTLY BY THE
GROUND COAL PRECOAT UNDER STANDARD
OPERATING CONDITIONS, BUT MAJOR RATE
INCREASES UERE REALIZED BY
MAINTAINING ULTRATHIN FILTER CAKES
AT THE TOP OF THE COAL PRECOAT. COAL
PRECOAT, UHICH MAY BE COLLECTED UITH
THE SOLIDS IN A COMMERCIAL PROCESS,
ENHANCED THE VALUE OF THE SOLIDS AS
A GASIFIER FEED TO PRODUCE HYDROGEN
OR METHANE. GROUND COAL CAN ALSO BE
ADDED TO THE LIQUID STREAM TO SERVE
AS A "BODY FEED" AND PRODUCE
INCREASED FILTRATION RATES. THE
COAL BODY FEED UOULD ALSO PROVIDE AN
ADJUSTABLE PARAMETER FOR CONTROLLING
THE AMOUNT OF HYDROCARBON FED TO THE
GASIFIER. SOME RECENT ADVANCES
USING ADDITIVES IN THE PARTS-PER-
MILLION RANGE TO INCREASE SETTLING
AND FILTRATION RATES ARE DISCUSSED.
FUTURE RESEARCH DIRECTIONS ARE
OUTLINED BRIEFLY. CERA CITATION 01:
018475).
MJ COAL-LIQUEFACTION, COAL-LIQUIDS.
MN PARTICLES, AGGLOMERATION, COAL,
CRUSHING, ECONOMICS, FILTRATION,
OPTICAL-MICROSCOPY, ORGANIC-
SOLVENTS, PARTICLE-SIZE,
PURIFICATION, SEPARATION-PROCESSES,
SOLIDS, SOLVENT-EXTRACTION, SOLVENT-
REFINED-COAL, TOLUENE.
ID ERDA-010405, MEETINGS, PLANNING,
NTISERDA.
AN N CONF-760402-6.
AU ROGOZHIN, G. I.
IN USSR.
YR 71.
TI OXIDATION OF DIMETHYLAMINE BY OZONE
IN AQUEOUS SOLUTIONS.
SO TR. VSES. NAUCH.-ISSLED. INST.
VODOSNABZH. KANALIZ. GIDROTEKH.
SOORUZH. INZH. GIDROGEOL. 33. P54-B.
1971.
LG RS.
DE OXIDN DIMETHYLAMINE OZONE.
AN C 07720130380.
AU ROMANENKO V I. KUZNETSOV S I.
YR 76.
TI THE USE OF LABELED CARBON-14 PHENOL
FOR DETERMINING ITS CONTENT AND THE
RATE OF ITS UTILIZATION BY THE MICRO
FLORA OF UATER BODIES.
SO MIKROBIOLOGIYA. 45 (1). 166-168.
DE RESERVOIRS RUSSIAN-SFSR USSR
ENZYMATIC REACTIONS.
AN B 62048386.
AU ROSFJORD, R E. CHEREMISINOFF, P N.
TRATTNER, R B.
IN NEU JERSEY INST. OF TECHNOLOGY,
NEUARK, NJ 07102.
YR 76.
TI PHENOLS: A UATER POLLUTION CONTROL
ASSESSMENT.
SO UATER 8. SEUAGE UORKS, 123(3): 96-
99, MAR. 1976.
LG EN.
AB NONE.
ID PHENOLS.
DE UASTEUATER TREATMENT, AROMATIC
COMPOUNDS, UATER POLLUTION CONTROL.
AN P 7604266.
303
-------
AB
ROSSI S S. ANDERSON J U. UARD G S.
76.
TOXICITY OF UATER SOLUBLE FRACTIONS
OF 4 TEST OILS FOR THE POLYCHAETOUS
ANNELIDS NEANTHES- ARENACEODENTATA
AND CAPITELLA- CAPITATA.
ENVIRON POLLUT. 10 (I). 9-18.
FISH CRUSTACEAN SOUTH LOUISIANA USA
KUUAIT VENEZUELA NAPHTHALENE
CONCENTRATION.
B 61058078.
ROUBAL, UILLIAM T. COLLIER, TRACY
K. MALINS, DONALD C.
NORTHUEST ALASKA FISH. CENT. NATL.
MAR. FISH. SERV. SEATTLE. UASH.
77.
ACCUMULATION AND METABOLISM OF
CARBON-14 LABELED BENZENE,
NAPHTHALENE, AND ANTHRACENE BY YOUNG
COHO SALMON (ONCORHYNCHUS KISUTCH).
ARCH. ENVIRON. CONTAM. TOXICOL. 5.
P513-29. 1977.
EN.
SALMON BENZENE NAPHTHALENE
ANTHRACENE.
C 38721162343.
AU
YR
TI
50
DE
AN
AU
IN
YR
TI
50
LG
DE
AN
AU
IN
YR
TI
50
LG
DE
AN
AU RUCHHOFT, C. C. . MOORE, U. A. .
TERHOEVEN, G. E. . MIDDLETON, F. M.
KRIEGER. H. L.
IN ENVIRONMENTAL HEALTH CENTER,
CINCINNATI, OHIO.
YR 49. 21P.
TI TENTATIVE ANALYTICAL METHODS FOR
CADMIUM, CHROMIUM, AND CYANIDE IN
UATER.
PR PCS3.25/MFS0.95.
ROVER. JAMES L. TUICHELL, JAMES E.
MUIR, STEPHEN M.
DIV. LAB. SERV. STATE ILLINOIS
ENVIRON. PROT. AGENCY. CHAMPAIGN.
ILL.
73.
AUTOMATED COLORIMETR1C METHOD FOR
TOTAL CYANIDE IN UATER AND UASTE
UATER.
ANAL. LETT. 6. P619-27. 1973.
EN.
CYANIDE DETN UATER. UATER ANALYSIS
CYANIDE. UASTE UATER ANALYSIS
CYANIDE.
C 87916096498.
MJ
MN
ID
AN
AU
IN
YR
TI
SO
LG
AB
ID
DE
AN
AU
YR
TI
SO
DE
AN
AU
IN
YR
TI
SO
LG
CONTENTS: COLLECTION, PRESERVATION,
AND PREPARATION OF SAMPLES;
QUALITATIVE PROCEDURE; QUANTITATIVE
PROCEDURE; PYRIDINE- BENZIDINE
METHOD; MODIFIED LIEBIG METHOD;
MODIFIED LIEBIG METHOD USING AN
INTERNAL INDICATOR; PRUSSIAN BLUE
METHOD; LITERATURE ON CYANIDE
DETERMINATION.
UATER-ANALYSIS, UATER-POLLUTION,
CADMIUM, UATER-ANALYSIS, CHROMIUM,
UATER-ANALYSIS, CYANIDES, UATER-
ANALYSIS.
OHIO-RIVER, POTABLE-UATER,
CHEMICAL-ANALYSIS.
UATER-POLLUTION-DETECTION, EPAL.
N PB-215 059.
<1020>
RUDLING, L. SOLYOM, P.
SUEDISH UATER AND AIR POLLUTION
RESEARCH LAB. STOCKHOLM SUEDEN.
74.
THE INVESTIGATION OF
BIODEGRADABILITY OF BRANCHED NONYL
PHENOL ETHOXYLATES.
UATER RESEARCH, 8(2): 115-119, FEB.
1974.
EN.
NONE.
NONYL PHENOL ETHOXYLATES.
ACTIVATED SLUDGE, BIODEGRADATION,
CHEMICAL POLLUTANTS, ESTERS.
P 7500266.
RUESINK R G. SMITH L L JR.
75.
THE RELATIONSHIP OF THE 96 HOUR
MEDIAN LETHAL CONCENTRATION TO THE
LETHAL THRESHOLD CONCENTRATION OF
HEXAVALENT CHROMIUM PHENOL AND
SODIUM PENTA CHLORO PHENATE FOR
FATHEAD MINNOUS PIMEPHALES-PROMELAS.
TRANS AM FISH SOC. 104 (3). 567-
570.
HERBICIDE TEMPERATURE EFFECT.
B 61040590.
<1022>
RUMMEL, U.
INST. UASSERUIRTSCH. BERLIN. GER.
69.
CONTROL AND TREATMENT OF ORGANIC
POLLUTION IN UATER.
UISS. Z. UNIV. ROSTOCK, MATH.-
NATURUISS. REIHE. 18. P847-58. 1969.
GE.
304
-------
DE ADSORPTION ORG POLLUTANT. OXIDN ORG
POLLUTANT. PHENOLS DEGRDN SEUAGE .
ALDEHYDE DEGRDN SEUAGE. OLEFIN
DEGRDN SEUAGE. INDOLE DEGRDN SEUAGE
. HUMIC SUBSTANCE DEGRDN SEUAGE.
CYANIDE DEGRDN SEUAGE. HYDROCARBON
DEGRDN SEUAGE. DYE DEGRDN SEUAGE.
AN C 07516101895.
<1023>
AU RYBAK, I. I.
IN USSR.
YR 74.
TI SEPARATION OF UATER-PHENOL MIXTURES
BY REVERSE OSMOSIS.
SO NEFTEPERERAB. NEFTEKHIM. (MOSCOU).
P41-6. 1974.
LG RS.
DE PHENOL SEPN UASTEUATER REVERSE
OSMOSIS.
AN C 08114082034.
<1024>
AU RYZHKOV, L. P.
IN GOS. NAUCHNO-ISSLED. INST. OZERN.
RECHN. RYBN. KHOZ. PETROZAVODSK.
USSR.
YR 70.
TI GAS METABOLISM (OF FRY) STUDIED
DURING TOXICOLOGICAL INVESTIGATIONS.
SO VOP. VOD. TOKSIKOL. P47-52. 1970.
LG RS.
AV TOPACHEVSK11, A. V.
DE FISH RESPIRATION MALACHITE GREEN.
SALMON GAS METAB FORMALIN. TROUT GAS
METAB FORMALIN.
AN C 07513085831.
<1025>
AU SACHER, REUVEN MORDECHAI.
IN UNIVERSITY OF CALIFORNIA, RIVERSIDE
(0032) PH.D. 1967 215PP.
YR 67.
TI METABOLISM, STRUCTURE-ACTIVITY
RELATIONSHIPS AND MODE OF ACTION OF
NAPHTHALENE-BASED SYNERGISTS.
SO DAI V29(0l), SEC B, P0233.
DE ENTOMOLOGY (0353).
AN D ADG68-09763.
<1026>
AU SADANA, AJIT JAICHAND.
IN DELAUARE UNIV. NEUARK. DEPT. OF
CHEMICAL ENGINEERING. UATER RESEARCH
AND TECHNOLOGY, WASHINGTON, D.C.
YR 75. 207P.
TI INVOLVEMENT OF FREE RADICALS IN THE
CATALYTIC OXIDATION OF PHENOL IN
AQUEOUS SOLUTION.
NT DOCTORAL THESIS.
PR PC A10/MF A01.
AB AQUEOUS-PHASE CATALYTIC OXIDATION OF
PHENOL OVER SUPPORTED COPPER OXIDE
UAS STUDIED FROM 369 TO 452 DEGREES
K AND 14.7 TO 250 PSIG OXYGEN
PRESSURE IN BATCHUISE MODE. THE
REACTION INVOLVES AN INDUCTION
PERIOD AND A STEADY-STATE ACTIVITY
REGIME. THE INITIAL RATE IS FIRST
ORDER IN PHENOL AND IN OXYGEN; THE
STEADY-STATE RATE IS FIRST ORDER IN
PHENOL AND ONE-HALF ORDER IN OXYGEN.
FREE RADICAL INVOLVEMENT IN THE
HETEROGENEOUSLY CATALYZED OXIDATION
OF PHENOL UAS ESTABLISHED. REACTION
NETUORKS ARE SIMILAR FOR THE
HETEROGENEOUSLY AND HOMOGENEOUSLY
CATALYZED OXIDATION OF PHENOL AS FAR
AS QUINONES. INTERMEDIATES SUCH AS
ORGANIC ACIDS, UHICH ARE OBSERVED IN
HOMOGENEOUS OXIDATION, UERE NOT
OBSERVED IN THE HETEROGENEOUSLY
CATALYZED OXIDATION. AQUEOUS-PHASE
HETEROGENEOUSLY CATALYZED OXIDATION
REMOVES ORGANIC CARBON, INITIALLY
CHARGED AS PHENOL, FROM SOLUTION
EFFICIENTLY AT MODERATE TEMPERATURES
AND PRESSURES. THE LESS SEVERE
CONDITIONS REQUIRED FOR AQUEOUS-
PHASE CATALYTIC OXIDATION OF
ORGANICS MAKE IT APPEAR MUCH MORE
ECONOMICAL THAN NON-CATALYZED UET
AIR OXIDATION. (KATZER-DELAUARE).
MJ CATALYSTS, PHENOLS, OXIDATION,
UATER-POLLUTION-CONTROL, INDUSTRIAL-
UASTES.
MN CHEMICAL-REACTION, REACTION-
KINETICS, CHEMICAL-INDUSTRY,
ORGANIC-COMPOUNDS, PETROLEUM-
INDUSTRY, SUBSTITUTES, COST-
ANALYSIS, EXPERIMENTAL-DESIGN,
LABORATORY-EQUIPMENT, INHIBITORS,
PH, TABLES-DATA.
ID FREE-RADICALS, HETEROGENEOUS-
REACTIONS, HOMOGENEOUS-REACTIONS,
PROCEDURES, NTISDIOURT.
AN N PB-267 810/0SL.
<1027>
AU SAGARDIA F. RIGAU J J.
MARTINEZ-LAHOZ A. FUENTES F. LOPEZ
C. FLORES U.
IN DEPARTMENT OF MICROBIOLOGY,
UNIVERSITY OF PUERTO RICO, SCHOOL OF
MEDICINE, RIO PIEDRAS, PUERTO RICO
00936.
YR 75.
305
-------
TI DEGRADATION OF BENZOTHIOPHENE AND
RELATED COMPOUNDS BY A SOIL
PSEUDOMONAS IN AN OIL-AQUEOUS
ENVIRONMENT.
SO APPL MICROBIOL. 29. 6. P722-5. JUN
75.
LG EN.
MJ PSEUDOMQNAS-AERUGINOSA: ME.
MN BIODEGRflDflTION.
HYDROXYMERCURIBENZOATES: PD.
3N II 75223527.
<1028>
AU SAKAI, KAORU.
IN HITACHI, LTD. TOKYO. JAPAN.
YR 72.
TI POLLUTION-MEASURING EQUIPMENT AND
ITS SOFTWARE. IV. UATER POLLUTION
MEASUREMENT. 1.
SO KEISO. 15. P64-8. 1972.
LG JA.
DE REVIEU UATER POLLUTION MEASURING
APP. PHENOLS DETN UATER REVIEU. ION
SELECTIVE ELECTRODE REVIEU. ELEC
COND MEASURING APP REVIEU.
AN C 07716105342.
<1029>
AU SAKIYA Y. UMEZAUA N. HANANO M.
YR 74.
TI KINETICS ON UPTAKE OF DRUGS IN
GOLDFISH PART 1 EFFECT OF PH CHANGE
IN UATER PHASE AND ADDITION OF POLY
ETHYLENE GLYCOL 6008 AND UREA ON
UPTAKE OF SALICYLIC-AC ID.
SO YAKUGAKU ZASSHI. 94 (9). 1123- 1130.
DE METABOLISM.
AN B 59027264.
<1030>
AU SAL'NIKOVA, L. S. KATOLIKOVA, S. N.
SHAMSUTDINOVA, F. G.
IN USSR.
YR 70.
TI DETERMINATION OF THE COMPOSITION OF
UASTE UATERS OF CRESOL PRODUCTION BY
THE OXIDATIVE DECARBOXYLATION OF
M-TOLUIC ACID.
SO TR. NAUCH.-ISSLED. INST. NEFTEKHIM.
PROIZVOD. NO. 2. P126-9. 1970.
LG RS.
DE CRESOL PRODN UASTE UATERS. TOLUIC
ACIDS UnSTES CRESOL PRODN. PHENOL
CRESOL PRODN UASTE UUATERS. BOD
CRESOL UASTES.
AN C 07414067441.
AU SAL'NIKOVA, L. SH. YARULLINA, R. K.
SHAMSUTDINOVA, F. G.
IN USSR.
YR 77.
TI OZONIZATION AS A METHOD FOR THE
DETOXICATION OF UNDERGROUND UATERS
POLLUTED UITH UASTES FROM THE
PETROCHEMICAL INDUSTRY.
SO NEFTEPERERAB. NEFTEKHIM. CMOSCOU).
P32-3. 1977.
LG RS.
DE UELL UATER PURIFN OZONIZATION.
PHENOL REMOVAL UELL UATER. PETROLEUM
PRODUCT REMOVAL UELL UATER.
AN C 08704028793.
<1032>
AU SALA-TREPAT, J. M. MURRAY, K.
UILLIAMS, P. A.
IN DEP. BIOCHEM. SOIL SCI. UNIV. COLL.
NORTH UALES. BANGOR/CAERNS. UALES .
YR 71.
TI PHYSIOLOGICAL SIGNIFICANCE OF THE
TUO DIVERGENT METABOLIC STEPS IN THE
META CLEAVAGE OF CATECHOLS BY
PSEUDOMONAS PUTIDA.
SO BIOCHEM. J. 124. P20P-21P. 1971.
LG EN.
DE PSEUDOMONAS CATECHOL ENZYME.
OXYGENASE CATECHOL BACTERIA.
AN C 07601001686.
<1033>
AU SAMPSON K L. FINNERTY U R.
YR 74.
TI REGULATION OF FATTY ACID
BIOSYNTHESIS IN THE HYDROCARBON
OXIDIZING MICROORGANISM,
ACINETOBACTER SP. '
SO ARCH MICROBIOL. 99. 3. P203-20.
1974.
LG EN.
MJ ALCALIGENES: ME. ME.
MN ACETATES. CHROMATOGRAPHY-THIN-
LAYER. OXIDATION-REDUCTION. SILICIC-
ACID.
AN M 75053669.
<1034>
AU SANBORN H R. MALINS D C.
YR 77.
TI TOXICITY AND METABOLISM OF
NAPHTHALENE A STUDY UITH MARINE
LARVAL INVERTEBRATES.
SO PROC SOC EXP BIOL MED. 154 (2).
151-155.
DE CANCER-MAG ISTER PANDALUS- PLATYCEROS
306
-------
BOVINE SERUM ALBUMIN CARBON-14
DEPURATION. AU
AN B 64048065.
IN
<1035> YR
AU SAPUNKOVA, G. S. SELYANINA, S. G. TI
IN USSR.
YR 69.
TI USE OF HIGH-FREQUENCY CONDUCTOMETRY
IN THE ANALYSIS OF PHENOL AND SO
ACETONE PRODUCTION PRODUCTS.
SO MATER. NAUCH.-TEKH. KONF. KAZAN. LG
ZAVODA ORG. SIN. Plll-16. 1969. DE
LG RS.
AV GUSEV, V. I. AN
DE PHENOL DETN. ACETONE DETN. UATER
ANALYSIS PHENOL. RESIN ANALYSIS
PHENOL. HIGH FREQUENCY CONDUCTOMETRY
PHENOL ACETONE. CONDUCTOMETRY PHENOL AU
ACETONE DETN. YR
AN C 07602010093. TI
SO
<1036> DE
AU SAPUNKOVA, G. S. STRELYUKHINA, L. AN
M. AKHMETSHINA, F. YA.
IN USSR.
YR 69.
TI COLORIMETR1C DETERMINATION OF AU
AROMATIC HYDROCARBONS IN CHEMICALLY
POLLUTED INDUSTRIAL UATER IN THE IN
PRESENCE OF PHENOL.
SO MATER. NAUCH.-TEKH. KONF. KAZAN. YR
ZAVODA ORG. SIN. P117-20. 1969. TI
LG RS.
AV GUSEV, V. I.
DE AROMS UASTE UATER SPECTROMETRIC.
PHENOL AROMATIC UASTE UATER. SODIUM
CARBONATE PHENOL INTERFERENCE. SO
AN C 07522132741.
<1037> LG
AU SARIASLANI S. HARPER D B. HIGGINS AB
I J. ID
YR 74.
TI MICROSIAL DEGRADATION OF HYDRO DE
CARBONS CATABOLISM OF 1 PHENYL AN
ALKANES BY NOCARDIA-SALMONICOLOR.
SO BIOCHEM J. 140 (1). 31-45.
DE 1 PHENYLDODECANE ISO CITRATE LYASE
ACTIVITY 4 PHENYL BUTYRATE PHENYL AU
ACETATE CINNAMATE 3 4 DI
HYDROXYPHENYL ACETATE CATECHOL PROTO IN
CATECHUATE 1 PHENYLNONANE RING
CLEAVAGE ENZYME ACTIVITY YR
RESPIROMETRY DIAUXIE. TI
AN B 58027683.
<1038>
SAXENA, JITENDRA. KOZUCHOUSKI,
JACK. BASU, DIPAK K.
CENT. CHEM. HAZARD ASSESSMENT.
SYRACUSE RES. CORP. SYRACUSE. N. Y.
77.
MONITORING OF POLYNUCLEAR AROMATIC
HYDROCARBONS IN UATER. I. EXTRACTION
AND RECOVERY OF BENZO(A)PYRENE UITH
POROUS POLYURETHANE FOAM.
ENVIRON. SCI. TECHNOL. 11. P682- 5.
1977.
EN.
BENZOPYRENE REMOVAL UATER
POLYURETHANE.
C 08711079154.
<1039>
SCACCINI CICATELLI M.
71.
BENZO-3 4 PYRENE POLLUTION IN SOME
AREAS OF THE ADRIATIC.
REV INT OCEANOGR MED. 24. 181-182.
ABSTRACT PLANKTON.
B 72057965.
<1040>
SCACCINI, A. SCACCINI CICATELLI, M.
MARANI, F. LEONARD I, V.
UNIV. OF PARMA, ISTITUTO DI ANATOMIA
DEGLI ANIMALI DOMESTICI, IT.
70.
DOSAGGIE SPETTROFOTOFLUORIMETRICI ED
OSSERVAZIONI MED IANTE MICROSCOPIA A
FLUORESCENZA DEL BENZO 3-4 PIERENE
SU ORGAN I E TESSUTI DI CARRASSIUS
AURATUS.
BOLOGNA. UNIVERSITA. ISTITUTO
ZOOLOGICO. LABORATORIO DI BIOLOGIA
MARINA E PESCA-FANO. NOTE, 3(6):
105, 107-141, 1970.
XX.
NONE.
HISTOLOGY, BENZO 3-4 PYRENE,
*CARASSIUS AURATUS.
METABOLISM, HYDROCARBONS, FISHES.
P 7006934.
SCASSELLATI SFORZOLINI, G. SAVING,
A. MONARCA, S.
1ST. IG. UNIV. PERUGIA. PERUGIA.
ITALY.
74.
DECONTAMINATION OF POLLUTED UATERS
BY POLYNUCLEAR AROMATIC
HYDROCARBONS, (PAH). II. ACTION OF
CHLORINE AND OZONE ON PAH IN
307
-------
DRINKING UATER AND IN RIVER UATER.
SO IG. MOD. 66. P595-619. 1974.
LG IT.
DE OZONE EFFECT DRINKING UATER.
CHLORINE EFFECT DRINKING UflTER.
BENZOFLUORftNTHENE OZONE DRINKING
UATER.
AN C 88116096270.
<1042>
AU SCHEIER A. GOMINGER D.
IN ACADEMY OF NATURAL SCIENCES OF
PHILADELPHIA, DIVISION OF LIMNOLOGY
AND ECOLOGY, PHILADELPHIA, PENN.
YR 76.
TI A PRELIMINARY STUDY OF THE TOXIC
EFFECTS OF IRRADIATED VS. NON-
IRRADIATED UATER SOLUBLE FRACTIONS
OF NO. 2 FUEL OIL.
SO BULL ENVIRON CONTAM TOXICOL. 16. 5.
P595-603. NOV 76.
LG EN.
MJ FUEL-OILS: TO.
MN ANIMAL. SHRIMP. UNITED-STATES-
GOVERNMENT-SUPPORTED-NON-NIH: (NON-
NIH-SUP).
AN M 77045979. 7703.
<1043>
AU SCHLIPKOETER, HANS U. GRUENSPAN, M.
IN INST. HYG. UNIV. DUESSELDORF.
DUESSELDORF. GER.
YR 69.
TI INFRARED SPECTROPHOTOMETRIC
INVESTIGATION OF THE MICROBIAL
DEGRADATION OF PARAFFINS SUCH AS
HEPTADECANE.
SO ARCH. HYG. BAKTERIOL. 153. P53B- 43.
1969.
LG GE.
DE PSEUDOMONAS PARAFFINS. PARAFFINS
PSEUDOMONAS. SPECTROSCOPY PARAFFINS
AN C 07319895644.
<1044>
AU SCHLUETER, ALBERT.
IN CENTRAL STATE UNIV. UILBERFORCE,
OHIO. DEPT. OF CHEMISTRY.
ENVIRONMENTAL MONITORING AND SUPPORT
LAB. CINCINNATI, OHIO.
YR 76. 29P.
TI APPLICABILITY OF THE CYANIDE
ELECTRODE FOR MEASURING FREE AND
TOTAL CYANIDE.
PR PC$4.88/MF$3.88.
AB THE ORION MODEL 94-06 CYANIDE
ELECTRODE UAS EVALUATED TO DETERMINE
ITS APPLICABILITY TO UATER AND
UASTEUATERS. THE CALIBRATION CURVE
UAS NERNSTIAN OVER THE CONCENTRATION
RANGE OF 0.26 TO 26 PPM, AND THE
SLOPE OF THE CURVE UAS 59 MV PER
DECADE CHANGE. THIS UORK CONSISTED
IN STUDYING THE RESPONSE OF THE
CYANIDE ELECTRODE TO CYANIDE UHEN
THIS ION UAS PRESENT IN SOLUTION IN
BOTH FREE AND COMPLEX FORMS. THE
RESULTS SHOU CONCLUSIVELY THAT THE
ELECTRODE RESPONDS ONLY TO FREE
CYANIDE IN SOLUTION AND NOT AT ALL
TO THAT COMPLEXED TO METALS.
MJ CYANIDES, ELECTRODES, UATER-
ANALYSIS.
MN PH-METERS, UATER-POLLUTION,
MONITORING, CONCENTRATION-
COMPOSITION, IONS, INDUSTRIAL-
WASTES, SURFACE-UATERS, LABORATORY-
TESTS, FIELD-TESTS, DISTILLATION,
HYDROLYSIS, METAL-COMPLEXES.
ID UATER-POLLUTION-DETECTION, MONITORS,
ION-SELECTIVE-ELECTRODES,
NTISEPAORD.
AN N PB-255 852/6SL.
<1045>
AU SCHMIDT, C. E. SHARKEY, A. G. JR.
FRIEDEL, R. A.
IN BUREAU OF MINES, PITTSBURGH, PA.
PITTSBURGH ENERGY RESEARCH CENTER.
YR 74. IIP.
TI MASS SPECTROMETRIC ANALYSIS OF
PRODUCT UATER FROM COAL
GASIFICATION.
NT TECHNICAL PROGRESS REPT. 1973.
PR PC$3.25/MF$2.25.
AB CONDENSATE UATERS FROM THE BUREAU OF
MINES SYNTHANE PROCESS FOR COAL
GASIFICATION HAVE BEEN INVESTIGATED
BY MASS SPECTROMETRIC METHODS TO
DETERMINE THE ORGANIC CONTAMINANTS.
UATERS FROM THE GASIFICATION OF SIX
COALS UERE EXTRACTED UITH METHYLENE
CHLORIDE, YIELDING 0.6 TO 2.4
UEIGHT-PERCENT EXTRACTABLE MATERIAL.
USING HIGH- RESOLUTION MASS
SPECTROMETRY CHRMS), COMBINED GAS
CHROMATOGRAPHY-MASS SPECTROMETRY
(GS-MS), AND LOU- VOLTAGE MASS
SPECTROMETRY, 60 TO 80 PERCENT OF
THE EXTRACT UAS FOUND TO BE
PHENOLIC. ABOUT 28 ORGANIC
CONTAMINANTS HAVE BEEN IDENTIFIED
AND ARE PRESENT IN THE CONDENSATE
UATERS FROM EACH COAL GASIFIED. THE
RELATIVE DISTRIBUTION OF
CONTAMINANTS IN THE CONDENSATE UATER
UAS NEARLY THE SAME FOR THE SIX
308
-------
COALS GASIFIED UNDER VARIOUS
CONDITIONS; PHENOLIC COMPOUNDS LJERE
THE MOST ABUNDANT IN ALL CflSES.
MJ INDUSTRIP'-nqTER, WATER-ANALYSIS.
MN COAL-GASIFICATION, MASS-
SPECTROSCOPY. PHENOLS, WATER-
QUflLITY.
ID SYNTHANE-PROCESS, NTISDIBM.
AN N PB-240 835/9SL.
<1046>
AU SCHMITZ, UOLFGflNG. KOELLE, WALTER.
IN LANDESSTELLE GEWAESSERKD
WASSERWIRTSCH. PLANUNG BADEN-
UURTTEMBERG. KfiRLSRUHE. GER.
YR 75.
TI BIOGENIC AND NONBIOGENIC ORGANIC
POLLUTflNTS.
SO SCHUEIZ. Z. HYDROL. 1?. P85-98.
1975.
LG GE.
DE RIVER WATER POLLUTANT RHINE.
HYDROCARBON POLLUTANT RIVER RHINE.
NITROGEN COMPD POLLUTANT RIVER
RHINE. ORG COMPD POLLUTANT RIVER
RHINE . ETHER POLLUTANT RIVER RHINE.
ALC POLLUTANT RIVER RHINE. PHENOL
POLLUTANT RIVER RHINE. ESTER
POLLUTANT RIVER RHINE.
AN C 08604821665.
<1047>
AU SCHNEIDER J.
YR 72
TI LOWER FUNGI AS TEST ORGANISMS OF
POLLUTANTS IN SEA AND BRACKISH WATER
THE EFFECTS OF HEAVY METAL COMPOUNDS
AND PHENOL ON
THRAUSTOCHYTRIUM-STRIATUM.
SO MAR BIOL (BERL). 16 (3). (RECD 1973)
214-225.
DE TOXICITY.
AN B 56018545.
<1048>
AU SCHNEIDER, H. GMUENDER, F.
FIECHTER, A.
IN INST. MICROBIOL. SWISS FED. INST.
TECHNOL. ZURICH. SUITZ.
YR 77.
TI N-ALKANE OXIDATION BY CANDIDA
TROPICAL IS. II. INDUCTION AND
REPRESSION OF CATftLASE BY SUBSTRATE-
SHIFTS IN A CHEMOSTAT.
SO EUR. J. APPL. MICROBIOL. 3. P283- 8.
1977.
LG EN.
DE CANDIDA CATALASE GLUCOSE HEXADECANE.
AN C 88713098587.
<1049>
AU SCHUBERT J F
YR 70.
TI FORMULATION OF CELL GROLJTH
INHIBITION BY CHEMICALS AND
ENVIRONMENTAL AGENTS.
SO J GEN MICROBIOL. 64. 1. P37-40. NOV
70.
LG EN.
MJ BACTERIA: DE, GD.
MN ACETALDEHYDE: PD. MATHEMATICS.
AN M 71190666.
<1050>
AU SCHULTZ T W. DUMONT J N.
IN OAK RIDGE GRAD. SCH. BIOMED. SERV.
UNIV. TENN. OAK RIDGE, TENN. 37830,
USA.
YR 77.
TI CYTO TOXICITY OF SYNTHETIC FUEL
PRODUCTS ON TETRAHYMENA-PYRIFORMIS
PART 1 PHENOL.
SO J PROTOZOOL. 24 (1). 164-172.
LG EN.
DE BEHAVIOR CYTOLOGY RESPIRATION GROWTH
MOTILITY COAL CONVERSION SCRUB WATER
POTENTIAL ENVIRONMENTAL CONTAMINANT.
AN B 65018318.
AU SCHWARTZ, FREDERICK P. WAS IK,
STANLEY P.
IN NATIONAL BUREAU OF STANDARDS,
WASHINGTON, D.C. INST. FOR MATERIALS
RESEARCH. 401 937.
YR 75. 6P.
TI FLUORESCENCE MEASUREMENTS OF
BENZENE, NAPHTHALENE, ANTHRACENE,
PYRENE, FLUORANTHENE, AND
BENZO(E)PYRENE IN WATER.
NT FINAL REPT. PUB. IN ANALYTICAL
CHEMISTRY, V48 N3 P524-528 MAR 76.
PR PC$3.50/MF$2.25.
AB FLUORESCENCE SPECTRA, QUANTUM
YIELDS, AND CONCENTRATION
DEPENDENCIES ARE REPORTED FOR FIVE
REPRESENTATIVE POLYCYCLIC AROMATIC
HYDROCARBONS (PAH) IN WATER TO
ASCERTAIN THE APPLICABILITY OF
MEASURING PAH IN AQUEOUS SYSTEMS BY
SPECTROFLUORIMETRY. THE
FLUORESCENCE QUANTUM YIELDS OF
BENZENE, NAPHTHALENE, ANTHRACENE,
PYRENE, FLUORANTHENE, AND
BENZO(E)PYRENE IN WATER ARE,
RESPECTIVELY, 5.3+OR-0.5X10TO
309
-------
THE -3RD POUER, 8.16 + OR - 0.82,
8.25 + OR -8.82, 8.69 + OR - 8.86,
8.28 + OR - 8.81, AND APPROXIMATELY
8.3 + OR - B.I. UITH THE EXCEPTION
OF PYRENE, OXYGEN QUENCHING OF THE
FLUORESCENCE IN UATER IS AT MOST
388. THE FLUORESCENCE CONCENTRATION
DEPENDENCE UAS MEASURED BY PHOTON
COUNTING THE FLUORESCENCE INTENSITY
RELATIVE TO THE EXCITATION LIGHT
INTENSITY. ALL THE PAH
FLUORESCENCES EXHIBITED A LINEAR
DEPENDENCY ON THE CONCENTRATION.
FOR A FLUORESCENCE SIGNAL-TO-NOISE
RATIO OF 1, THE DETECTION LIMITS ARE
AS FOLLQUS: NAPHTHALENE, 8.83
MICROGRAMS/L. ANTHRACENE, 8.83
MICROGRAMS/L. PYRENE, 8.15
MICROGRAMS/L. FLUORANTHENE, 8.17
MICROGRAMS/L. AND BENZO(E)PYRENE,
8.18 MICROGRAMS/L.
MJ EMISSION-SPECTRA, BENZENE,
NAPTHfiLENE, ANTHRACENE, PYRENES.
MN FLUORINE-AROMATIC-COMPOUNDS,
POLYCYCLIC-AROMATIC-HYDROCARBONS,
SOLUTIONS, POLYCYCLIC-COMPOUNDS,
CONCENTRATION-COMPOSITION, QUANTUM-
EFFICIENCY, CARCINOGENS.
ID REPRINTS, FLUORANTHENES,
BENZOFYRENES, NTISCOMNBS.
AN N PB-252 797/6SL.
<1852>
AU SCHUARZ, F P. UASIK, S P.
IN USDC, NATIONAL BUREAU OF STANDARDS,
INST. FOR MATERIALS RESEARCH,
CONNECTICUT AVE. AT VANNESS ST. NU,
UASH. DC 28234.
YR 76.
TI FLUORESCENCE MEASUREMENTS OF
BENZENE, NAPHTHALENE, ANTHRACENE,
PYRENE, FLUORANTHENE, AND BENZO (E)
PYRENE IN UATER.
SO ANALYTICAL CHEMISTRY, 48(3): 524-
528, MAR. 1976.
LG EN.
AB NONE.
ID SPECTROFLUORIMETRY.
DE ABSORPTION SPECTROSCOPY, AROMATIC
COMPOUNDS, LUMINESCENCE,
HYDROCARBONS, UATER POLLUTION.
AN P 7683235.
<1853>
AU SCHUARZ, FREDERICK P.
IN NATIONAL BUREAU OF STANDARDS,
UASHINGTON, D.C. 240 888.
YR 77. 5P.
TI DETERMINATION OF TEMPERATURE
DEPENDENCE OF SOLUBILITIES OF
POLYCYCL1C AROMATIC HYDROCARBONS IN
AQUEOUS SOLUTIONS BY A FLUORESCENCE
METHOD.
NT FINAL REPT.
AV PUB. IN J. CHEM. ENG. DATA, V22 N3
P273-277 JUL 77.
PR NOT AVAILABLE NTIS.
AB THE FLUORESCENCE INTENSITIES OF
SATURATED AQUEOUS POLYCYCL1C
AROMATIC HYDROCARBON (PAH) SOLUTIONS
EQUILIBRATED AT TEMPERATURES BETUEEN
281 AND 383 K ARE PROPORTIONAL TO
THE PAH CONCENTRATION. THE
FLUORESCENCE MEASUREMENTS ARE PUT ON
AN ABSOLUTE SOLUBILITY SCALE BY UV
ABSORPTION MEASUREMENTS AT 298.2 K.
THIS METHOD UAS APPLIED TO THE
DETERMINATION OF THE SOLUBILITIES OF
NAPHTHALENE, 1-METHYLNAPHTHALENE, 1-
ETHYLNAPHTHALENE, PHENANTHRENE.
ANTHRACENE, PYRENE, AND
BENZ(E)PYRENE IN UATER AND IN 8.5
MOL/L SODIUM CHLORIDE SOLUTION.
ENTHALPIES OF SOLUTION OF THE PAH
UERE CALCULATED.
MJ HEAT-OF-SOLUTION, AROMATIC-
POLYCYCLIC-HYDROCARBONS, SOLUBILITY.
MN FLUORESCENCE, ENTHALPY, TEMPERATURE,
NAPHTHALENE, ANTHRACENE,
PHENANTHRENE, PYRENES.
ID REPRINTS, NAPTHALENE-METHYL,
NAPTHALENE-ETHYL, BENZ-EPYRENE,
NTISCOMNBS.
AN N PB-271 169/5ST.
<1854>
AU SCHUARZ, FREDERICK P. UASIK,
STANLEY P.
IN NATIONAL BUREAU OF STANDARDS,
UASHINGTON, D.C. 401 937.
YR 76. 7P.
TI FLUORESCENCE MEASUREMENTS OF
CARCINOGENIC AND POLYCYCL1C AROMATIC
HYDROCARBONS IN UATER.
NT FINAL REPT. PUB. IN PROCEEDINGS OF
INTERNATIONAL CONFERENCE ON
ENVIRONMENTAL SENSING AND
ASSESSMENT, LAS VEGAS, NEV. SEP 14-
19, 1975, PAPER IN INTERNATIONAL
CONFERENCE ON ENVIRONMENTAL SENSING
AND ASSESSMENT, V2 SESSION 38-2, Pl-
5 1976.
PR PCS3.58/MFS2.25.
AB THE APPLICATION OF
SPECTROFLUORIMETRY TO THE
MEASUREMENT AND IDENTIFICATION OF
POLYCYCL1C AROMATIC HYDROCARBONS
310
-------
(PAH) IN AQUEOUS SOLUTIONS DAS
INVESTIGATED. AT NAPERIAN
ABSORBANCES < OR = TO 0.05, THE
FLUORESCENCE INTENSITIES OF
SOLUTIONS CONTAINING NAPHTHALENE,
ANTHRACENE, PYRENE, AND FLUORANTHENE
IN UATER ARE A SUPERPOSITION OF THE
COMPONENT FLUORESCENCE SPECTRA. AT
THE HIGHER PAH OPTICAL DENSITIES OF
THE MG/L LEVEL AND UHEN VIEUED
PERPENDICULAR TO THE EXCITATION
LIGHT, THE FLUORESCENCE SPECTRA VARY
UNPREDICTABLY UITH THE
CONCENTRATION. THE PAH FLUORESCENCE
INTENSITY IS UNAFFECTED BY THE
PRESENCE OF SODIUM CHLORIDE AT SEA
UATER CONCENTRATIONS AND BY THE
PRESENCE OF MG/L CONCENTRATIONS OF
IRON, ZINC, COBALT, OR NICKEL
CATIONS IN THE UATER.
IU AROMATIC-POLYCYCLIC- HYDROCARBONS,
CARCINOGENS, UATER- ANALYSIS.
MN SOLUTIONS, FLUORESCENCE,
EXPERIMENTAL-DESIGN, CONCENTRATION-
COMPOSITION, MEETINGS.
ID FLUOROMETRIC-ANALYSIS, UATER-
POLLUTION-DETECTION, NTISCOMNBS.
AN N PB-252 734/9SL.
<1055>
AU SCHUARZ, J. R. UALKER, J. D.
COLUELL, R. R.
IN DEP. MICROSIOL. UNIV. MARYLAND.
COLLEGE PARK. MD.
YR 75.
TI DEEP-SEA BACTERIA. GROUTH AND
UTILIZATION OF N-HEXADECANE AT IN
SITU TEMPERATURE AND PRESSURE.
SO CAN. J. MICROBIOL. 21. P682-7. 1975.
LG EN.
DE HEXADECANE BACTERIA PRESSURE.
AN C 08305040008.
<1056>
AU SCOTT C C L. FINNERTY U R.
YR 76.
TI A COMPARATIVE ANALYSIS OF THE
ULTRASTRUCTURE OF HYDRO CARBON
OXIDIZING MICROORGANISMS.
SO J GEN MICROBIOL. 94 (2). 342-350.
DE BACTERIA FUNGI GROUTH INTRA CELLULAR
ELECTRON TRANSPARENT INCLUSIONS
MEMBRANE POLY-BETA HYDROXY
BUTYRIC-AC ID.
AN B 63027435.
<1057>
AU SCOTT, C. D. HANCHER, C. U.
HOLLADAY, D. U. DINSMORE, G. B.
IN OAK RIDGE NATIONAL LAB. TENN.
4832000.
YR 75. 16P.
TI TAPERED FLUIDIZED-BED BIOREACTOR FOR
TREATMENT OF AQUEOUS EFFLUENTS FROM
COAL CONVERSION PROCESSES.
PR PCS3.50/MF$2.25.
AB A BIOREACTOR SYSTEM BASED ON A
TAPERED FLUIDIZED BED IS UNDER
DEVELOPMENT FOR THE MICROBIOLOGICAL
DEGRADATION OF HAZARDOUS ORGANIC
COMPOUNDS EXPECTED IN AQUEOUS
EFFLUENT UASTE STREAMS FROM COAL
CONVERSION PROCESSES. THE CONCEPT
UILL BE USED UITH FLUIDIZED
PARTICLES HAVING ADHERING
MICROORGANISMS. THE USE OF A
FLUIDIZED REACTION MEDIUM ALLEVIATES
OPERATIONAL PROBLEMS ASSOCIATED UITH
BIOMASS BUILDUP AND ALLOUS EASY
REMOVAL OR ADDITION OF THE ACTIVE
MATERIALS. THE TAPERED REACTOR
TENDS TO STABILIZE THE FLUIDIZED BED
UHILE ALLOUING A MUCH UIDER RANGE OF
OPERATING CONDITIONS. PRELIMINARY
EXPERIMENTAL RESULTS FROM A STUDY
MADE UITH A 3-IN. -DIAM TAPERED
FLUIDIZED-BED REACTOR THAT CONTAINED
ADHERING PSEUDOMONAS BACTERIA AND
OPERATED AEROBICALLY INDICATE THAT
THE PHENOL CONTENT OF A FEED STREAM
CAN BE REDUCED TO LESS THAN 25 PPB.
THIS CONCEPT IS COMPATIBLE UITH
MULTISTAGE OPERATION, AND SCALE-UP
IS CONSIDERED PRACTICAL.
MJ CHEMICAL-REACTORS, DESIGN,
BIODEGRADATION, FLUIDIZED-BED.
MN EQUIPMENT, PSEUDOMONAS, UASTE-
PROCESSING.
ID ERDA-010800UATER-POLLUTION- CONTROL,
INDUSTRIAL-UASTE- TREATMENT,
BACTERIA, PHENOLS, NTISERDA.
AN N CONF-751215-2.
<1058>
AU SDIKA, A. CABRIDENC, R.
IN SERV. EAU-BIOL.-FERMENT. INST. RECH.
CHIM. APPL. VERT-LE-PETIT. FR.
YR 76.
TI ANALYTICAL STUDIES ON THE ORGANIC
MICROPOLLUTION OF UATER.
SO J. FR. HYDROL. 7. P95-100. 1976.
LG FR.
DE ORG POLLUTANT DETN UATER. PHENOL
DETN UATER. CHLORINATED HYDROCARBON
DETN UATER. INDOLE DETN UftTER.
MERCURY ORG DETN UATER. AMINE DETN
UATER. ESTROGEN DETN UATER.
NITROSOAMINE DETN UATER.
311
-------
AN C 88706843997.
<1059>
AU SEE C L. BUIKEMfl A L JR. CAIRNS J
JR.
YR 74.
TI THE EFFECTS OF SELECTED TOXICANTS ON
SURVIVAL OF DUGESIA- TIGRINA
TURBELLARIA.
SO ASB (ASSOC SOUTHEAST BIOL) BULL. 21
(2). 82.
DE ABSTRACT MERCURY CHROMIUM COPPER
ZINC NICKEL LEAD CHLORDANE ALKYL
BENZEHESULFONATE PHENOL CYANIDE
UATER POLLUTANTS.
AN B 75074552.
<1360>
AU SEIBER, J. N. CROSBY, D. G. FOUDA,
H. SODERQUIST, C. J.
IN DEP. ENVIRON. TOXICOL. UNIV.
CALIFORNIA. DAVIS. CALIF.
YR 72.
TI ETHER DERIVATIVES FOR THE
DETERMINATION OF PHENOLS AND PHENOL-
GENERATING PESTICIDES BY ELECTRON-
CAPTURE GAS CHROMATOGRAPHY.
SO J. CHROMATOGR. 73. P89-97. 1972.
LG EN.
DE GAS CHROMATOG PHENOL PESTICIDE.
ETHER DERIVATIZATION GAS CHROMATOG.
UATER PESTICIDE GAS CHROMATOG.
AN C 07807839084.
AU SEILER J P.
YR 75.
TI TOXICOLOGY AND GENETIC EFFECTS OF
BENZIMIDAZOLE COMPOUNDS.
SO MUTAT RES. 32 (2). (RECD 1976)
151-168.
DE BACTERIA FUNGUS HUMAN ANTI MITOTIC
ACTIVITY.
AN B 62014033.
<1062>
AU SEKI H.
YR 75.
TI THERMAL STRESS FOR HEXA DECANE
DECOMPOSITION IN SEA UATER OF A
NATURAL ENVIRONMENT.
SO MER (TOKYO). 13 (2). 53-57.
DE MICROORGANISMS JAPAN UATER POLLUTION
SELF PURIFICATION.
AN B 61045651.
<1063>
AU SEKI H.
YR 74.
TI HEXA DECANE DECOMPOSITION IN THE
EUTROPHIC BAY OF SHIMODA JAPAN AT
SUMMER STAGNATION PERIOD.
SO MER (TOKYO). 12 (4). (RECD 1975)
186-191.
DE BACTERIA TOKYO BAY UATER POLLUTION
SELF PURIFICATION.
AN B 61045643.
<1064>
AU SEKI H.
IN OCEAN RESEARCH INSTITUTE, UNIVERSITY
OF TOKYO, MINAMI-DAI 1- 15-1,
NAKANO-KU, TOKYO, JAPAN.
YR 76.
TI METHOD FOR ESTIMATING THE
DECOMPOSITION OF HEXADECANE IN THE
MARINE ENVIRONMENT.
SO APPL ENVIRON MICROBIOL. 31. 3.
P439-41. MAR 76.
LG EN.
MJ ALKANES: ME.
MN BACTERIA: IP. JAPAN.
AN M 76230255. 7610.
<1065>
AU SEMENOVA L M.
YR 72.
TI TOXIC EFFECT OF PHENOL ON ZOO
PLANKTON IN TANKS.
SO BIOL VNUTR VOD INF BYULL. (15).
21-25.
DE CLADOCERA ROTIFER CRUSTACEA
DECOMPOSING MICROORGANISMS.
AN B 57030449.
<1066>
AU SEMOV, V. ANDREEVA, L.
YR 72. 7P.
TI MICROS IAL DEGRADATION OF PHENOLS IN
THE PURIFICATION OF PHENOLIC UASTE
UATERS UITH ACTIVATED SLUDGE.
AV TRANSLATED FROM TR. NAUCHNOIZSLED.
INST. VODOSNABDYAVANE, KANALIZ.
SAN IT. TEKH.
PR PC$3.50/MF$2.25.
AB LABORATORY INVESTIGATIONS ON THE
PURIFICATION OF PHENOL UASTE UATERS
IN THE COKE CHEMICAL PLANT IN
KREMIKOVZI, TOGETHER UITH DOMESTIC
SEUfiGE HAVE BEEN CARRIED OUT. IN
THE PROCESS OF THE GRADUAL CHARGING
OF THE ACTIVATED SLUDGE TANKS UITH
PHENOL UATER THE CAPABILITY OF
MICROORGANISMS OF ACTIVATED SLUDGE
312
-------
TO DEGRADATE THE DIFFERENT PHENOL
COMPONENTS AS MONOVALENT OR BIVALENT
PHENOLS HAS BEEN INVESTIGATED. IT
HAS BEEN ESTABLISHED THAT THE MOST
EASILY DEGRADATED BIOLOGICALLY UERE
THE PHENOL AND THE PYROCATECHOL.
THE 0- CRESOL AND THE RESORCINOL
UERE COMPARATIVELY LESS ACCESSIBLE
TO BE DECOMPOSED BY MICROORGANISMS
BUT THE QUINOL LJAS DECOMPOSED UITH
DIFFICULTY OR NOT ALL.
MJ PHENOLS, DECOMPOSITION.
MN MICROORGANISMS, PURIFICATION.
ID ERDA-400300, ERDA-520200,
INDUSTRIAL-UASTE-TREATMENT, UATER-
POLLUTION-CONTROL, NTISERDA.
AN N ORNL-TR-2983.
<1067>
AU SEN GUPTA, MRS. P. MONDAL, A.
MITRA, S. N.
IN CENT. FOOD LAB. CALCUTTA. INDIA.
YR 72.
TI SEPARATION AND QUANTITATIVE
ESTIMATION OF DIMETHYLAMINE AND
TRIMETHYLAMINE IN FISH BY PAPER
CHROMATOGRAPHY.
SO J. INST. CHEM. CALCUTTA. 44. P49-
50. 1972.
LG EN.
DE METHYLAMINE FISH CHROMATOG.
AN C 07713086695.
<106B>
AU SESTOKAS, J. CUKERZIS, J.
IN INST. ZOOL. PARAZITOL. VILNIUS.
USSR.
YR 73.
TI EFFECT OF PHENOL ON CRAYFISH.
SO BIOL. ISSLED. VNUTR. VODOEMAKH
PRIBALTIKI, TR. NAUCHN. KONF. IZUCH.
VNUTR. VODOEMOV PRIBALTIKI, 15TH.
P120-1. 1973.
LG RS.
AV PETROVICH, P. G. ZHUKOV, P. I.
KOKHNENKO, S. V.
DE PHENOL TOXICITY CRAYFISH. UATER
OXYGEN PHENOL CRAYFISH.
AN C 08319158655.
<1069>
AU SFORZOLINI, G. S. SAVING, A.
MONARCA, S.
YR 74. 19P.
TI DECONTAMINATION OF UATER
CONTAMINATED UITH POLYCYCLIC
AROMATIC HYDROCARBONS (PAH). II.
ACTION OF CHLORINE AND OZONE ON PAH
DISSOLVED IN DRINKING AND RIVER
UATER.
AV TRANSLATION.
PR PC$3.50/MF$2.25.
AB EFFECTS OF CHLORINE AND OZONE ON
POLYCYCLIC AROMATIC HYDROCARBONS
(PAH) IN DRINKING UATER AND RIVER
UATER UERE STUDIED. REACTIONS
BETUEEN OXIDIZING AGENTS AND OTHER
CHEMICAL SUBSTANCES IN THE TUO KINDS
OF UATER UERE ALSO STUDIED. OZONE-
ENRICHED AIR IN A CONCENTRATION OF
0.40 MG/L EXERTED A STRONGER EFFECT
ON THE PAH THAN CHLORINE IN UATER IN
A CONCENTRATION OF 2 MG/L. THE
HYDROCARBON MOST SENSITIVE TO THE
ACTION OF OXIDIZING AGENTS UAS 3,4-
BENZOPYRENE; THE LEAST SENSITIVE UAS
3,4-BENZOFLUORANTHENE. THE
VARIABILITY OF RESULTS OF INDIVIDUAL
TESTS UAS HIGH IN RIVER UATER AND IN
DE-IONIZED UATER, LOU OR ZERO IN
DOUBLY DISTILLED UATER AND IN
DRINKING UATER. UITH PYRENE AND 3,4-
BENZOPYRENE DISSOLVED IN DOUBLY
DISTILLED UATER AND IN DE-IONIZED
UATER, IN TREATMENTS UITH CHLORINE
THERE UERE OBSERVED
SPECTROPHOTOMETRICALLY NEU PEAKS IN
THE UV AND IN THE LOU VISIBLE.
MJ DRINKING-UATER, DECONTAMINATION,
SURFACE-UATERS, DECONTAMINATION,
OZONE, CHEMICAL-REACTIONS,
HYDROCARBONS, CHEMICAL-REACTIONS.
MN AROMATICS, BENZOPYRENE, CHLORINE,
OXIDATION, PYRENE.
ID ERDA-520200, TRANSLATIONS,
AROMATIC-POLYCYCLIC-HYDROCARBONS,
CHLORINATION, OZONIZATION, NTISERDA.
AN N ORNL-TR-2961.
<1070>
AU SFORZOLINI, G. S. SAVING, A.
MONARCA, S. LOLL IN I, M. N.
YR 74. 19P.
TI DECONTAMINATION OF UATER
CONTAMINATED UITH POLYCYCLIC
AROMATIC HYDROCARBONS (PAH). I.
ACTION OF CHLORINE AND OZONE ON PAH
DISSOLVED IN DOUBLY DISTILLED AND IN
DE-IONIZED UATER.
AV TRANSLATED BY MARTHA GERRARD FROM.
PR PC$3.50/MF$2.25.
AB THE ACTION OF CHLORINE AND OZONE ON
SOME POLYNUCLEAR AROMATIC
HYDROCARBONS (PAH) DISSOLVED IN
BIDISTILLED UATER AND IN DEIONIZED
UATER UAS STUDIED AS A PART OF A
LARGER STUDY ON THE DECONTAMINATION
OF POLLUTED UATERS BY CARCINOGENIC
313
-------
HYDROCARBONS. THE PAH EXAMINED ARE:
PYRENE; 1,2-BENZANTHRACENE; 3,4-
BENZAPYRENE; 3,4-BENZAFLUORANTHANE;
11,12-BENZAFLUORANTHENE. THE
CHLORIDE—WATER UAS USED UITH A CL
SUB 2 CONCENTRATION OF 2 + OR - 0.25
MG/1 AND THE OZONE-ENRICHED AIR IN A
0 SUB 3 CONCENTRATION OF 8.40 + OR -
B.05 MG/1, BOTH FOR A CONTACT PERIOD
OF 30 MIN. ALL THE PAH UNDER STUDY
UERE EXPOSED TO THE OXIDIZING ACTION
OF CL SUB 2 AND 0 SUB 3 .THE 3,4-
BENZAPYRENE UAS THE MOST SENSITIVE
TO THE ACTION OF THE OXIDIZING
AGENTS AND REGULARLY SHOUED A
DECREASE OF 188 PERCENT OF ITS
ORIGINAL CONTENT. THE ACTION
EXERTED BY 0 SUB 3 (AT A
CONCENTRATION 5 TIMES LOUER THAN
THAT OF CL SUB 2 ) UAS STRONGER THAN
THAT EXERTED BY THE CL SUB 3 FOR THE
SAME CONTACT PERIOD AND UAS MORE
COMPLETE AS IS INDICATED BY THE
ABSENCE OF NEU COMPOUNDS. ON THE
CONTRARY THE REACTION OF CL SUB 2
UITH PYRENE AND 3,4-BENZAPYRENE
PRODUCED CHLORINE DERIVATES. IN
DEIONIZED UATER AND UHEN TREATED
UITH CL SUB 2, THE PERCENTAGE
DECREASE OBSERVED VARIED IN EACH
TEST. ThE STANDARD DEVIATIONS AND
CONFIDENCE INTERVALS OF THE AVERAGE
VALUES UERE ALUAYS RATHER LARGE FOR
ALL HYDROCARBONS UITH THE EXCEPTION
OF 3,4-BENZAPYRENE. RESULTS
INDICATE THE PRESENCE OF TRACES OF
MINERAL ELEMENTS IN THE UATER,
INTERFERRING IN THE REACTIONS
BETUEEN CL SUB 2 AND THE
HYDROCARBONS BUT NOT BETUEEN 0 SUB 3
AND THE HYDROCARBONS.
MJ BENZOFYRENE, REMOVAL,
BENZANTHRACENE, REMOVAL, AROMATICS,
REMOVAL, ORGANIC-FLUORINE-COMPOUNDS,
REMOVAL.
MN CHEMICAL-REACTIONS, CHLORINE,
ORGANIC-CHLORINE-COMPOUNDS, OZONE,
PURIFICATION, UATER,
UATER-POLLUTION.
ID ERDA-480105, ERDA-528200, UATER-
POLLUTION-CONTROL, AROMATIC-
POL YCYCL I C-HYDROCARBONS,
OZONIZATION, CHLORINATION, NTISERDA
AN N ORNL-TR-2968.
AU SHABAD L M. IL'NITSKII A P.
YR 76.
TI RESULTS OF DISCUSSIONS ON THE
HYGIENIC STANDARDIZATION OF
CARCINOGENIC SUBSTANCES.
SO GIG SANIT. (5). 91-93.
DE HUMAN ANIMAL BENZO PYRENE N NITROSO
COMPOUNDS AFLA TOXINS CARCINOGENS
AIR UATER SOIL POLLUTION FOOD
CONTAMINATION MAXIMUM ALLOUABLE
CONCENTRATION.
AN B 63052531.
<1872>
AU SHABAD L M. IL'NITSKII A P.
YR 75.
TI POSSIBILITY OF ESTABLISHING THE
PERMISSIBLE LEVEL OF BENZO A PYRENE
IN SOIL.
SO GIG SANIT. (4). 88-91.
DE HUMAN FOOD PLANTS ANIMALS UATER
CARCINOGEN DUST MAXIMUM ALLOUABLE
CONCENTRATION.
AN B 61052350.
<1073>
AU SHABAD, L. M.
IN DEP. CARCINOG. AGENTS. INST. EXP.
CLIN. ONCOL. MOSCOU. USSR.
YR 75.
TI CIRCULATION OF CARCINOGENIC
SUBSTANCES IN THE ENVIRONMENT. FROM
LABORATORY EXPERIMENTS TO FIELD
INVESTIGATIONS.
SO GANN MONOGR. CANCER RES. 17.
P179-87. 1975.
LG EN.
DE CARCINOGENIC POLYCYCLIC AROM
HYDROCARBON. BENZOPYRENE AIR
POLLUTION. SOIL POLLUTION POLYCYCLIC
HYDROCARBON. UATER POLLUTION
POLYCYCLIC HYDROCARBON.
AN C 08420140036.
<1074>
AU SHABAD, L. M. IL'NITSKII, A. P.
IN USSR.
YR 72.
TI CONTAMINATION OF RESERVOIRS BY
CARCINOGENIC HYDROCARBONS.
SO VOP. PROFIL. ZAGRYAZNENIYA VHNESH.
SREDY, CHASTNOSTI VODOEMOV,
KANTSEROGEN. VESHCHESTV. P5-13.
1972.
LG RS.
DE BENZOPYRENE POLLUTION UATER.
NITROSAMINE POLLUTION UATER. UATER
POLLUTION BENZOPYRENE NITROSAMINE.
AN C 87902009557.
314
-------
<1075>
AU SHABAD, L. M. IL'NITSKII, A. P.
IN INST. EKSP. KLIN. ONKOL. MOSCOW.
USSR.
YR 72.
TI POLLUTION OF RESERVOIRS UITH
CARCINOGENIC HYDROCARBONS AND
SUBSEQUENT FATE OF THESE SUBSTANCES.
SO VESTN. AKAD. MED. NAUK SSSR. 27.
P35-42. 1972.
LG RS.
DE CARCINOGEN RESERVOIR UATER.
BENZOPYRENE RESERVOIR UATER.
AN C 07703015314.
<1076>
AU SHAH, MUKUND JETHALAL.
IN THE GEORGE WASHINGTON UNIVERSITY
(0075) PH.D. 1970 178PP.
YR 70.
TI CHROMATOGRAPHIC AND SPECTROSCOPIC
STUDIES OF THE OXIDATION PRODUCTS OF
PARA- PHENYLENEDIAMINE AND
RESORCINOL.
SO DAI V3K04), SEC B, P1841.
DE CHEMISTRY, ORGANIC (0490).
AN D ADG70-19580.
<1077>
AU SHARMA, PREM KISHORE. PRASAD,
BADRI.
IN PHYS. DEP. UNIV. ALLAHABAD.
ALLAHABAD. INDIA.
YR 69.
TI SONOCHEMICAL OXIDATION OF AQUEOUS
HYDROQUINONE SOLUTION.
SO J. PRAKT. CHEM. 311. P881-3. 1969.
LG EN.
DE KINETICS SONOCHEM OXIDN
HYDROQUINONES. SONOCHEM OXIDN
HYDROQUINONES KINETICS. OXIDN
SONOCHEM KINETICS HYDROQUINONES.
HYDROQUINONES KINETICS SONOCHEM
OXIDN. BENZOQUINONES HYDROQUINONES
OXIDN.
AN C 07213066162.
<107B>
AU SHEFTEL V 0. TSAM Z S.
KALINICHENKO L T.
YR 74.
TI HYGIENIC EVALUATION OF EPOXY
COMPOSITIONS INTENDED FOR USE IN
UATER SUPPLY.
SO GIG SANIT. (12). (RECD 1975) 81- 82.
DE RAT MOUSE EPI CHLOROHYDRIN POLY
ETHYLENE POLY AMINE DI PHENYLOL
PROPANE DI BUTYL PHTHALATE ACETONE
MAXIMUM ALLOUABLE CONCENTRATION.
AN B 60046384.
<1079>
AU SHELYUG, M. YA. KOSTOVETSK11, YA.
I. VROCHINSKII, K. K. LOSHAKOV,
YU. T. LAKIZA, P. I. YAROSHEVSKII,
B. N. KALYUZHNAYA, L. D.
ZHOLDAKOVA, Z. I. CHERNICHENKO, I.
A.
IN KIEV. USSR.
YR 71.
TI HYGIENIC PROBLEMS OF STANDARDIZING
CHEMICAL SUBSTANCES IN THE
ENVIRONMENT.
SO TR. S'EZDA GIG. UKR. SSR, 8TH.
P59-62. 1971.
LG RS.
AV MEDVED, L. I.
DE REVIEU SOIL UATER TOXICITY STD.
PESTICIDE SOIL UATER REVIEU. PHENOL
SOIL UATER REVIEU. ECOL TOXIC CHEM
ACCUMULATION REVIEU. FOOD TOXICANT
ENVIRONMENT REVIEU.
AN C 07706038670.
<1080>
AU SHEVLYAGIN, V. N. SLYUSARENKO, P.
K.
IN USSR.
YR 73.
TI EXTRACTION OF PHENOL FROM AQUEOUS
SOLUTIONS UITH ANTHRACENE OIL.
SO SB. NAUCHN. TR. MAGNITOGORSK.
GORNOMETALL. INST. NO. 122. P54-6.
1973 .
LG RS.
DE PHENOL EXTN ANTHRACENE OIL.
AN C 08122141678.
AU SHEVLYAGIN, V. N. SLYUSARENKO, P.
K.
IN USSR.
YR 72.
TI EXTRACTION OF PHENOL FROM AQUEOUS
SOLUTIONS UITH ANTHRACENE OIL.
SO SB. NAUCH. TR. MAGNITOGORSK.
GORNOMET. INST. NO. 104. P3-8. 1972.
LG RS.
DE PHENOL REMOVAL UASTE UATER.
ANTHRACENE EXTN PHENOL.
AN C 07824151248.
<1082>
AU SHIBAEVA, L. V. METELITSA, D. I.
DENISOV, E. T.
315
-------
IN FILIAL INST. KHIM. FIZ.
CHERNOGQLOVKfi. USSR.
YR 69.
TI OXIDATION OF PHENOL BY MOLECULAR
OXYGEN IN AQUEOUS SOLUTIONS. II.
ROLE OF HYDROGEN PEROXIDE IN THE
OXYGEN OXIDATION OF PHENOL.
SO KINET. KATAL. 10. P1239-43. 1969.
LG RS.
DE PHENOL OXIDN KINETICS. OXIDN
KINETICS PHENOL. KINETICS OXIDN
PHENOL.
AN C 07215078223.
<1083>
AU SHIBAEVA, L. V. METELITSA, D. I.
DENISOV. E. T.
IN FILIAL INST. KHIM. FIZ.
CHERNOGOLOVKA. USSR.
YR 69.
TI OXIDATION OF PHENOL BY MOLECULAR
OXYGEN IN AQUEOUS SOLUTIONS. I.
KINETICS OF THE OXYGEN OXIDATION OF
PHENOL.
SO KINET. KATAL. 10. P1020-5. 1969.
LG RS.
DE PHENOLS 0 OXIDN KINETICS. KINETICS 0
OXIDN PHENOLS.
AN C 07205021143.
<1084>
AU SHIMIZU T. FUKETA Y. TAGUCHI H.
YR 69.
TI MICROSIAL TREATMENT OF INDUSTRIAL
UASTES CONTAINING CYANIDE PART 5
KINETIC STUDIES ON CYANIDE
DEGRADATION REACTION BY
FUSARIUM-SOLANI.
SO J FERMENT TECHNOL. 47 (10). 644-
650.
AN B 51045383.
<1085>
AU SHIMIZU T. TAGUCHI H.
YR 70.
TI MICROSIAL TREATMENT OF INDUSTRIAL
UASTE CONTAINING CYANIDE PART 6
ADAPTIVE FORMATION OF CYANIDE
DEGRADING ENZYME OF FUSARIUM-SOLANI.
SO J FERMENT TECHNOL. 48 (5). 277- 282.
DE KINETIC MODEL.
AN B 52139189.
<1086>
AU SHIMIZU T. TAGUCHI H.
YR 69.
TI MICROS IAL TREATMENT OF INDUSTRIAL
UASTES CONTAINING CYANIDE PART 4
PURIFICATION AND SOME PROPERTIES OF
CYANIDE DEGRADING ENZYME OF
FUSARIUM-SOLANI.
SO J FERMENT TECHNOL. 47 (10). 639-
643.
AN B 51068726.
<1087>
AU SHINOZUKA, FUJIKO.
IN THE UNIVERSITY OF CONNECTICUT (0056)
PH.D. 1962 156PP.
YR 62.
TI THE MICRODETERMINATION OF CYANIDE,
ESPECIALLY BY VOLTAMMETRIC AND
AMPEROMETRIC TECHNIQUES.
SO DAI V23(05) P1503.
DE CHEMISTRY, ANALYTICAL (0486).
AN D ADG62-04396.
<1088>
AU SHIRINKINA, M. I.
IN PERM. POLITEKH. INST. PERM. USSR.
YR 73.
TI 3,4-BENZOPYRENE POLLUTION OF UASTE
UATERS FROM THE 23RD-PARTY- CONGRESS
PERM PETROLEUM REFINERY.
SO NAUCHN. TR. PERMSK. POLITEKH. INST.
141. P18-20. 1973.
LG RS.
DE BENZOPYRENE PETROLEUM UASTEUATER.
AN C 08306047771.
<1089>
AU SHKODICH, P. E. TIKHOMIROV, YU. P.
IN GOR'K. MED. INST. GORKI. USSR.
YR 73.
TI SOME ORGANIC SYNTHESIS INDUSTRIES AS
SOURCES OF RESERVOIR POLLUTION BY
CARCINOGENIC HYDROCARBONS.
SO VOPR. GIG. VODOSNABZH. SAN IT. OKHR.
VODOEMOV, MATER. RESP.
NAUCHNO-PRAKT. KONF. P68. 1973.
LG RS.
AV AKULOV, K. I.
DE BENZOPYRENE PETROLEUM PYROLYSIS
UASTEUATER. COKE PETROLEUM
UASTEUATER BENZOPYRENE. CARCINOGEN
UASTEUATER PETROLEUM PYROLYSIS.
UATER POLLUTION PETROLEUM PYROLYSIS.
AN C 08606033753.
<1090>
AU SHMAL'GAUZEN 0 I.
TI EFFECT OF PHENOL ON DEVELOPMENT OF
THE PRO LARVAE OF ACIPENSERID FISH
PART 2 THE DIGESTIVE SYSTEM.
316
-------
SO SOV J DEV BIOL (ENGL TRANSL
ONTOGENEZ). 3 (5). 1972 (1973) 407-
413.
DE ACIPENSER-GULDENSTADTI COLCHICUS
POISONING FAT METABOLISM.
AN B 74100223.
AU SHMAL'GAUZEN 0 I.
TI EFFECT OF PHENOL ON DEVELOPMENT OF
PROLARVAE OF ACIPENSERID FISH PART 3
PIGMENTATION OF THE SKIN STRUCTURE
OF THE EYES.
SO SOV J DEV BIOL (ENGL TRANSL
ONTOGENEZ). 4 CD. 1973 (1974) 28-
35.
DE STURGEON MELANIN FORMATION
INHIBITION PATHOLOGICAL RETINAL
CHANGES.
AN B 74043746.
<1092>
AU SHMAL'GAUZEN 0 I.
YR 71.
TI EFFECT OF PHENOL ON PRE LARVAL
DEVELOPMENT OF STURGEONS PART 1
EXTERNAL STRUCTURE AND BEHAVIOR.
SO ONTOGENEZ. 2 (6). 603-610.
DE ACIPENSER-GULDENSTADTI-COLCHICUS
ACIPENSER-STELLATUS SENSE ORGAN
SKELETON MUSCLE DIGESTIVE SYSTEM
MALFORMATION DEVELOPMENT DELAY
PIGMENTATION FAT METABOLISM.
AN B 53065543.
<1093>
AU SHMIDT, L. I.
IN NAUCH.-ISSLED. PROEKT. INST. POLIM,
PLASTMASS. LENINGRAD. USSR.
YR 70.
TI LIQUID-PHASE OXIDATION OF UASTE-
UATER PHENOL AT HIGH TEMPERATURES
AND PRESSURES.
SO ZH, PRIKL. KHIM. (LENINGRAD). 43.
P2123-5. 1970.
LG RS.
DE OXIDN PHENOL UASTE UATERS. PHENOL
WASTE UATERS OXIDN. ACETIC ACID
OXIDN UASTE UATERS.
AN C 07408034413.
<1094>
AU SHPON'KO, R. I. NIKITINA, N. I.
NETTE, I. T.
IN USSR.
YR 69
TI FORMATION AND USE OF KETO ACIDS BY
MYCOBACTERIUM LACTICOLUM 80 ON A
MEDIUM UITH N-DECANE.
SO VESTN. MOSK. UNIV. BIOL. POCHVOVED.
24. P106-9. 1969.
LG RS.
DE MYCOBACTERIUM DECANE FERMN. DECANE
FERMN MYCOBACTERIUM. GROUTH FACTORS
BACTERIA. BACTERIA GROUTH FACTORS.
AN C 07201001022.
<1095>
AU SHTEIN, A. L. DURNOVA, M. S.
TRONDINA, G. I.
IN USSR.
YR 76.
TI STUDY OF NAPHTHALENE. AMMONIA, AND
PYRIDINE EQUILIBRIUM AT LOU
CONCENTRATIONS BETUEEN UATER AND
AIR.
SO ZH. PRIKL. KHIM. (LENINGRAD). 49.
P650-1. 1976.
LG RS.
DE NAPHTHALENE REMOVAL AIR. AMMONIA
REMOVAL AIR. PYRIDINE REMOVAL AIR.
COKE AIR PURIFN. UftTER AIR EQUIL
POLLUTANT.
AN C 08508051133.
<1096>
AU SHUKLA 0 P.
YR 70.
TI SPECIFICITY IN THE MICROBIAL
DECOMPOSITION OF PYRIDINE
DERIVATIVES.
SO PROC ABSTR SOC BIOL CHEM (INDIA).
29. 29-30.
DE ABSTRACT ARTHROBACTER
CORYNEBACTERIUM BACILLUS ALPHA
PICOLINE BETA PICOLINE GAMMA
PICOLINE ALPHA PICOLINIC-ACID 2 6
LUTIDINE DEGRADATION.
AN B 72058695.
<1097>
AU SHULESHOV, E. I. PAPKOV, G. I.
GRINSHPUN, V. E. SAMOILOV, A. L.
IN USSR.
YR 75.
TI DEPHENOLIZATION OF TAR UATER USING
STANDARD EXTRACTION COLUMNS.
SO V SB. VOPR. TEKHNOL. ULAVLIVANIYA I
PERERAB. PRODUKTOV KOKSOVANIYA, M.
P43-9. 1975.
LG RS.
DE PHENOL REMOVAL TAR UATER. EXTN
PHENOL TAR UATER.
AN C 08512080715.
317
-------
<1898>
AU SHUSHUNOVA, A. F. SHKODICH, P. E.
SHKANAKIN, N. G. LEMBIK, ZH. L.
IN GOR'K. GOS. UNIV. GORKI. USSR.
YR 75.
TI GAS-CHROMATOGRAPHIC DETERMINATION OF
POLYCYCLIC AROMATIC HYDROCARBONS IN
UASTE UATERS.
SO GIG. SAN IT. P61-3. 1975.
LG RS.
DE POLYACENE DETN UASTEUATER. GAS
CHROMATOG POLYACENE UASTEUATER.
PHENANTHRENE DETN UASTEUATER.
DIBENZANTHRACENE DETN UASTEUATER.
BENZANTHRACENE DETN UASTEUATER.
BEHZPYRENE DETN UASTEUATER.
AN C 08428140326.
<1099>
AU SIDDIQI, I. UAGNER, K -H.
IN JUSTUS LIEBIG-UNIVERSITAET GIESSEN,
INSTITUT FUER
ERNAEHRUNGSUISSENSCHAFT II, GER.
YR 72.
TI EINE UNIVERSALE METHODE ZUR
BESTIMMUNG VON 3,4-BENZPYREN UND
3,4-BENZFLUORANTHEN-AUSGEUERTET AN
REGENUASSER, SICKERUASSER UND
UEIZENPROBEN.
SO CHEMOSPHERE, 1(2): 83-88, MARCH
1972.
LG GE.
AB NONE.
ID DETERMINATION IN LIQUIDS, 3,4-
BENZFLUORANTHEN, 3,4-BENZPYRENE.
DE CARCINOGENS, CHEMICAL ANALYSIS.
AN P 7006934.
AU SIELICKI M. FOCHT D D.
YR 77.
TI STYRENE AND FOLY STYRENE DEGRADATION
BY SOIL MICROORGANISMS.
SO ABSTR ANNU MEET AM SOC MICROBIOL.
77. 274.
DE ABSTRACT BACTERIA.
AN B 77049767.
AU SIELICKI M. FOCHT D D. MARTIN J P.
IN DEPARTMENT OF SOIL AND ENVIRONMENTAL
SCIENCE, UNIVERSITY OF CALIFORNIA,
RIVERSIDE, CALIFORNIA.
YR 78.
TI MICROSIAL TRANSFORMATIONS OF STYRENE
AND 14C STYRENE IN SOIL AND
ENRICHMENT CULTURES.
SO APPL ENVIRON MICROBIOL. 35. 1.
PI24-8. JAN 78.
LG EN.
MJ BACTERIA: ME.
MN BIODEGRADATION. PHENETHYL- ALCOHOL:
ME.
AN M 78101777. 7805.
AU SIELICKI, MARGARETE.
IN UNIVERSITY OF CALIFORNIA, RIVERSIDE
(0032) PH.D. 1977, 077PP.
YR 77.
TI MICROSIAL DEGRADATION OF STYRENE AND
STYRENE POLYMERS.
SO DAI V38(09), SEC B, P4076.
DE MICROBIOLOGY (0410).
AN D ADG78-00848.
AU SIKKA H C. MIYAZAKI S. LYNCH R S.
YR 75.
TI DEGRADATION OF CARBARYL AND 1
NAPHTHOL BY MARINE MICROORGANISMS.
SO BULL ENVIRON CONTAM TOXICOL. 13 (6).
666-672.
DE FLAVOBACTERIUM-SP BREVIBACTERIUM- SP
SERRATIA-MARINA SPIRILLUM-SP
CANDIDA-PARAPSILOSIS RHODOTORULA-
GLUTINIS TRICHOSPORON-FERMENTANS
ASPERGILLUS-FUMIGATUS CULCITALNA-
ACHRASPORA HALOSPHAERIA-
MEDIOSETIGERA HUMICOLA-ALOPALLONELLA
INSECTICIDE.
AN B 75094928.
AU SILVO, OLAVI E. J.
IN SUUNNITTELUKESKUS OY. HELSINKI.
FINLAND.
YR 74.
TI ACUTE TOXICITY OF DIOCTYLPHTHALATE
(DOP) TO RAINBOU TROUT (SALMO
GAIRDNERI) AND ITS EFFECTS ON THE
PHYTOPLANKTON AND OXYGEN CONTENT OF
THE UATER.
SO SUOM. KALATALOUS. 47. P19-25. 1974.
LG FI.
DE PHTHALATE DIOCTYL TOXICITY TROUT.
OXYGEN UATER DIOCTYL PHTHALATE.
PHYTOPLANKTON DIOCTYL PHTHALATE.
AN C 08411069950.
V.
AU SIMONOV V A. NEKHOROSHEVA E
ZAVOROVSKAYA N A.
YR 74.
TI USE OF IR SPECTROSCOPY FOR
318
-------
SO
DE
AN
AU
IN
YR
TI
SO
LG
flV
DE
ftN
DETERMINING ENVIRONMENTAL
POLLUTANTS.
GIG SANIT. (10). 71-72.
REVIEU UflSTE UATER AIR CARBOXYLIC
ACIDS ALDEHYDES ALPHA METHYL STYRENE
LINDANE DI BUTYL PHTHALATE TOLUENE
DI ISO CYAN ATE CARBON TETRA CHLORIDE
DI CHLORO ETHANE EXHAUST GASES OIL.
B 60016547.
SIMONOV, A. I. CHERNYSHOV, V. I.
LEBEDEVA, E. S. TAKUEV, YU. S.
COS. OKEANOGR. INST. MOSCOU. USSR.
75.
FREE RADICAL OXIDATION PROCESSES IN
SEA UfiTER AND METHODS FOR MONITORING
THEM.
MATER. VSES. SIMP. "OKEflNOGR.
flSPEKTY OKHR. VOD KHIM. ZAGRYAZ."
1ST . P140-5. 1975.
RS.
CHERNYSHOV, V. I.
SEAUftTER DEGRDN PETROLEUM PHENOL
MONITORING.
C 08622160897.
SO
LG
MJ
MN
AN
AU
IN
YR
TI
SO
LG
AV
DE
AN
MYCOPATHOLOGIA. 57. 1. P 19-22. 8 DEC
75.
EN.
INDUSTRIAL-UASTE.
COPPER. HYDROGEN- ION- CONCENTRATION:
(PH).
M 76100741.
SINEL'NIKOV, V. E.
INST. BIOL. VNUTR. VOD. USSR.
69.
EXPLANATION OF THE ROLE OF PEROXIDES
IN THE OXIDATION OF PHENOL IN
RESERVOIRS.
MATER. SOVESHCH. PROGNOZIROVANIYU
SODERZH. BIOGENNYKH ELEM. ORG.
VESHCHESTVA VODOKHRAN. Pi 18-26.
1969.
RS.
DRACHEV, S. M.
PHENOLS OXIDIZABILITY RESERVOIR
UATERS. HYDROGEN PEROXIDE RESERVOIR
PHENOLS. COLOR INDEX RESERVOIR
PHENOLS. PEROXIDE PHENOLS OXIDN
RESERVOIR.
C 07422115630.
AU
IN
YR
TI
SO
LG
DE
AN
AU
IN
YR
TI
SIMONOV, fl. I. PAKHOMOVA, fl. S.
VELICHKEVICH, A. K. AFANAS'EVA, N.
A.
USSR.
70.
CHEMICflL POLLUTION OF COASTAL WATERS
OF USSR SEAS.
TR. COS. OKEANOGR. INST. NO. 98.
P212-21. 1970.
RS.
COASTAL POLLUTION USSR SEAS. SEAS
USSR COASTAL POLLUTION. USSR SEAS
COASTAL POLLUTION. PETROLEUM
PRODUCTS POLLUTION SEAS. PHENOLS
POLLUTION SEAS. HEAVY METALS
POLLUTION SEAS. NITRATES POLLUTION
SEAS . NITRITES POLLUTION SEAS.
PHOSPHATES POLLUTION SEAS.
C 07414067425.
SINCLAIR N A. HERRING C M.
DEPARTMENT OF MICROBIOLOGY AND
MEDICAL TECHNOLOGY, UNIVERSITY OF
ARIZONA, TUCSON, ARIZONA.
75.
ISOLATION OF PENICILLIUM CORYLOPHIUM
DIERCKX FROM ACID MINE UATER AND ITS
OPTIMAL GROWTH ON HYDROCARBONS AT
ACID PH.
AU SINEL'NIKOV, V. E. BREUSOV, N. G.
IN USSR.
YR 73.
TI FLUORESCENCE OF UATERS OF OPEN-
UATER BODIES IN THE ULTRAVIOLET
SPECTRAL REGION AND ITS USE FOR
DETERMINATION OF PHENOLS.
SO TR. INST. BIOL. VNUTR. VOD, AKAD.
NAUK SSSR. NO. 24. P212-17. 1973.
LG RS.
DE PHENOL DETN UATER FLUORESCENCE.
UASTEUATER ANALYSIS PHENOL
FLUORESCENCE.
AN C 08014074027.
AU SINGH H D. LONSANE B K. BARUA P K.
BARUAH J N. IYENGAR M S.
YR 74.
TI FORMATION OF SALICYLIC ACID FROM
NAPHTHALENE BY MICROORGANISMS: PART
II. FACTORS AFFECTING SALICYLIC ACID
ACCUMULATION.
SO INDIAN J EXP BIOL. 12. 2. P162- 5.
MAR 74.
LG EN.
MJ NAPHTHALENES: ME. (SALICYLIC- ACID).
MN CULTURE-MEDIA.
AN M 75059462.
319
-------
AU SINGH N. CHOJER S N. TANDON S P.
IN DEP. CHEM. ALLAHABAD UNIV.
ALLAHABAD, U.P. INDIA.
YR 73.
TI EFFECT OF PYRIDINE TOLUENE AND
CARBON DI SULFIDE ON THE EROUTH OF
NITRIFYING BACTERIA IN OMELIANSKYS
MEDIUM.
SO BflL^JflNT VIDYAPEETH J AGRIC SCI RES.
15 (1-2). (1976) (RECD 1977)
122-128.
LG EN.
DE NI7ROSOMONAS SOIL STERILIZATION
GROUTH.
AN B 65816928.
flU SIZOVA. G. S. USOVA, E. P.
ZNAMENSKAYA, ft. P.
IN STATE SCI.-RES. DES. INST. NITROGEN
IND. PROD. ORG. SYNTH. MOSCOU. USSR.
YR 77.
TI GAS CHROMATOGRAPH1C DETERMINATION OF
FORMIC AND ACETIC ACIDS AND
FORMALDEHYDE IN AQUEOUS SOLUTIONS.
SO ZH. ANAL. KHIM. 32. P1034-6. 1977.
LG RS.
DE GAS CHROMATOG BENZOIC ACID PRODN.
ACETIC ACID DETN GAS CHROMATOG.
FORMIC ACID DETN GAS CHROMATOG.
FORMALDEHYDE DETN GAS CHROMATOG.
AN C 88718145394.
AU SKIDMORE J F.
YR 74.
TI FACTORS AFFECTING THE TOXICITY OF
POLLUTANTS TO FISH.
SO VET REC. 94. 20. P456-8. 18 MAY 74.
LG EN.
MJ FISHES.
MN ANIMAL. PHENOLS: TO. AN. SPECIES-
SPECIFICITY. DRUG-ANTAGONISM.
AN M 74381671.
AU SKOROKHODOVA V A. OVERCHENKO M B.
DOBROLINSKAYA G M.
YR 76.
TI EFFECT OF SOME CATIONS AND ANIONS ON
THE MICROBIOLOGICAL OXIDATION OF
GLYCEROL TO DI OXY ACETONE BY
BACTERIA ACETOBACTER- SUBOXYDANS.
SO PRIKL BIOKHIM MIKROBIOL. 12 (2).
265-268.
DE MINERAL PHOSPHATE CORN EXTRACT
MEDIA.
AN B 62860138.
AU SKRIABIN G K. GOLOVLEV E L.
YR 74.
TI CURRENT TRENDS IN THE
MICROBIOLOGICAL TRANSFORMATION OF
ORGANIC COMPOUNDS.
TR SOVREMENNYE TENDENTSII
MIKROBIOLOGICHESKQI TRANSFORMATS11
ORGANICHESKIKH SOEDINENII.
SO IZV AKAD NAUK SSSR BIOL. 3. P381-
93. MAY-JUN 74.
LG RS.
MJ BACTERIA: ME.
MN ACRYLATES: PD. DICARBOXYLIC- ACIDS:
BI. HYDROXYPROGESTERONE: BI,
(20-HYDROXYPROGESTERONE). MUTATION.
OXIDATION-REDUCTION. (PENICILLIN).
PYRIDINES: ME. XYLENES: ME,
(XYLENE).
AN M 75178672.
AU SKRIABIN G K. GOLOVLEVA L A.
ANDREEV L V. FINKEL'SHEIN Z I.
NOVIK S N.
YR 72.
TI ENZYMATIC OXIDATION OF HETEROCYCLIC
COMPOUNDS BY BACTERIAL CULTURES.
TR ENZIMATICHESKOE OKISLENIE
GETEROTSIKLICHESKIKH SOEDINENII
MIKROBNYMI KUL'TURAMI.
SO DOKL AKAD NAUK SSSR. 203. 2. P483-5.
MAR 72.
LG RS.
MJ ALKANES: ME.
MN CHLORAMPHENICOL: PD. PICOLINE: ME.
AN M 72137093.
AU SLAVE, T. MIHAIL, ALEXANDRA.
BURMAZ, NICULINfl.
IN ROM.
YR 74.
TI DEGRADATION OF SOME ORGANIC
IMPURITIES IN RESIDUAL UATERS.
SO REV. CHIM. (BUCHAREST). 25. P666-
70. 1974.
LG RO.
DE PROMETRYNE BIODEGRDN UASTEUATER.
CYANURYL CHLORIDE BIODEGRDN
UASTEUATER. ACETONE CYANOHYDRIN
BIODEGRDN UASTEUATER. METHANOL
BIODEGRDN UASTEUATER. ISOAMYL ALC
BIODEGRDN UASTEUATER. ETHYLBENZENE
BIODEGRDN UASTEUATER. ETHYLENE
GLYCOL BIODEGRDN UASTEUATER. ETHYL
320
-------
ACETATE BIODEGRDN UASTEUATER.
METHACRYLATE BIODEGRDN UflSTEUflTER.
ETHYLAMINE BIODEGRDN UflSTEUflTER.
flN C 08212076801.
flU SLAVE, T. MIHfilL, ALEXANDRA.
BURMAZ, NICULINfl. NITELEA, I.
MARCIA, E.
IN INST. CERCET. CHIM-FflRM. BUCHflREST.
ROM.
YR 73.
TI BIOLOGICflL OXIDflTION OF SOME ORGANIC
UflSTES IN UASTE UATERS FROM THE
ACRYLONITRILE SYNTHESIS.
SO STUD. CERCET. BIOCHIM. 16. P195-
201. 1973.
LG RO.
DE flCRYLONITRILE MANUF UASTE UATER.
PSEUDOMONAS ACRYLONITRILE MflNUF
UASTE UATER. BIOL OXIDN
flCRYLONITRILE UASTE UATER.
SURFACTANT ACRYLONITRILE UASTE
UATER.
AN C 07908845444.
AU SMETANINA, E. K. PETUKHOV, V. N.
SHEVLYAGIN, V. N.
IN USSR.
YR 69.
TI DEPHENOLIZING OF UASTE UATERS BY
ANTHRACENE OIL UITH THEIR FINAL
PURIFICATION AT A CONCENTRATION
PLANT.
SO NAUCH. TR. MAGNITOGORSK. GORNOMET.
INST. NO. 68. P108-13. 1969.
LG RS.
DE DEPHENOLIZING UASTE UATER ANTHRACENE
OIL. PiiENOLS REMOVAL UASTE UATER .
COAL BENEFICIATION UASTE UATER.
AN C 07512080055.
IN DEPARTMENT OF MICROBIOLOGY,
UNIVERSITY COLLEGE, CARDIFF, CF2
1TA.
YR 75.
TI THE MICROBIAL DEGRADATION OF
CYCLOHEXANE CARBOXYLIC ACID.
SO J GEN MICROSIOL. 91. 1. P210-2. NOV
75.
LG EN.
MJ ARTHROBACTER: ME. SOIL-
MICROBIOLOGY.
MN flRTHROBACTER: EN. OXYGENASES: ME.
AN M 76070927.
AU SMITH R V. ROSAZZA J P. ENGEL K 0.
HUMPHREY D U.
IN DRUG DYNAMICS INSTITUTE, COLLEGE OF
PHflRMACY, UNIVERSITY OF TEXAS AT
flUSTIN, TEXAS 78712 (U.S.A.).
YR 75.
TI GAS-LIQUID AND THIN-LAYER
CHROMATOGRAPHIC DETERMINATIONS OF
XYLENOLS IN MICROBIAL EXTRACTS.
SO J CHROMATOGR. 106. 1. P235-7. 19 MAR
75.
LG EN.
MJ CHROMATOGRAPHY.
MN CHROMATOGRAPHY-GAS. PHENOLS: AN.
UNITED-STATES-GOVERNMENT-SUPPORTED-
NON-NIH: CNON-NIH-SUP).
AN M 75211571.
AU SMITH R V. ROSflZZA J P. NELSON R
A.
YR 74.
TI THIN LAYER CHROMATOGRAPHIC
DETERMINATION OF SIMPLE PHENOLS IN
MICROBIAL EXTRACTS.
SO J CHROMATOGR. 95 (2). 247-249.
DE METABOLISM.
AN B 59015345.
AU SMITH C E. PIPER R G.
YR 72.
TI PATHOLOGICAL EFFECTS IN FORMALIN
TREATED RAINBOU TROUT SALMO-
GAIRDNERI.
SO J FISH RES BOARD CAN. 29 (3).
328-329.
DE GILL EPITHELIUM HISTO PATHOLOGY
FISHERY SIGNIFICANCE.
AN B 54053850.
AU SMITH D I. CflLLELY A G.
AU SMITH, GERARD V. CHEN, JUH U.
SEYFFARTH, KONRAD.
IN DEP. CHEM. BIOCHEM. SOUTH. ILLINOIS
UNIV. CARBONDALE. ILL.
YR 73.
TI CATALYTIC AND SONOCATALYTIC
OXIDATIONS OF AQUEOUS PHENOL.
SO CATAL. PROC. INT. CONGR. 5TH. 2.
P893-903. 1973.
LG EN.
AV HIGHTOUER, JOE U.
DE SONOCATALYTIC OXIDN PHENOL.
CATALYTIC SOUND OXIDN PHENOL.
321
-------
AN C 08017095412.
MJ
AU SMITH, ROBERT V. HUMPHREY, DAVID U.
ENGEL, KENNETH 0. ROSAZZA, JOHN P.
IN COLL. PHflRM. UNIV. TEXAS. flUSTIN.
TEX.
YR 76.
TI MICROS IAL MODELS OF MAMMALIAN
METftBDLISM: AROMATIC HYDROXYLATION
OF ISOMERIC XYLENES.
SO APPL. ENVIRON. MICROBIOL. 31.
P448-9. 1976.
LG EN.
DE XYLENE HYDROXYLATION FUNGI.
flSPERGILLUS XYLENE HYDROXYLflTION.
GLIOCLADIUM XYLENE HYDROXYLflTION.
STREPTOMYCES XYLENE HYDROXYLfiTION.
flN C 08421147468.
flU SNOEYINK, VERNON L. KIM, BYUNG R.
HINRICHS, RICHflRD L. JENNINGS,
PAUL ft.
IN ILLINOIS UNIV URBANA. 175750.
YR 74. 83P.
TI SYNTHETIC RESINS AND ACTIVATED
CflRBON FOR UASTEUATER TREftTMENT.
NT FINAL REPT. JflN 73-APR 74.
AV 1.
PR PC$4.00/MF$1.45.
flB PREVIOUS RESEARCH REPORTS ON UflTER
flND UASTEUATER TREATMENT SYSTEMS FOR
THE U.S. AIR FORCE HAVE SHOUN THE
APPLICABILITY OF THE ADSORPTION
PROCESS. IN THIS REPORT MAJOR
EMPHASIS IS PLACED ON THE USE OF
SYNTHETIC RESINS AS ADSORBENTS AND
ON THEIR PERFORMANCE RELATIVE TO
ACTIVATED CARBON. A REVIEU OF THE
LITERATURE RELATIVE TO THE USE OF
RESINS HAS SHOUN THflT MANY DIFFERENT
TYPES OF RESINS ARE AVAILABLE, AND
THAT THE CHOICE OF ONE FOR A
PARTICULAR APPLICATION DEPENDS
GREATLY ON THE COMPOUNDS TO BE
ADSORBED. FOR WATERS CONTAINING
HIGH CONCENTRATIONS OF DETERGENTS,
OR LJATERS CONTAINING A HETEROGENEOUS
MIXTURE CF ORGANIC COMPOUNDS, SUCH
AS DOMESTIC UASTEUATER OR EFFLUENT
FROM A SECONDARY BIOLOGICAL PLANT
TREATING DOMESTIC SEUftGE, THE UEAK
BASE RESIN SEEMS TO FUNCTION BEST.
EXPERIMENTAL RESEARCH VERIFIED THIS
CONCLUSION; HOUEVER. THE ADSORPTION
CAPACITY OF THE RESIN AND THE NUMBER
OF SPECIES UHICH COULD BE ADSORBED
BY THE RESINS GENERALLY APPEARED TO
BE LESS THAN THAT FOR ACTIVATED
CARBON. (MODIFIED AUTHOR ABSTRACT).
SEUAGE-TREATMENT, ADSORPTION,
ION-EXCHANGE.
MN POLYMERS, ACTIVATED-CARBON, PHENOLS,
PESTICIDES.
ID BENZENE-SULFONATES, PERFORMANCE-
EVALUATION, COMPARISON, NTISDODAF.
AN N AD-781 196/1.
AU SOCZEUJINSKI, EDUARD.
UAKSMUNDZKA-HAJNOS, MONIKA.
BIEGANOLJSKA, MARIA .
IN INST. CHEM. PODSTAUOUYCH. AKAD. MED.
LUBLIN. POL.
YR 77.
TI EXTRACTION CHROMATOGRAPHY OF
QUINOLINE BASES IN SYSTEMS OF THE
TYPE UATER + METHANOL/PARAFFIN OIL.
SO CHEM. ANAL. (UARSAU). 22. P289- 94.
1977.
LG PO.
DE PAPER CHROMATOG QUINOLINE BASE.
PARTITION PAPER CHROMATOG AROM BASE.
AN C 08718145372.
AU SODERGREN, ARNOLD UAYNE.
IN UNIVERSITY OF MINNESOTA (0130) PH.D.
1976, 412PP.
YR 76.
TI INVESTIGATIONS OF THE BACTERIAL
METABOLISM OF QUINONE PRECURSORS AND
THEIR ANALOGUES.
SO DAI V37U8), SEC B, P5053.
DE CHEMISTRY, BIOLOGICAL (0487).
AN D ADG77-67036.
AU SQKOLOUSKA, JADUIIGA. MACIEJOUSKI,
FRANCISZEK.
IN OSREDEK BADAU.-ROZUOJOUY KAUCZUKOU
TUORZYU UINYLOUYCH. OSUIECIM. POL.
YR 77.
TI DETERMINATION OF AROMflTIC
HYDROCARBONS BY GAS CHROMATOGRAPHY
IN UASTE UATER FROM PRODUCTION OF
STYRENE AND CUMENE.
SO GAZ, UODA TECH. SANIT. 51. P54- 5.
1977.
LG PO.
DE BENZENE DETN UASTEUATER GAS
. CHROMATOG. TOLUENE DETN UASTEUATER
GAS CHROMATOG. ETHYLBENZENE DETN
UASTEUATER GAS CHROMATOG. CUMENE
DETN UASTEUATER GAS CHROMATOG.
STYRENE DETN UftSTEUATER GAS
322
-------
CHROMflTOG.
C 08712090279.
AN
AU SOLBE, J F DE L G.
IN GREAT BRITAIN DEPT. OF THE
ENVIRONMENT, UATER POLLUTION
RESEARCH LAB. ELDER UAY, STEVENAGE,
HERTFORDSHIRE, ENG.
YR 73.
TI THE RELATION BETWEEN UATER QUALITY
AND THE STATUS OF FISH POPULATIONS
IN UILLOU BROOK.
SO SOCIETY FOR UATER TREATMENT AND
EXAMINATION. JOURNAL, 22(1): 41-61,
1973.
LG EN.
AB NONE.
ID RAINBOU TROUT, UILLOU BROOK, PHENOL,
AMMONIA, NORTHAMPTONSHIRE, DEENE
LAKE.
DE FISH, ENGLAND, ZINC, RIVERS, LAKES,
UATER QUALITY, TOXICITY, POPULATION
VARIATIONS.
AN P 7481344.
AU SOLI G. BENS E M.
YR 72.
TI BACTERIA UHICH ATTACK PETROLEUM
HYDROCARBONS IN A SALINE MEDIUM.
SO BIOTECHNOL BIOENG. 14. 3. P319- 30.
MAY 72.
LG EN.
MJ ALCALIGENES: ME. ME.
MN ALCALIGENES: CY. CALIFORNIA.
CULTURE-MEDIA. MICROSCOPY-ELECTRON-
SCANNING. SEAUATER: AN.
AN M 72193459.
AU SOLOD, V. A. MAZINA, E. I.
IN USSR.
YR 69.
TI SEPARATION FROM THE SOIL AND
SELECTION OF PHENOL-DESTROYING
MICROORGANISMS.
SO TR. KHAR'KOV. SEL'SKOKHOZ. INST. 81,
P46-52. 1969.
LG RS.
DE PHENOL BACTERIA CHERNOZEM SOIL.
AN C 07423121845.
IN USSR.
YR 70. .
TI HIGHLY EFFECTIVE CENTRIFUGAL
EXTRACTORS FOR PHENOL REMOVAL FROM
UASTE UATERS.
SO KHIM. NEFT. MASHINOSTR. PI-2. 1970.
LG RS.
DE PHENOL COKE OVEN UASTE UATERS. COKE
OVEN UASTE UATERS PHENOL. EXTN
PHENOL UASTES BENZENE. BENZENE EXTN
PHENOL UASTES. BUTYL ACETATE EXTN
PHENOLS UASTES. ISOPROPYL ETHER EXTN
PHENOLS UASTES. SHALE PRODN UASTES
PHENOL EXTN. CENTRIFUGAL EXTRACTORS
PHENOLS UASTES.
AN C 07410045376.
AU SOTO C. HELLEBUST J A. HUTCHINSON
T C.
IN DEP. BOT. UNIV. TORONTO, TORONTO,
ONT. CAN.
YR 77.
TI EFFECT OF NAPHTHALENE AND AQUEOUS
CRUDE OIL EXTRACTS ON THE GREEN
FLAGELLATE CHLAMYDOMONAS- ANGULOSA
PART 3 CHANGES IN CELLULAR
COMPOSITION.
SO CAN J BOT. 55 (22). 2765-2777.
LG EN.
DE GROUTH CARBON PROTEIN CARBOHYDRATE
LIPID.
AN B 65041927.
AU SOLODOV, A. I. SHKOROPAD, D. E.
SOLNTSEV, M. YA. TOLMACHEV, I. ft.
BELYANIN, YU. I. FINOGENOV, V. I.
AU SOTO C. HELLEBUST J A. HUTCHINSON
T C.
YR 75.
TI THE EFFECTS OF AQUEOUS EXTRACTS OF
CRUDE OIL AND NAPHTHALENE ON THE
PHYSIOLOGY AND MORPHOLOGY OF A FRESH
UATER GREEN ALGA.
SO SLADECEK, V. (ED.). INTERNATIONALE
VEREINIGUNG FUER THEORETISCHE UND
ANGEUANDTE LIMNOLOGIE,
VERHANDLUNGEN. INTERNATIONAL
ASSOCIATION OF THEORETICAL AND
APPLIED LIMNOLOGY, PROCEEDINGS, VOL.
19, PARTS 1-4. UINNIPEG, MANITOBA,
CANADA, 1974. III+748P. (PT. 1.);
IV+848P.(PT. 2. ); IV+928P.(PT. 3.);
III+886P.(PT. 4.). E.
SCHUEIZERBART'SCHE
VERLAGSBUCHHANDLUNG: STUTTGART, UEST
GERMANY. ISBN 3-510-54008-5(PT. 1.) ;
ISBN 3-510-54009-3(PT. 2); ISBN 3-
510-54010-7(PT. 3.); ISBN 3-510-
54011-5(PT. 4.). (RECD 1976) 2145-
2154.
323
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DE CHLflMYDOMONAS-ANGULOSA TOXICITY
GROWTH PHOTOSYNTHESIS.
AN B 77822887.
AU SOTO C. HELLEBUST J A. HUTCHINSON
T C. SAUA T.
YR 75.
TI EFFECT OF NAPHTHALENE AND AQUEOUS
CRUDE OIL EXTRACTS ON THE GREEN
FLAGELLATE CHLAMYDOMONAS- ANGULOSA
PART 1 GROWTH.
SO CAN J BOT. 53 (2). 109-117.
DE MARINE FRESH UATER POLLUTION
INHIBITION.
AN B 66818889.
AU SOTO, C. HELLEBUST, J. A.
HUTCHINSON, T. C.
IN INST. ENVIRON. STUD. UNIV. TORONTO.
TORONTO. ONT.
YR 75.
TI EFFECT OF NAPHTHALENE AND AQUEOUS
CRUDE OIL EXTRACTS ON THE GREEN
FLAGELLATE CHLAMYDOMONAS ANGULOSA.
II. PHOTOSYNTHESIS AND THE UPTAKE
AND RELEASE OF NAPHTHALENE.
SO CAN. J. BOT. 53. PI 18-26. 1975.
LG EN.
DE ALGA NAPHTHALENE METAB
PHOTOSYNTHESIS. OIL CRUDE
CHLAMYDOMONAS TOXICITY.
AN C 08363623116.
AU SOTSENKO, N. K. YURZHENKO, A. I.
OSADCHII, V. D.
IN KIEV. TEKHNOL. INST. LEGK. ROM.
KIEV. USSR.
YR 73.
TI DETERMINATION OF AMINES AND PHENOLS.
SO IZV. VYSSH. UCHEB. ZAVED. TEKHNOL.
LEGK. PROM. P65-7. 1973.
LG RS.
DE AMINE PHENOL DETN UATER. UATER
ANALYSIS AMINE PHENOL.
AN C 07914883201.
IN SOUTHERN ILLINOIS UNIV. CARBONDALE.
327 968.
YR 71. 76P.
TI FEASIBILITY STUDIES OF APPLICATIONS
OF CATALYTIC OXIDATION IN
UASTEUATER.
AV 1782 ECI-11/71.
PR PC$-GPO/MF$8.95-NTIS.
AB THE RECENT DISCOVERY OF THE
SYNERGISTIC EFFECTS OF CERTAIN
CATALYSTS AND ULTRASOUND
(SONOCATALYSIS) PROMPTED RESEARCH
INVESTIGATING THE FEASIBILITY OF
USING SONOCATALYSIS FOR ADVANCED
UASTEUATER TREATMENT. SONOCATALYTIC
OXIDATION, SONOCATALYTIC OZONATION.
AND CATALYTIC OZONATION UERE TESTED
INDIVIDUALLY ON TREATMENT PLANT
EFFLUENT, AND MECHANISTIC STUDIES OF
SONOCATALYSIS UERE CONDUCTED
CONCURRENTLY USING SYNTHETIC UASTES.
INSONATION, ACTIVATED RANEY-NICKEL
CATALYST, AND AIR FLOU PRODUCED VERY
LHRGE REMOVALS OF COD, OXYGEN DEMAND
INDEX (ODD, AND COLIFORMS FROM
TREATED UASTE-UATERS. SYNTHETIC
UASTES OF PHENOL AND
ORTHOCHLORONITRO BENZENE (OCNB) UERE
PREPARED AND THE SONOCATALYTIC
OZONATION STUDIED. (AUTHOR).
MJ SEUAGE-TREATMENT, ULTRASONIC-
RADIATION, INDUSTRIAL-UASTE-
TREATMENT, ULTRASONIC-RADIATION,
CATALYSTS, ULTRASONIC-RADIATION,
PHENOLS, SEUAGE-TREATMENT.
MN OZONIZATION, OXIDATION, CHLORINE-
AROMATIC-COMPOUNDS, NITRO-
COMPOUNDS, NICKEL,
COLIFORM-BACTERIA.
ID SONOCHEMISTRY, TERTIARY-SEUAGE-
TREATMENT, RANEY-NICKEL-CATALYSTS,
BENZENE-CHLORO-NITRO, UATER-
POLLUTION-CONTROL, CHEMICAL-OXYGEN-
DEMAND .
AN N PB-288 348.
AU SPACKMAN, U. DAVIS,- A. UALKER, P.
L. LOVELL, H. L. ESSENHIGH, R. H.
IN PENNSYLVANIA STATE UNIV. UNIVERSITY
PARK. COAL RESEARCH SECTION. ENERGY
RESEARCH AND DEVELOPMENT
ADMINISTRATION. 9502286.
YR 77. 68P.
TI CHARACTERISTICS OF AMERICAN COALS IN
RELATION TO THEIR CONVERSION INTO
CLEAN ENERGY FUELS. QUARTERLY
TECHNICAL PROGRESS REPORT,
OCTOBER—DECEMBER 1976.
PR PC A84/MF A81.
AB UNDER FACET I, 49 COAL SAMPLES HAVE
BEEN ADDED TO THE PENN STATE/ERDA
SAMPLE BANK. SIXTY-SIX
CHARACTERIZED COAL SAMPLES AND 734
SETS OF ANALYTICAL DATA UERE
PROVIDED UPON REQUEST TO OTHER
AGENCIES. FACET IV-A RESEARCH ON
324
-------
REPCTOR DEVELOPMENT FIND OPERATION TI
HAS LED TO THE CONSTRUCTION OF A
COLD MODEL FOR THE FLOU OF GASES
THROUGH THE COMBUSTION POT. FLOU SO
ANALYSES INDICATE THAT EVEN UITH
RELATIVELY SLOU FLOUS THE MAINSTREAM DE
FLOU IS TURBULENT. METHANOL AND
UATER DENSITIES OF A SERIES OF CHAR
SAMPLES, STUDIED UNDER FACET IV-B, AN
UERE FOUND TO BE QUITE SIMILAR.
DEPOSITION OF CARBON ON CHARS FROM
THE CRACKING OF METHANE RESULTS IN A
REDUCTION OF CHAR SURFACE AREA AND AU
OPEN PORE VOLUME. SIDERITE AND IN
CALCITE CATALYZE THE CRACKING OF
METHANE AT 900 EXP 0 C. NO CATALYTIC YR
ACTIVITY IS EVIDENCED FOR DOLOMITE, TI
PYRITE, ILLITE, QUARTZ, RUTILE, OR
KAOLINITE IN THIS REACTION. FROM A SO
COMPARISON OF REFRACTORY AND UATER-
COOLED BOTTOM BLOCKS, UNDER FACET V- LG
A, IT UAS FOUND THAT EVEN AB
SIGNIFICANT CHANGES IN THE FURNACE ID
BOTTOM TEMPERATURE CAN ONLY CAUSE DE
MODERATE CHANGES IN PLANE-FLAME
FURNACE COMBUSTION PERFORMANCE. AN
(ERA CITATION 02: 050589).
MJ ANTHRACITE, CHARS, COAL, COAL-
GASIFICATION, METHANE, COAL-
PREPARATION . AU
MN CALCITE, OXYGEN, SIDERITE, YR
CATALYTIC-EFFECTS, CHEMICAL- TI
ANALYSIS, CHEMISORPTION, COMBUSTION,
DENSITY, DESORPTION, INFORMATION-
SYSTEMS, MICROSCOPY. POROSITY. SO
PYROLYSIS, SAMPLING. DE
ID ERDA-0 10404, ERDA-0 10600, ERDA- AN
010406, ERDA-0 14000, AIR-POLLUTION-
ABATEMENT, NTISERDA.
AN N FE-2030-6.
AU
IN
YR
TI
AU SPANIER, G.
IN STUTTGART. GER.
YR 70.
TI ION EXCHANGE-CIRCULATION EQUIPMENT
AND CONCENTRATION TREATMENT.
SO OBERFLAECHE. P520-2, 524; 1971, (1), SO
28, 22, 24. 1970.
LG GE.
DE CYANIDE REMOVAL RINSE UATER.
CHROMATE REMOVAL RINSE UATER. ION
EXCHANGE RINSE UATER.
AN C 07908045414.
ASSIMILATION OF HYDRO CARBONS BY
BACTERIAL CULTURES OF MYCOCOCCUS-SP
AND PSEUDOMONAS-SP.
PRIKL BIOKHIM MIKROBIOL. 10 (2).
187-195.
CANDIDA-TROPICAL IS RADIO LABELED
OCTA DECANE ISOTOPE ACCUMULATION
CELL COMPONENTS METABOLITES.
B 59014207.
SPRAGUE, JOHN B. DRURY, DONALD E.
FISHERIES RESEARCH BOARD OF CANADA
BIOLOGICAL STATION. ST. ANDREUS, NB.
69.
AVOIDANCE REACTIONS OF SALMON ID FISH
TO REPRESENTATIVE POLLUTANTS.
SEE CIT. NO. P70-04127,PP. 169- 186,
1969.
EN.
NONE.
SPONTANEOUS AVOIDANCE.
FISHES, CHLORINE, PHENOL,
DETERGENTS, PULP UASTES.
P 7004136.
STAFFORD D A. CALLELY A G.
73.
THE ROLE OF MICROORGANISMS IN UASTE
TIP LAGOON SYSTEMS PURIFYING COKE
OVEN EFFLUENTS.
J APPL BACTERIOL. 36 (1). 77-87.
BACTERIA PHENOL DEGRADATION.
B 57011010.
AU SPITSYNA D N.
GRADOVA N B.
YR 74.
DAVIDOVA E G.
KONOVALOV S A.
STARKEY, R J. JR.
GENERAL ELECTRIC CO. RE-ENTRY 8.
ENVIRONMENTAL SYSTEMS DIV.
ENVIRONMENTAL SCIENCES LAB.
PHILADELPHIA, PA.
71.
PHENOL ANALYSIS — SOME ANALYTICAL
CONSIDERATIONS.
SENSING OF ENVIRONMENTAL POLLUTANTS.
JOINT CONFERENCE. UNBOUND PAPERS.
(HELD IN PALO ALTO, CALIF. NOV. 8 -
10, 1971). SPONSORED BY AMERICAN
CHEMICAL SOCIETY; AMERICAN INSTITUTE
OF AERONAUTICS AND ASTRONAUTICS;
U.S. ENVIRONMENTAL PROTECTION
AGENCY; INSTITUTE OF ELECTRICAL AND
ELECTRONIC ENGINEERS; INSTRUMENT
SOCIETY OF AMERICA; U.S. NATIONAL
AERONAUTICS AND SPACE ADMINISTRATION
AND U.S. NATIONAL OCEANOGRAPHIC AND
ATMOSPHERIC ADMINISTRATION. IN: AIAA
325
-------
PfiPER NO. 71-1036. 18 PAGES, 1971.
LG EN.
AB NONE.
ID ANALYSIS EQUIPMENT AND METHODS,
TASTE.
DE UATER POLLUTANTS, POTABLE UATER,
INSTRUMENTS, PHENOL, ODORS.
AN P 7006934.
AU STARKEY, ROLAND J. JR. SHULL, JAMES
J. ORR, ELAINE D.
IN RE-ENTRY ENVIRON. SYST. DIV. GEN.
ELECTR. CO. PHILADELPHIA. PA.
YR 71.
TI GENERAL ELECTRIC PHENOL ANALYSIS
EQUIPMENT.
SO TECHNOL. UTIL. IDEAS 70'S BEYOND,
PROC. SPEC. AAS (AMER. ASTRONAUT.
SOC.)/AIAA TECH. EVENT. P203-12.
1971.
LG EN.
AV FORBES, F. U.
DE PHENOLS DETN UATER. UATER ANAL
PHENOLS. EXTN PHENOLS DIETHYL ETHER.
FUEL CELL DRINKING UATER.
AN C 97520121230.
AU STAROVOITOV, I. I. PSHIRKOV, S. YU.
NEFEDOVA, M. YU. YAKOVLEV, G. I.
ADANIN, V. M. SKRYABIN, G. K.
IN INST. BIOKHIM. FIZIOL. MIKROORG.
PUSHCHINO-ON-OKA. USSR.
YR 73.
TI MICROBIOLOGICAL OXIDATION OF 1,5-
DIMETHYLKAPHTHALENE.
SO DQKL. AKAD. NAUK SSSR. 213. P1210-12
(BIOCHEM). 1973.
LG RS.
DE NAPHTHALENE DIMETHYL DERIV OXIDN
BACTERIA.
AN C 08019106843.
AU STARZECKA A.
YR 75.
TI THE INFLUENCE OF ACROLEIN AND
HYDROCRYLE ON THE DEVELOPMENT
DYNAMICS OF AQUATIC BACTERIA.
SO ACTA HYDROSIOL. 17 (4). (RECD 1976)
391-403.
DE PSEUDOMONAS ACHROMOBACTER
ALCALIGENES TOXICITY STREAM
POLLUTION.
AN B 63030370.
AU STATHAM C N. SZYJKA S P. MENAHAN L
A. LECH J J.
YR 77.
TI FRACTIONATION AND SUB CELLULAR
LOCALIZATION OF MARKER ENZYMES IN
RAINBOU TROUT LIVER.
SO BIOCHEM PHARMACOL. 26 (15). 1395-
1400.
DE LYSOSOMES MITOCHONDRIA MICROSOMES
ACID PHOSPHATASE ALKALINE
PHOSPHATASE 5 NUCLEOTIDASE GLUCOSE 6
PHOSPHATASE BENZO PYRENE HYDROXYLASE
GLUCURONYL TRANSFERASE.
AN B 64062258.
AU STEFANESCU, T. URSU, GH.
IN ROM.
YR 73.
TI METHOD FOR ACRYLONITRILE AND
ACETONITRILE DETERMINATION IN
RESIDUAL UATERS.
SO MATER. PLAST. (BUCHAREST). 10.
P330-4. 1973.
LG RO.
DE fiCRYLONITRILE DETN UATER.
ACETONITRILE DETN UATER. UATER
ANALYSIS ACRYLONITRILE ACETONITRILE.
AN C 08008040770.
AU STEGEMAN J J.
YR 77.
TI SEX DIFFERENCES IN HEPATIC
MICROSOMAL CYTOCHROME P-450 IN
SPAWNING TROUT.
SO FED PROC. 36 (3). 941.
DE ABSTRACT RAINBOU TROUT SALMO-
GAIRDNERI BROOK TROUT SALVELINUS-
FONTINALIS MIXED FUNCTION OXIDASE
AMINOPYRINE DEMETHYLASE BENZO A
PYRENE HYDROXYLASE STEROID
METABOLISM EPR.
AN B 77038801.
AU STEIN, ALAN. KELLER, E. C. JR.
IN DEP. BIOL. UEST VIRGINIA UNIV.
MORGANTOUN. U. VA.
YR 73.
TI GENE AND GROUTH DYNAMICS OF
CHLORELLA UNDER CONTINUOUS CULTURE
DURING PHENOL STRESS.
SO PROC. U. VA. ACAD. SCI. 45. P103-
11. 1973.
LG EN.
DE PHENOL ALGAE GROUTH GENETICS.
326
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CHLORELLA GROUTH GENETICS PHENOL.
AN C 08025141471.
AU
IN
YR
TI
PR
flB
MJ
flN
STEMPLE, RUTH.
OAK RIDGE NflTIONRL LAB. TENN.
71. 15P.
PHENOL POLLUTION OF WATER- ft
BIBLIOGRflPHY.
PCS3.00 MFS0.95.
FOR flBSTRACT, SEE NSA 26 01, NUMBER
01730.
PHENOLS, UflTER-POLLUTION.
N ORNL-TM-3431.
SO J. GEN. MICROBIOL. 99. PI 19-25.
1977.
LG EN.
DE CYCLOHEXANE METAB NOCftRDIA.
AN C 08711080995.
AU
YR
TI
SO
DE
AN
STOLBUNOV A K.
76.
MICROS IAL DECOMPOSITION OF PHENOLS
IN THE VOLGA AND ITS RESERVOIRS.
HYDROS IOL J (ENGL TRANSL GIDROBIOL
ZH). 12 (1). CRECD 1977) 24-29.
USSR BACTERIA POLLUTION.
B 77067618.
flU
IN
YR
TI
SO
LG
DE
flN
flU
IN
YR
TI
SO
LG
DE
AN
AU
IN
YR
TI
STEPflNOV, V. S. FLEROV, B. ft.
USSR.
69.
EFFECT OF SUBTOXIC CONCENTRflTIONS OF
PHENOL ON THE QUflNTITY flND QUflLITY
OF THE PROGENY OF LEBISTES
RETICULftTUS.
TR. INST. BIOL. VNUTR. VOD, flKflD.
NftUK SSSR. NO. 19. P60-1. 1969.
RS.
FISH FETUSES PHENOL. FETUSES FISH
PHENOL. PHENOL FISH FETUSES.
C 07219097851.
STEPANYAN, I. S. VINOKUR, I. fl.
PflDARYflN, G. M.
USSR.
72.
LIQUID-PHflSE OXIDflTION OF PHENOL,
METHflNOL, flND FORMflLDEHYDE SUITflBLE
FOR PURIFYING UflSTE WATERS.
KHIM. PROM. (MOSCOW). 48. P430- 1.
1972.
RS.
PHENOL LIQ PHflSE OXIDN. METHflNOL LIQ
PHASE OXIDN. FORMALDEHYDE LIQ PHflSE
OXIDN. OXIDN FORMALDEHYDE METHANOL
PHENOL.
C 07714092575.
STIRLING, LYNNE A. UATKINSON, R. J.
HIGGINS, I. J.
MILSTEAD LflB. CHEM. ENZYMOL. SHELL
RES. LTD. SITTINGBOURNE. ENGL.
77.
MICROBIftL METABOLISM OF ALICYCLIC
HYDROCARBONS: ISOLATION AND
PROPERTIES OF A CYCLOHEXANE-
DEGRflDING BflCTERIUM.
AU
YR
TI
SO
DE
AN
AU
YR
TI
SO
DE
AN
AU
YR
TI
SO
DE
STOLBUNOV fl K.
71.
PHENOL flND THIO CYANATE DECOMPOSING
BflCTERIfl flS A FflCTOR IN THE NflTURAL
PURIFICflTION OF THE DNIEPER
RESERVOIRS.
HYDROBIOL J (ENGL TRANSL GIDROBIOL
ZH). 7 (2). 6-14.
USSR POLLUTION.
B 72057772.
STOM D I. BEIM A M.
76.
EFFECT OF PHENOLS ON SOME SPECIES OF
ALGAE.
GIDROBIOL ZH. 12 (6). (RECD 1977)
53-57.
NITELLA TOXIC ITY OXYGEN UPTAKE
SULFONES 0 ftMINO PHENOL BETfl
NAPHTHOL THYMOL GUAIACOL QUINOL DI
METHYL ESTER VERATROLE 0 CRESOL PYRO
CATECHINS BIOLOGICAL DEPRESSANTS.
B 64034839.
STOM D I. BOBOVSKAYA L P.
TIMOFEEVA S S. KALMYCHKOV G V.
KOZHOVA 0 M.
74.
INFLUENCE OF PHENOLS AND THEIR
OXIDflTION PRODUCTS ON AQUATIC PLANTS
AND THEIR CONTENT OF SULFHYDRYL
GROUPS.
DOKL BIOCHEM (ENGL TRflNSL DOKL AKAD
NAUK SSSR SER BIOKHIM). 216 (1- 6).
233-236.
NITELLA-SP DUNALIELLA-SP CHARA- SP
ELODEA-CANADENSIS CHLOROPLASTS
OXIDATION OXYGEN UPTAKE PROTOPLASM
327
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MOVEMENT TOXICITY.
AN B 75045198.
AU STOM D J. KOZHOVA 0 M.
YR 76.
TI COMBINED ACTION OF POLY PHENOLS
QUINONES REDUCERS fiND CERTAIN OTHER
COMPOUNDS ON ftQUflTIC PLANTS.
SO POL ARCH HYDROSIOL. 23 (3). (RECD
1977) 481-408.
DE NITELLA ELODEA DUNALIELLA RESORCINOL
PYRO CflTECHOL HYDRO QUINONE THIOLS
SODIUM DI ETHYL DI THIO CARBAMATE
CYSTEINE GLUTATHIONE ASCORBIC-ACID
SACCHAROSE ATP INDUSTRIAL UASTES
OXIDATION PRODUCTS.
AN B 64010757.
AU STOM, D. I. RATOVSKII, G. V.
TIMOFEEVA, S. S. SUSLOV, S. N.
IN USSR.
YR 76.
TI REASONS FOR THE HIGHER TOXICITY OF
QUINONE ORTHOISOMERS PRESENT IN
INDUSTRIAL EFFLUENTS.
SO GIDROBIOL. ISSLED. VODOEMOV S.IBIRI.
P130-3. 1976.
LG RS.
DE TOXICITY QUINONE UASTEUATER.
AN C 08726206025.
<1164>
AU STOM, D. I. SLABSHIS, 0. A.
TIMOFEEVA. S. S.
IN USSR.
YR 75.
TI CHROMATOGRAPHIC DETECTION OF 0- AND
P-QUINONES UHEN THEY ARE BOTH
PRESENT IN UATER.
SO GIDROKHIM. MATER. 64. P204-9. 1975.
LG RS.
DE QUINONE DETN CHROMATOG. BENZENE
BIOCHEM OXIDN. PHENOL BIOCHEM OXIDN.
NAPHTHOL BIOCHEM OXIDH.
AN C 08608046976.
AU STONE, RALPH. SMALLUOOD, HERBERT.
IN STONE (RALPH) AND CO. INC. LOS
ANGELES, CALIF.
YR 73. 368P.
TI INTERMEDIA ASPECTS OF AIR AND UATER
POLLUTION CONTROL.
AV 680-73-003.
PR FC-GPO/MF$1.45-NTIS.
AB MAJOR AIR AND UATER POLLUTANT
CONTROL STRATEGIES ARE IDENTIFIED
UJHICH ARE OF CURRENT NATIONAL
CONCERN. EMPHASIS IS ON ARTIFICIAL
TRANSFER BETWEEN AIR OR UATER.
NATURAL TRANSFERS ARE NOT TREATED IN
DEPTH AND LAND IS CONSIDERED ONLY AS
A MEANS FOR RESIDUE DISPOSAL.
DISCUSSIONS INCLUDE DANGERS OF
INTERMEDIA TRANSFER FROM LAND TO AIR
OR UATER. CONTROL METHODS FOR EACH
INTERMEDIA POLLUTANT ARE DISCUSSED;
COMPARATIVE COSTS AND EXPECTED UNIT
PROCESS EFFICIENCIES ARE GIVEN.
RESIDUE DISPOSAL METHODS AND
PROBLEMS ARE PRESENTED.
INSTITUTIONAL FACTORS, REGULATIONS
AND STRATEGIES FOR POLLUTION CONTROL
ARE SUMMARIZED AND DISCUSSED.
SUMMARY DATA ARE DEVELOPED FOR MAJOR
POLLUTANTS AND RESIDUES DISCHARGED
NATIONALLY AND IN THE CALIFORNIA
SOUTH COAST REGION, ALONG UITH
PRODUCT/POLLUTANT RATIOS FOR
INDUSTRIES REPRESENTED BY THE
STANDARD INDUSTRIAL CLASSIFICATION
CODE AND OTHER PUBLIC ECONOMIC
SECTORS. THE FRAMEUORK FOR A
MATHEMATICAL MODEL IS DEVELOPED FOR
THE PREDICTION OF THE EFFECTS OF
CHANGE IN ANY OF THE ELEMENTS OF THE
PRODUCTION-CONSUMPTION-POLLUTION-
REGULATION NETUORK. (MODIFIED
AUTHOR ABSTRACT).
MJ AIR-POLLUTION, CONTAMINANTS,
UATER-POLLUTION, CONTAMINANTS.
MN EMISSION, TOXICITY, SULFUR- OXIDES,
NITROGEN-OXIDES, METALS, PARTICLES,
PHOSPHORUS, CARBON- MONOXIDE,
HYDROCARBONS, FLUORIDES,
HYDROGEN-CHLORIDE, ARSENIC,
HYDROGEN- CYANIDE, AMMONIA,
ETHYLENE, PESTICIDES, SURFACTANTS,
LAU- JURISPRUDENCE, ECONOMICS,
EDUCATION, STATISTICAL-DATA,
MATHEMATICAL- MODELS,
INDUSTRIAL-UASTE-TREATMENT,
SEUAGE-TREATMENT, STRATEGY.
ID AIR-POLLUTION-CONTROL, UATER-
POLLUTION-CONTROL, THERMAL-
POLLUTION, PATH-OF-POLLUTANTS,
EPAORM.
AN N PB-224 812/8.
AU STOVEKEN, JOHN. SPROSTON, THOMAS.
IN VERMONT UNIV. BURLINGTON. UATER
RESOURCES RESEARCH CENTER. OF UATER
RESOURCE RESEARCH, UASHINGTON, D.C.
109 950.
328
-------
YR
TI
NT
PR
AB
74. BP.
OZONE AND CHLORINE DEGRADATION OF
UASTEUATER POLLUTANTS.
COMPLETION REPT. 1 JUL 73-38 JUN 74.
PC$3.25/MF$2.25.
AN ATTEMPT UAS MADE TO COMPARE THE
EFFECTIVENESS OF CHLORINATION AND
OZONATION ON THE REMOVAL OF A
VARIETY OF ORGANIC COMPOUNDS FROM
SOLUTIONS. BOTH OZONE AND CHLORINE
CONCENTRATIONS UERE MEASURED USING
THE ORTHOTOLIDINE-MANGANESE SULFATE
COTM) METHOD; CONCENTRATIONS UERE
MEASURED SPECTROPHOTOMETRICALLY, AND
THIN-LAYER AND GflS-LIQUID
CHROMATOGRAPHY UERE USED TO EVALUATE
OXIDATION PRODUCTS AND
CONCENTRATIONS. BOTH CHLORINE AND
OZONE ARE EFFECTIVE BUT VARY GREATLY
IN THEIR ACTIVITY AND SPECIFIC
REACTIONS. CHLORINE flT 3 TIMES
CONC. UAS NOT EFFECTIVE AGAINST
AMINO ACID PROLINE, P. DIOXANE,
DIPHENYLAMINE, GUANIDINE, N-HEXANE,
PHENOL, AND PYRIDINE. OZONE UAS VERY
DESTRUCTIVE TO THE FATTY ACIDS
LEVULINIC, LINOLEIC AND OLEIC ACIDS.
THIS EXPLAINS A PART OF OZONE
GERMICIDAL ACTIVITY.
UATER-POLLUTION-CONTROL,
CHLORINATION, OZONIZATION, ORGANIC-
UASTES.
COMPARISON, SEUAGE-TREATMENT,
INDUSTRIAL-UASTE-TREATMENT, ORGANIC-
COMPOUNDS.
NTISDIOURT.
N PB-23B 365/1SL.
MJ
MN
ID
AN
AU
IN
YR
TI
SO
LG
DE
AN
AU STRELOV V. SAUER M. JOHANIDES V.
YR 74.
TI BIOLOGICAL OXIDATION OF CRESOL BY
MEANS OF PURE AND MIXED BACTERIAL
STRAFELDA, FRANTISEK.
DEP. INSTRUM. ANAL. CHEM.- TECHNOL.
HOCHSCH. PRAGUE. CZECH.
70.
AUTOMATIC ANALYSIS FOR PHENOL IN
UASTE UATERS.
SB. VYS. SK. CHEM. -TECHNOL. PRAZE,
ANAL. CHEM. NO. 6. P31-50. 1970.
CZ.
PHENOL DETN UASTE UATER. OXIDN
PHENOL UASTE UATER. BIAMPEROMETRIC
ELECTRODE SYSTEM. COULOMETRIC TITRN
PHENOL DETN.
C 07420102845.
TR
SO
MJ
MN
AN
AU
YR
TI
SO
DE
AN
AU
IN
YR
TI
BO
LG
DE
AN
AU
IN
YR
TI
CULTURES.
BIOLOSKA OKSIDftCIJA KREZOLA S POMOCU
CISTIH I MJESOVITIH BAKTERIJSKIH
KULTURA .
ARH HIG RADA TOKSIKOL. 25. 2.
P275-84. 1974.
CRESOLS: IP. UASTE-DISPOSAL- FLUID:
AN.
BIODEGRADATION. UATER- MICROBIOLOGY.
M 75027898.
STRUHSAKER J U. ELDRIDGE M B.
ECHEVERRIA T.
74.
EFFECTS OF BENZENE A UATER SOLUBLE
COMPONENT OF CRUDE OIL ON EGGS AND
LARVAE OF PACIFIC HERRING AND
NORTHERN ANCHOVY.
VERNBERG, F. JOHN AND UINONA B.
VERNBERG (ED.). POLLUTION AND
PHYSIOLOGY OF MARINE ORGANISMS.
SYMPOSIUM. XIII+492P. ILLUS.
ACADEMIC PRESS: NEU YORK, N.Y.
U.S.A. LONDON, ENGLAND. ISBN 0-12-
718250-0.
-------
LARVAE OF PACIFIC HERRING AND
NORTHERN ANCHOVY.
SO POLLUT. PHYSIOL. MAR. ORG. P253- 84.
1974.
LG EN.
AV VERNBERG, F. JOHN; VERNBERG, UINONA
B.
DE BENZENE TOXICITY HERRING ANCHOVY.
EGG LARVAE FISH BENZENE.
AN C 083131B93B4.
PtU SUESS n J.
YR 76.
TI THE ENVIRONMENTS!. LOAD AND CYCLE OF
POLY CYCLIC flROMATIC HYDRO CARBONS.
SO SCI TOTAL ENVIRON. 6 (3). 239-258.
DE HUMAN ANIMALS MICROORGANISMS PHYTO
PLANKTON ALGAE PLANTS 3 4 BENZ
PYRENE CARCINOGENS POLLUTION.
AN B 63341615.
AU SUESS M J.
YR 72.
TI LABORATORY EXPERIMENTATION LJITH 3 4
BENZ PYRENE IN AQUEOUS SYSTEMS AND
THE ENVIRONMENTAL CONSEQUENCES.
SO ZENTRALBL BAKTERIOL PARASITENKD
INFEKTIONSKR HYG ERSTE ABT ORIG
REIHE B HYG PRAEV MED. 155 (5-6).
541-546.
DE CARCINOGEN UATER POLLUTION PHOTO
DEGRADATION.
AN B 55861652.
AU SUGANO, SABURQ.
IN KANAGAUA PREFECT. PUBLIC CENT.
YOKOHAMA. JAPAN.
YR 71.
TI ANALYSIS OF HEAVY METALS AND
CYANIDES IN UASTE UATER AND THE
MEASUREMENT OF BIOCHEMICAL OXYGEN
DEMAND (BOD).
SO KINZOKU HYOMEN GIJUTSU. 22. P635-
47. 1971.
LG JA.
DE ANAL HEAVY METALS UASTE UATER.
CYANIDE DETN UASTE UATER.
AN C 37612863818.
AU TAKAHASHI, JOJI. UEMURA, NAMIO.
UEDft, KIYOMOTO.
IN DEP. BIOCHEM. ENG. TOKYO KYOIKU
UNIV. TOKYO. JAPAN.
YR 70.
TI FUNDAMENTAL STUDIES ON THE
CULTIVATION OF HYDROCARBON-
UTILIZING MICROORGANISM. I. MASS
BALANCE FOR BACTERIAL GROUTH ON N-
PENTANE.
SO AGR. BIOL. CHEM. 34. P32-7. 1970.
LG EN.
DE STOICHIOMETRY BACTERIA GROUTH.
GROUTH BACTERIA STOICHIOMETRY.
BACTERIA GROUTH STOICHIOMETRY.
HYDROCARBON UTILIZATION BACTERIA.
PENTANE UTILIZATION BACTERIA.
AN C 87319895639.
AU TAKAHASHI, SEIZO.
IN NISHO IUAI CO. LTD. JAPAN.
YR 72.
TI POLLUTION CONTROL TECHNOLOGY.
TREATMENT UNIT FOR PHENOLIC UASTE
UATERS. PHENEX PROCESS.
SO SEKIYU TO SEKIYU KAGAKU. 16. P80- 1.
1972.
LG JA.
DE REVIEU PHENOLIC UATER TREATMENT.
CATALYTIC CRACKING UATER TREATMENT
REVIEU.
AN C 07622131161.
AU TAMVELIUS, H. MOLDER, L.
IN USSR.
YR 69.
TI SELECTIVE EXTRACTION OF MONOHYDRIC
PHENOLS FROM SHALE TAR UATERS. 2.
SO TR. TALLIN. POLITEKH. INST. SER. A.
NO. 270. P131-6. 1969.
LG RS.
DE PHENOLS MONOHYDRIC SHALE TAR.
BENZENE EXTN MONOHYDRIC PHENOLS.
GASOLINE EXTN MONOHYDRIC PHENOLS.
DIHYDRIC PHENOLS SHALE TAR UATERS.
AN C 07422114014.
AU TAMVELIUS, H. MOLDER, L. LEETMAA,
T.
IN USSR.
YR 69.
TI SELECTIVE EXTRACTION OF MONOATOMIC
PHENOLS FROM SHALE TAR UATER, I.
SO TR. TALLIN. POLITEKH. INST. SER. A.
NO. 270. PI 17-30. 1969.
LG RS.
DE PHENOLS MONOHYDRIC EXTN SHALE TAR.
DIHYDRIC MONOHYDRIC PHENOLS
DISTRIBUTION. SOLVENTS EXTN PHENOLS.
330
-------
BENZENE EXTN PHENOLS. GASOLINE SHALE
PHENOLS EXTN.
AN C 07422114012.
AU TANABE, MASATQ. DEHN, ROBERT L.
KUO, MAU H.
IN LIFE SCI. DIV. STANFORD RES, INST.
MENLO PARK. CALIF.
YR 71.
TI MICROBIAL OXIDATION OF P-
DIETHYLBENZENE.
SO BIOCHEMISTRY. 10. P1B87-90. 1971.
LG EN.
DE DIETHYLBENZENE MICROBIAL OXIDN
PSEUDOMONAS.
AN C 87425136831.
AU TANABE. YUZO.
IN JAPAN.
YR 74.
TI ANALYSIS OF CYANIDE IN UASTE WATERS.
SO HOKKAIDO-RITSU KDGYO SHIKENJO
HOKOKU. 228. P8-17. 1974.
LG JA.
DE CYANIDE DETN UASTEUATER ELECTRODE.
AN C 08212876835.
AU TAO, B. Y. DERSHOUITZ, D. J.
TROIANO, R. A.
IN OAK RIDGE NATIONAL LAB. TENN. RIDGE,
TENN. SCHOOL OF CHEMICAL ENGINEERING
PRACTICE. RESEARCH AND DEVELOPMENT
ADMINISTRATION. 4832000 9500153,
YR 76. 41P.
TI ADSORPTION OF POLYNUCLEAR AND
MONOCYCLIC AROMATIC HYDROCARBONS ON
SUSPENDED YEAST CELLS.
PR PC A03/MF A01.
AB THE ADSORPTION OF ANTHRACENE ON
YEAST CELLS IN THE PRESENCE OF
ANILINE, BENZENE, OR TOLUENE UAS
EXAMINED IN UATER AT 5, 20, AND 35
EXP 0 C. THE CONCENTRATION OF
ANTHRACENE VARIED FROM 10 TO 50 MU
G/LITER AND THE CONCENTRATION OF
MONOCYCLIC AROMATIC HYDROCARBONS
FROM 10 TO 50 MG/LITER. THE YEAST
CELL CONCENTRATION UAS CONSTANT AT
10 MG/LITER. EQUILIBRIUM UAS
REACHED UITHIN ONE HOUR FOR ALL
CASES. AN ENTHALPY OF ADSORPTION OF
APPROXIMATELY 2.5 KCAL/MOLE UAS
CALCULATED FOR ANTHRACENE. (ERA
CITATION 82: 039680).
MJ ANTHRACENE, YEASTS.
MN ADSORPTION, ANILINE, BENZENE,
MEDIUM-TEMPERATURE, SORPTIVE-
PROPERTIES, TOLUENE.
ID ERDA-400185, ENTHALPY, AROMATIC-
POL YCYCLIC-HYDROCARBONS, NTISERDA.
AN N ORNL/MIT-238.
AU TARDIFF, R. G. DEINZER, M.
IN NATL. ENVIRON. RES. CENT. ENVIRON.
PROT. AGENCY. CINCINNATI. OHIO.
YR 73.
TI TOXICITY OF ORGANIC COMPOUNDS IN
DRINKING UATER.
SO PROC. UATER QUAL. CONF. 15TH.
P23-37. 1973.
LG EN.
AV SNOEYINK, VERNON L.
DE UATER TOXICITY ORG COMPD. ETHANOL
SYNERGISM UATER CONTAMINANT.
POLLUTION UATER ORG COMPD.
AN C 08123146519.
AU TAUBAEV, T. T. VASIGOV, T. VERSA,
V. V. KUTLIEV, D. BURIEV, S.
IN INST. BOT. TASHKENT. USSR.
YR 73.
TI EFFECT OF CHLORELLA ON THE
PURIFICATION OF UATERS POLLUTED BY
PHENOL .
SO UZB. BIOL. ZH. 17. P43-4. 1973.
LG RS.
DE PHENOL BIODEGRDN UASTE UATER.
CHLORELLA BIODEGRDN PHENOL.
AN C 08012063583.
AU TAUTS, M. I. SELIVANOVA, T. M.
SEMENENKO, V. E.
IN K. A. TIMIRYAZEV INST. PLANT
PHYSIOL. MOSCOU. USSR.
YR 71.
TI INTERPRETATION OF AUTOSTIMULATION
EFFECT OF CHLORELLA GROUTH.
SO FIZIOL. RAST. IB. P69-77. 1971.
LG RS.
DE INDOLE ACETATE ALGAE. HORMONES ALGAE
GROUTH. CHLORELLA GROUTH INDOLE
ACETATE.
AN C 07419095749.
AU TAYLOR B F. CAMPBELL U L. CHINOY
1.
YR 70.
TI ANAEROBIC DEGRADATION OF THE BENZENE
331
-------
NUCLEUS BY A FACULTATIVELY ANAEROBIC
MICROORGANISM.
SO J BRCTERIOL. 102. 2. P438-7. MAY 70.
LG EN.
MJ BENZENE: ME.
MN BENZOATES: ME. CULTURE-MEDIA.
PSEUDOMONAS: EN, GD, IP.
AN M 702B2701.
AU TEPLYAKOVA, E. V. TRUBKO, E. I.
ILICHKINA, A. G.
IN USSR.
YR 74.
TI EFFECT OF SOME FURAN COMPOUNDS ON
THE SANITARY CONDITIONS OF
RESERVOIRS.
SO TR. LENINGR. SAN.-GIGIEN. MED.
IN-TA. P51-3. 1974.
LG RS.
DE FURAN POLLUTION UATER.
AN C 08410064984.
AU TETTAMANTI, KAROLY. SAUINSKY,
JANOS. MANCZINGER, JOZSEF. HUNEK,
JOZSEF. HAVAS, GEZA.
IN VEGYIP. MUVELETEK TANSZ. BUDAPESTI
MUSZ. EGY. BUDAPEST. HUNG.
YR 70.
TI NEU LIQUID EXTRACTION METHOD FOR
PHENOL REMOVAL FROM INDUSTRIAL UASTE
UATER.
SO MAGY. KEM. LAPJA. 25. P502-6. 1970.
LG HU.
DE PHENOL REMOVAL UASTE UATERS. KETONES
PHENOL REMOVAL UASTE UATERS.
AN C 07402006274.
AU THIELEMANN H.
YR 72.
TI IDENTIFICATION AND REMOVAL OF
SUBSTANCES IMPARTING AN ODOR AND
AFFECTING THE TASTE OF RIVER BANK
FILTERED GROUND UATER.
SO MIKROCHIM ACTA. (I). 79-80.
DE PHENOLS CHLORINE OXIDE ACTIVATED
CARBON HYDRO CARBONS.
AN B 54028398.
AU THIELEMANN H.
YR 77.
TI PURIFICATION POSSIBILITIES OF UASTE
UATER CONTAINING PHENOL AND
EXPERIMENTAL LABORATORY TRIAL
RESULTS ON THE OXIDATION OR
ADSORPTION OF PHENOL TEST SOLUTIONS
ON INDUSTRIAL ASHES ACCORDING TO THE
AIR-ASH PROCEDURE USING ADDITIONAL
CATALYSTS.
TR REINIGUNGSMOGLICHKEITEN
PHENOLHALTIGER ABUASER UND
EXPERIMENTELLE
LABORVERSUCHSERGEBNISSE ZUR
OXYDATION BZU. ADSORPTION VON
PHENOLTESTLOSUNGEN AN INDUSTRIEASCHE
•NACH DEM LUFT-ASCHE-VERFAHREN UNTER
VERUENDUNG ZUSATZLICHER
KATALYSATOREN.
SO Z GESAMTE HYG. 23. 3. P155-8. MAR
77.
LG GE.
MJ INDUSTRIAL-UASTE: AN. UATER-
POLLUTANTS-CHEMICAL: IP.
MN ADSORPTION. METHODS.
AN M 77197856. 7709.
AU THIELEMANN H.
YR 76.
TI EXPERIMENTAL STUDIES ON THE
POSSIBILITIES OF THIN-LAYER
CHROMATOGRAPHY FOR THE SEPARATION
AND IDENTIFICATION OF PHENOL
COMPOUNDS IN UATER.
TR EXPERIMENTELLE UNTERSUCHUNGEN UBER
MOGLICHKEITEN ZUR
DUNNSCHICHTCHROMATOGRAPHISCHEN
TRENNUNG UND IDENTIFIZIERUNG VON
PHENOLKOMPONENTEN IN UASSERN.
SO Z GESAMTE HYG. 22. 3. P169-72. MAR
76.
LG GE.
MJ PHENOLS: AN.
MN CHROMATOGRAPHY-THIN-LAYER: MT.
AN M 77017690. 7701.
AU THIELEMANN H.
YR 76.
TI THIN-LAYER CHROMATOGRAPHY FOR THE
IDENTIFICATION OF QUINONE COMPOUNDS
FORMED DURING THE TREATMENT OF
DRINKING UATER UITH CHLORINE OR
CHLORINE DIOXIDE AND 3,4-
BENZPYRENE.
TR UBER EINE
DUNNSCHICHTCHROMATOGRAPHISCHE
IDENTIFIZIERUNGSMOGLICHKEIT DER BEI
DER TRINKUASSERAUFBEREITUNG DURCH
CHLOR BZU. CHLORDIOXID UND 3,4-
BENZPYREN ENTSTEHENDEN
CHINONVERBINDUNGEN.
SO Z GESAMTE HYG. 22. 3. P163-5. MAR
332
-------
76.
LG GE.
MJ QUINONES: AN. UATER-SUPPLY.
MN CHLORINE.
RN M 77017688. 7701.
AU THIELEMflNN H.
YR 71.
TI PROBLEMS IN CHLORINE DIOXIDE
TREATMENT OF DRINKING AND SURFflCE
UflTERS POLLUTED UITH PHENOL.
TR ZUR PROBLEMATIK DER
CHLORDIDXIDBEHflNDLUNG
PHENOLVERUNREINIGTER TRINK UND
OBERFLACHENUASSER.
SO GESUND ING. 92. 10. P295-9. 10 OCT
71.
LG GE.
MJ CHLORINE.
MN CHROMATOGRAPHY-THIN-LAYER.
AN M 73015800.
AU THIELEMANN H.
YR 70.
TI DETERMINATION OF TOXIC CYANIDE IONS
IN THE WASTE UATER OF THE BIOLOGICAL
PURIFYING PLANTS IN THE DISTRICT OF
HALLE.
TR ZUR ERMITTLUNG TOXISCHER ZYANIDIONEN
IM ABUASSER MECHANISCHER UND
BIOLOGISHCER KLARANLAGEN DES
BEZIRKES HALLE.
SO Z GESAMTE HYG. 16. 11. P835-7. NOV
70.
LG GE.
MJ CYANIDES: AN.
MN GERMANY-EAST.
AN M 71166029.
AU THIELEMANN H.
YR 68.
TI UATER-HYGIENIC AND CHEMICAL STUDIES
ON THE INCIDENCE AND IDENTIFICATION
OF TASTE AFFECTING PHENOL COMPOUNDS
IN BANK FILTERED SURFACE UATER AND
GROUND UATER UITH SPECIAL REGARD TO
THIN LAYER CHROMATOGRAPHIC TECHNIC
OF EXAMINATION (HALLE-BEESEN UATER
UORKS).
TR TRINKUASSERHYGIENISCHE BZU.
CHEMISCHE UNTERSUCHUNGEN USER
VQRKOMMEN UND IDENTIFIZIERUNG
GESCHMACKSBEEINTRACHTIGENDER
PHENOLVERBINDUNGEN IM
UFERFILTRIERTEN OBERFLACHENUASSER
UND GRUNDUASSER UNTER
BERUCKSICHTIGUNG
DUNNSCHICHTCHROMATOGRAPHISCHER
UNTERSUCHUNGSMETHODIK CUASSERUERK
HALLE-BEESEN).
SO Z GESAMTE HYG. 14. 12. P893-8. DEC
68.
LG GE.
MJ CHLORINE: AN. UATER-SUPPLY.
MN CHROMATOGRAPHY-THIN-LAYER.
AN M 69279072.
AU THIELEMANN H.
YR 68.
TI ON THE ANALYTICAL VALUE OF THE
SO-CALLED QUANTITATIVE BROMATOMETRIC
DETERMINATION OF UATER VAPOR
VOLATILE PHENOLS IN UASTE UATER OF
SOME PURIFICATION PLANTS OF THE
SEUAGE TREATMENT AREA OF HALLE AND
SAALKREIS.
TR UBER DEN ANALYTISCHEN UERT DER
SOGENANNTEN QUANTITATIVEN
BROMATOMETRISCHEN BESTIMMUNG
UASSERDAMPFFLUCHTIGER PHENOLE IM
ABUASSER EINIGER KLARANLAGEN DES
ABUASSERBEHANDLUNGSBEREICHES HALLE
UND SAALKREIS.
SO Z GESAMTE HYG. 14. 7. P532-41. JUL
68.
LG GE.
MJ PHENOLS: AN.
MN GERMANY-EAST.
AN M 69157794.
AU THIELEMANN, H.
IN HALBERSTADT. E. GER.
YR 73.
TI CONCENTRATION CHANGES IN PHENOL-
CONTAINING STANDARDS DUE TO UV
IRRADIATION.
SO MIKROCHIM. ACTA. P143-4. 1973.
LG GE.
DE PHENOL DECOMPN UV IRRADN UATER.
AN C 07922128983.
AU THIELEMANN, H.
IN HALLE/SAALE. GER.
YR 72.
TI POSSIBLE PURIFICATION OF PHENOLIC
UASTE UATERS AND EXPERIMENTAL
LABORATORY RESEARCH RESULTS ON
OXIDATION OR ADSORPTION OF PHENOLIC
TEST SOLUTIONS ON INDUSTRIAL ASH
ACCORDING TO THE AIR- ASH PROCEDURE
333
-------
BY USING SEVERAL CATALYSTS.
SO Z. UASSER ABUASSER FORSCH. 5. P8-
12. 1972.
LG GE.
DE PHENOLIC UftSTE UATER PURIFN. CRESOL
REMOVAL UASTE UATER. RESDRCINOL
REMOVAL UflSTE UflTER. FLUE DUST ASH
PHENOLIC ACID. BOILER HOUSE flSH
PHENOLIC ACID.
AN C 97704824546.
AU THIELEMANN, H.
IN HALLE/SAALE. GER.
YR 71.
TI CHLORINE DIOXIDE TREATMENT OF
DRINKING UATER (BANK FILTRATION) IN
THE PRESENCE OF ORGANIC SUBSTANCES
AND ESPECIALLY CONSIDERING PHENOL
COMPOUNDS.
SO Z. UASSER ABUASSER FORSCH. 4. P42-8.
1971.
LG GE.
DE CHLORINE DIOXIDE UATER ORG. UftTER
TREATMENT CHLORINE DIOXIDE. ORG
POLLUTANT UATER CHLORINE DIOXIDE.
AN C 97624144793.
AU THIELEMANN, H.
YR 74. 6P.
TI IDENTIFICATION AND DETERMINATION OF
1,4-BENZOQUINONE IN UASTE UATERS
FROM THE COAL-PROCESSING INDUSTRY.
PR PC$3.50/MF$2.25.
AB ft NONBIODEGRADABLE AND TOXIC
SUBSTANCE, <1,4-BENZOQUINONE) IN
UASTE WATERS FROM THE COAL-
PROCESSING INDUSTRY, CAN BE DETECTED
BY THIN-LAYER CHROMATOGRAPHY UlTH
SOME TESTED SPRAY REAGENTS. THE
MOST SENSITIVE REAGENT FOR DETECTION
OF 1,4-BENZOQUINONE UAS FOUND TO BE
A 2 PERCENT ETHANOL SOLUTION OF 4-
AMINOANTIPYRINE U-PHENYL-2,3-
DIMETHYL-4-AMINOPYRAZOLONE-(5)). A
METHOD FOR IDENTIFICATION OF 1,4-
BENZOQUINONE OR A SEMIQUANTITATIVE
DETERMINATION IS URGENTLY REQUIRED
FOR TOXICOLOGICAL, HYDROSIOLOGICAL,
AND CHEMICAL REASONS.
MJ BENZOQUINONES, THIN-LAYER-
CHROMATOGRfiPHY, COAL-INDUSTRY,
UATER-POLLUTION.
MM AMMONIUM-COMPOUNDS, CHROMATOGRAPHY,
CRESOLS, DRINKING- UATER, ETHANOL,
HEALTH-HAZARDS, LUMINESCENCE,
PHENOLS, POLYAMIDES, PYROCATECHOL,
PYROGALLOL, REAGENTS, RESORCINOL,
TOXICITY, BITUMINOUS- COAL.
ID ERDA-010880, ERDA-520200, ERDA-
551100, UATER-ANALYSIS, UATER-
POLLUTION-DETECTION, NTISERDA.
AN N ORNL-TR-2945.
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LG GE.
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THRESHOLD) OF PROPYL PHENOL ISOMERS
FOR ORGANOLEPTIC PROPERTIES THAT ARE
NOXIOUS ARE: OPP, 0.01 MG/LITER FOR
ODOR, ODOR IN HEATING, AND
CHLORINATION; PPP, 0.025 MG/LITER
FOR ODOR, TASTE IN HEATING, AND
CHLORINATION. THRESHOLD
CONCENTRATIONS OF PROPYL PHENOL
ISOMERS ACCORDING TO THE EFFECT ON
PUBLIC HEALTH REGIMES OF RESERVOIRS
MAY BE TAKEN AS 1 MG/LITER. THE
COMBINED EVALUATION OF THE RESULTS
OF EXPERIMENTS SUGGESTS THAT THE
LIMITING INDEX OF NOXIOUS PROPERTIES
OF PROPYL PHENOL ISOMERS IS THE
ORGANOLEPTIC ONE. THE
CONCENTRATIONS OF BOTH ISOMERS (OPP
AND PPP) SHOULD BE LIMITED TO 0.01
MG/LITER IN RESERVOIRS.
MJ PHENOLS, TOXICITY, SHALE-TARS,
TOXICITY.
MN ISOMERS, ORGANOLEPTIC- PROPERTIES,
PUBLIC-HEALTH, USSR, UATER.
ID ERDA-041000, ERDA-560305, ERDA-
520280, TRANSLATIONS, NTISERDA.
AN N ORNL-TR-2995.
<1239>
AU VELDRE, I. V.
IN ENVIRONMENTAL PROTECTION AGENCY,
RESEARCH TRIANGLE PARK, N.C.
TRANSLATION SERVICES SECTION.
YR 72. 15P.
TI EXPERIMENTAL BASIS FOR MAXIMUM
PERMISSIBLE CONCENTRATIONS OF
CERTAIN SHALE PHENOLS IN THE UATER
OF RESERVOIRS.
NT TRANS. OF MONO. EKSPERIMENTALNOE
OBOSNOVANIE PREDELNO DOPUSTIMYKH
KONTSENTRATS11 NEKOTORYKH
SLANTSEVYKH FENOLOV V VODE VODOEMOV,
TALLIN, 1972 P84-93. (PC A02/MF
A01).
PR PC A02/MF A01.
AB THE REPORT DISCUSSES THE MAXIMUM
CONCENTRATIONS OF PHENOLS THAT
SHOULD BE ALLOUED IN OIL SHALE
PROCESSING UATERS. IT REVIEUS
MEDICAL STUDIES ON THESE PHENOLS
UHICH LED TO THESE CONCENTRATION
STANDARDS.
MJ PHENOLS, TOXICOLOGY, UATER-
POLLUTION.
MN REVIEUS, STANDARDS, MAXIMUM-
PERMISSIBLE-EXPOSURE, OIL-SHALE,
TRANSLATIONS, USSR, CRESOLS.
ID OIL-SHALE-PROCESSING, NTISEPAISD.
AN N PB-258 921-T/SL.
<1240>
AU VELDRE, INGEBORG.
IN USSR.
YR 72.
TI EFFECT OF THE STRUCTURE AND
PHYSICOCHEMICAL QUALITIES OF SOME
PHENOLS ON THEIR BIOLOGICAL
ACTIVITY.
SO GIG. TR. PROF. PATOL. EST. SSR. NO.
8. P145-54. 1972.
LG RS.
DE DIMETHYLPHENOL TOXICOL. SHALE UATER
PHENOL TOXICOL.
AN C 07923133446.
AU VELDRE, INGEBORG. KIRSO, U.
IN USSR.
YR 70.
TI STABILITY OF 5-METHYLRESORCINOL IN
AN AQUEOUS SOLUTION.
SO VOP. GIG. TR. PROF. PATOL. EST. SSR.
NO. 2. P184-8. 1970.
LG RS.
DE ORCINOL DECOMPN TOXICITY.
RESORCINOLS OXIDN TOXICITY. PHENOLS
OXIDN TOXICITY.
AN C 07411051749.
<1242>
AU VERNETTI, J B.
IN RHODIA, INC. CHIPMAN DIV. PORTLAND,
OR.
340
-------
YR 75.
TI ANALYZER KEEPS CLOSE TftBS ON PHENOL
DISCHflRGED FROM HERBICIDE PLflNT.
SO CHEMICAL PROCESSING. CHICAGO, 38(1):
12, JAN. 1975.
LG EN.
AB NONE.
ID HERBICIDE INDUSTRY, PORTLAND.
DE CHEMICAL INDUSTRY WASTES, EFFLUENTS,
HERBICIDES, MONITORING METHODS,
MONITORING SYSTEMS, OREGON.
AN P 7503443.
<1243>
AU VLASOVA, Z. G.
IN USSR.
YR 73.
TI POSSIBILITY OF BIOCHEMICAL REMOVAL
OF COMPLEX CYANIDES FROM EFFLUENTS
IN THE WINTER AS ILLUSTRATED BY THE
EFFLUENTS OF THE ZOLOTUSHINSK
CONCENTRATION PLANT.
SO TR. N.-I. I PROEKT. IN-T PO
OBOGASHCH. RUD. TSVET. MET.
KAZMEKHANOBR . P71-4. 1973.
LG RS.
DE CYANIDE REMOVAL UASTEUATER BIOL.
AN C 08326209208.
<1244>
AU VOLBORTH, A.
IN NORTH DAKOTA STATE UNIV. FARGO.
RESEARCH AND DEVELOPMENT
ADMINISTRATION. 9504362 1135000.
YR 76. 38P.
TI OXIDATION OF COAL.
PR PC A03/MF A01.
AB CERTAIN ORGANIC COMPOUNDS ARE
OXIDIZED MORE READILY THAN OTHERS.
THE EASE UITH UHICH AN ORGANIC
SUBSTANCE DILL OXIDIZE DEPENDS ON
THE FUNCTIONAL GROUPS PRESENT IN THE
MOLECULE. OXIDATION OF COAL IS
AFFECTED BY INCORPORATION OF OXYGEN
FUNCTIONAL GROUPS, SUCH AS THE
PEROXIDE, THE HYDROXYL, THE
ALDEHYDE, THE CARBONYL, THE
CARBOXYL, THE ETHER LINKAGE, AND THE
METHOXYL GROUPS. ONCE OXYGEN HAS
BEEN COMBINED UITH AN ORGANIC
MOLECULE, FURTHER OXIDATION MAY
OCCUR MORE READILY. COMPOUNDS UITH
OXYGEN FUNCTIONAL GROUPS ATTACHED
ARE MORE SUSCEPTIBLE TO FURTHER
OXIDATION THAN THEIR PROGENITORS.
FOR EXAMPLE, ALCOHOL AND
ACETALDEHYDE OXIDIZE MORE READILY
THAN ETHANE, PHENOL AND NAPHTHOL
MORE EASILY THAN BENZENE AND
NAPHTHALENE, AND BENZALDEHYDE MOKc
READILY THAN TOLUENE. SATURATED AND
PURELY AROMATIC HYDROCARBONS ARE
MORE DIFFICULT TO OXIDIZE THAN THEIR
DERIVATIVES CONTAINING OXYGEN
FUNCTIONAL GROUPS. THE FORMATION OF
PEROXIDE APPEARS TO BE ONE OF THE
INITIAL STEPS OF COAL OXIDATION; IT
CAN LEAD THEN TO THE FORMATION OF
OTHER OXYGEN FUNCTIONAL GROUPS. THE
WEATHERING OF COAL INCREASES THE
CONCENTRATION OF THE OXYGEN
FUNCTIONAL GROUPS, AND SOME
REDUCTION OF CARBON CONTENT RESULTS,
TECHNOLOGICAL QUALITY OF COAL
CHANGES, WATER CONTENT INCREASES,
AND ALKALI-SOLUBLE PRODUCTS SIMILAR
TO THE HUMIC ACIDS FORM, AS WELL AS
WATER-SOLUBLE LOWER MOLECULAR WEIGHT
ACIDS. IN THE EARLY STAGES OF
OXIDATION OXYGEN IS BEING ADDED TO
THE COAL BULK COMPOSITION AND WATER
IS LOST, WHILE DURING THE LATER
STAGES OF HUMIFICATION OF COAL, CO
SUB 2, CO, AND H SUB 2 0 EVOLVE.
THE OXIDATION PROCEEDS ALONG THE
PERIPHERY OF THE MACROMOLECULE
CLUSTERS IN COAL AND AFFECTS THE C—
C BONDS, RUPTURING THE AROMATIC
RINGS. FURTHER OXIDATION REACTIONS
ARE DESCRIBED. (ERA CITATION 02:
047200).
MJ COAL, OXIDATION.
MN CHEMICAL-REACTION-YIELD,
CHEMICAL-REACTIONS, ORGANIC-OXYGEN-
COMPOUNDS, WEATHERING.
ID ERDA-010600, ERDA-400300, NTISERDA.
AN N COO-2989-3.
<1245>
AU VOLODIN, V M. LUKYANENKO, V I.
FLEROV, B A.
YR 71.
TI COMPARATIVE CHARACTERISTICS OF FISH
RESISTANCE TO PHENOL IN EARLY STAGES
OF DEVELOPMENT.
SO NEWFOUNDLAND. MEMORIAL UNIVERSITY,
ST. JOHNS. LIBRARY BULLETIN, 5(2):
16, MARCH 1971.
LG EN.
AB NONE.
ID BREAM, SUMMARY ONLY.
DE PHENOL, TOXICITY, FISHES.
AN P 7006934.
<1246>
AU VOLODIN, V. M.
IN USSR.
YR 73.
341
-------
TI
SO
LG
DE
AN
fill
IN
YR
TI
SO
LG
AV
DE
AU
YR
TI
TR
SO
LG
MJ
MN
AN
AU
YR
TI
TR
SO
LG
EFFECT OF PHENOL ON DEVELOPMENT OF
FISH EMBRYOS.
TR. INST. BIOL. VNUTR. VOD, AKAD.
NAUK SSSR. NO. 24. P67-71. 1973.
RS.
PHENOL TOXICITY DAN 10 EMBRYOS. FISH
EMBRYO PHENOL TOXICITY.
C 08017891779.
<1247>
VOLOSHINA, A. I.
USSR.
71.
DETERMINATION OF SOME ORGANIC
COMPOUNDS IN UASTE UATERS BY A GAS-
LIQUID CHROMATOGRAPHIC METHOD.
METODY KHIM. ANAL. STOKOV VOD
PREDPR. KHIM. PROM. P6-17. 1971.
RS.
DOROFEENKO, G. N.
ORG DETN UASTE UATER. UASTE UATER
ANALYSIS ORG. ALDEHYDE DETN UASTE
UATER. DIOXANE DETN UASTE UATER.
ACROLEIN DETN UASTE UATER.
HYDROCARBON DETN UASTE UATER. ALC
DETN UASTE UATER.
C 87814088484.
<1248>
VOROB'EVA L I. KOZYREVA L F.
LISENKOVA L L.
67.
EFFECT OF LIGHT ON METABOLISM OF
PROP ION 1C BACTERIA.
VL11AN IE SVETA NA OBMEN VESHCHESTV
PROPIONOVOKISLYKH BAKTERII.
MIKROBIOLOGIIA. 36. 3. P418-5.
MAY-JUN 67.
RS.
LIGHT.
CYTOCHROMES:
REDUCTION.
M 69159178.
RE. OXIDATION-
<1249>
VORONIN A M. KOCHETKOV V.
STAROVOITOV I I. SKRIABIN G K.
77.
PLASMIDS PBS2 AND PBS3 CONTROLLING
NAPHTHALENE OXIDATION BY BACTERIA OF
THE GENUS PSEUDOMONAS.
PLAZMIDY PBS2 I PBS3,
KQNTROLIRUIUSHCHIE OKISLENIE
NAFTALINA U BAKTERII RODA
PSEUDOMONAS.
DOKL AKAD NAUK SSSR. 237. 5.
P1235-8. 11 DEC 77.
RS.
MJ
MN
AN
AU
YR
TI
SO
DE
AN
AU
IN
YR
TI
SO
LG
AB
ID
DE
AN
AU
IN
YR
TI
SO
LG
MJ
MN
AN
NAPHTHALENES: ME.
CATECHOLS: ME. GE.
M 78863824. 7884.
<1258>
UAIBEL M.
76.
AIR AND UATER CONTAMINATION BY 3 4
BENZ PYRENE FROM ROAD ABRASION.
ZENTRALBL BAKTERIOL PARAS ITENKD
INFEKTIONSKR HYG ERSTE ABT ORIG
REIHE B HYG BETRIEBSHYG PRAEV MED.
163 (5-6). CRECD 1977) 458-469.
UASTE UATER DUST TAR ASPHALT SEWAGE
POLLUTION.
B 64029623.
UAKEHAM, ST.
SUISS FEDERAL INST. FOR UATER
RESOURCES AND UATER POLLUTION
CONTROL, (EAUAG), CH-860B
DUEBENDORF, SUITZ.
77.
SYNCHRONOUS FLUORESCENCE
SPECTROSCOPY AND ITS APPLICATION TO
INDIGENOUS AND PETROLEUM-DERIVED
HYDROCARBONS IN LACUSTRINE
SEDIMENTS.
ENVIRONMENTAL SCIENCE 8. TECHNOLOGY,
11(3): 272-276, MAR. 1977.
EN.
NONE.
LAKE WASHINGTON, SPECTROFLUOROMETRY,
PERYLENE.
WASHINGTON STATE, LAKES, EMISSION
SPECTROSCOPY, LUMINESCENCE,
SEDIMENTS, HYDROCARBONS, PETROLEUM
UASTES.
P 7784287.
<1252>
UALKER J D. COLUELL R R.
DEPARTMENT OF MICROBIOLOGY,
UNIVERSITY OF MARYLAND, COLLEGE
PARK, MARYLAND.
76.
ENUMERATION OF PETROLEUM- DEGRADING
MICROORGANISMS.
APPL ENVIRON MICROS IOL. 31. 2.
P 198-207. FEB 76.
EN.
BACTERIA: IP.
AMPHOTERICIN-B: PD. COMPARATIVE-
STUDY. MARYLAND. STREPTOMYCIN: PD.
UN ITED-STATES-GOVERNMENT-SUPPORTED-
NON-NIH: (NON-NIH-SUP) .
M 77064460. 7703.
342
-------
<1253>
AU UALKER, J D. COLUELL, R R.
IN UNIV. OF MARYLAND, DEPT. OF
MICROBIOLOGY, COLLEGE PARK, 20742.
YR 76,
TI MEASURING THE POTENTIAL ACTIVITY OF
HYDROCARBON-DEGRADING BACTERIA.
SO APPLIED AND ENVIRONMENTAL
MICROBIOLOGY, 31(2): 189-197, FEB.
1976.
LG EN.
AB NONE.
ID CYCLOHEXANE, C-14, NAPHTHALENE,
HEXADECANE, TOLUENE.
DE RADIOISOTOPES, PETROLEUM, OIL
POLLUTION CONTROL, MARINE
ENVIRONMENTS, HYDROCARBONS,
ESTUARIES, BIODEGRADATION, BACTERIA.
AN P 7604277.
<1254>
AU UALKER, J. D. AUSTIN, H. F.
COLUELL, R. R.
IN MARYLAND UNIV COLLEGE PARK DEPT OF
MICROBIOLOGY RESEARCH, ARLINGTON,
VA. 407304.
YR 74. 13P.
TI UTILIZATION OF MIXED HYDROCARBON
SUBSTRATE BY PETROLEUM-DEGRADING
MICROORGANISMS.
AV PUB. IN JNL. OF GENERAL AND APPLIED
MICROBIOLOGY, V21 P27-39 1975. 1,
20.
PR PC$3.25/MF$2.25.
AB THIS REPORT DESCRIBES THE FIRST
COMPARATIVE STUDY OF PETROLEUM-
DEGRADING YEASTS, FUNGI, AND
BACTERIA, AND THEIR ABILITY TO
DEGRADE TO MIXED HYDROCARBON
SUBSTRATE. THE MIXED HYDROCARBON
SUBSTRATE EMPLOYED CONTAINED
ALIPHATIC, ALICYCLIC, AROMATIC, AND
POLYNUCLEAR AROMATIC HYDROCARBONS.
MOST OF THE BACTERIA AND ALL OF THE
YEASTS AND FUNGI UERE ISOLATED FROM
CHESAPEAKE BAY. NORMAL ALKANES UERE
FOUND TO BE LESS SUSCEPTIBLE TO
DEGRADATION BY BACTERIA AND YEASTS
AS THE CARBON CHAIN LENGTH OF THE
HYDROCARBON INCREASED FROM 10 TO 20.
RESULTS OBTAINED FOR SOME OF THE
FUNGI SHOUED THAT THERE UAS LITTLE
CORRELATION BETUEEN CHAIN LENGTH OF
NORMAL ALKANE AND SUSCEPTIBILITY TO
BIODEGRADATION. CUMENE,
NAPHTHALENE, PHENANTHRENE, PRISTANE,
1,2-BENZANTHRACEHE, PERYLENE, AND
PYRENE UERE FOUND TO BE DEGRADED BY
MICROORGANISMS. IN GENERAL THE
PATTERNS OBSERVED FOR HYDROCARBON
UTILIZATION UERE SIMILAR FOR THE
BACTERIA, YEASTS, AND FUNGI.
HOUEVER, THE UTILIZATION OF
HYDROCARBONS BY INDIVIDUAL ISOLATES
VARIED SIGNIFICANTLY. SUCH
INFORMATION MAY PROVE USEFUL IN
ASSESSING THE HYDROCARBON-DEGRADING
POTENTIAL OF MICROORGANISMS.
MJ MICROORGANISMS, BIODETERIORATION,
PETROLEUM- PRODUCTS, OIL-POLLUTION,
UATER- POLLUTION, CHESAPEAKE-BAY,
ALKANES.
MN BACTERIA, YEASTS, FUNGI,
AROMATIC-COMPOUNDS, REPRINTS.
ID NTISDODXR, NTISDODN.
AN N AD-A016 324/6SL.
<1255>
AU UALLUORK, J. F. BENTLEY, M.
SYMONDS, D. C.
IN SOUTHAMPTON C.B.C UATERUORKS.
SOUTHAMPTON. ENGL.
YR 69.
TI IDENTIFICATION OF PHENOLS IN THE
RIVER TEST AND THEIR TREATMENT UITH
CHLORINE DIOXIDE.
SO UATER TREAT. EXAM. 18. P203-19.
1969.
LG EN.
DE PHENOLS DETN RIVER UATERS. RIVER
UATERS PHENOLS DETN. GAS LIQ
CHROMATOG PHENOLS. CHROMATOG PHENOLS
RIVER UATERS. CHLORINE DIOXIDE
PHENOLS POTABLE UATER. POTABLE UATER
CL DIOXIDE PHENOLS.
AN C 07210047250.
<1256>
AU UALSH, D. F. ARMSTRONG, J. G.
BARTLEY, T. R. SALMAN, H. A.
FRANK, P. A.
IN ENG. RES. CENT. BUR. RECLAMATION.
DENVER. COLO.
YR 77.
TI RESIDUES OF EMULSIFIED XYLENE IN
AQUATIC UEED CONTROL AND THEIR
IMPACT ON RAINBOU TROUT.
PG 24 PP.
LG EN.
DE XYLENE HERBICIDE TOXICITY RAINBOU
TROUT. SALMO XYLENE HERBICIDE
TOXICITY. FISH XYLENE HERBICIDE
TOXICITY.
AN C 08721162467.
<1257>
AU UARD D M. BROCK T D.
IN DEPARTMENT OF BACTERIOLOGY,
343
-------
UNIVERSITY OF WISCONSIN, MADISON,
UISCONSIN 53786.
YR 76.
TI ENVIRONMENTAL FACTORS INFLUENCING
THE RATE OF HYDROCARBON OXIDATION IN
TEMPERATE LAKES.
SO APPL ENVIRON MICROBIOL. 31. 5.
P764-72. MAY, 76.
LG EN.
MJ BACTERIA: ME.
MN ALKANES: ME. OXIDATION- REDUCTION.
UNITED-STATES-GOVERNMENT-
SUPPORTED-NIH: (NIH-SUP). LJATER-
POLLUTION-CHEMICAL.
AN M 76204528. 7609.
<1258>
AU UARD, DAVID M. BROCK, THOMAS D.
IN UISCONSIN UNIV. MADISON. UATER
RESOURCES CENTER. RESEARCH AND
TECHNOLOGY, WASHINGTON, D.C.
UISCONSIN UNIV. MADISON. DEPT. OF
BACTERIOLOGY.
YR 75. 112P.
TI ENVIRONMENTAL LIMITATIONS ON THE
MICROBIAL DEGRADATION OF
HYDROCARBONS IN TEMPERATE LAKES.
NT TECHNICAL REPT.
PR PC$5.25/MF$2.25.
AB NUTRITIONALLY VERSATILE
HETEROTROPHIC BACTERIA INHABIT LAKES
AND DEVELOP IN RESPONSE TO
HYDROCARBON INTRODUCTION. HOUEVER,
THE RESPONSE OF NATURALLY-OCCURRING
OIL-DEGRADING MICROORGANISMS DEPENDS
ON ENVIRONMENTAL CONDITIONS UITHIN A
LAKE. THE RATE OF HYDROCARBON
BIODEGRADATION VARIED SEASONALLY IN
LAKE MENDOTA BECAUSE OF TEMPERATURE
LIMITATION IN SPRING AND FALL AND
NUTRIENT LIMITATION IN MID-SUMMER,
AND UAS OPTIMAL FOR ONLY ONE MONTH
DURING THE YEAR. NUTRIENT LIMITATION
UAS ALSO OBSERVED IN LAKES OF
VARYING NUTRIENT CONTENT IN VILAS
COUNTY. RELATIONSHIPS BETUEEN
HYDROCARBON OXIDATION RATES AND
TEMPERATURE OR NUTRIENT LEVELS UERE
SHOUN BY CORRELATION AND
EXPERIMENTALLY. OPTIMUM CONDITIONS
UERE ALSO ESTABLISHED. HEXADECANE
OXIDATION UAS INHIBITED IN LAKE
UATER AND SEDIMENT SAMPLES INCUBATED
ANAEROBICALLY. ACETATE INHIBITION
UAS INDIRECTLY CAUSED BY DEPLETION
OF NITROGEN AND PHOSPHORUS BY
ACETATE-OXIDIZING BACTERIA. GLUCOSE
INHIBITION OCCURRED IN THE PRESENCE
OF EXCESS NITROGEN AND PHOSPHORUS
AND MAY RESULT FROM REGULATORY
INTERFERENCE SUCH AS CATABOLITE
REPRESSION.
MJ LAKE-MENDOTA, BIODETERIORATION,
HYDROCARBONS, BACTERIA.
MN SEASONAL-VARIATIONS, TEMPERATURE,
UISCONSIN, LAKES, GLUCOSE,
NUTRIENTS, OXIDATION, NITROGEN,
PHOSPHORUS, ORGANIC- COMPOUNDS,
UATER-QUALITY, TAXONOMY, ACETATES.
ID OIL-POLLUTION-REMOVAL, UATER-
POLLUTION-CONTROL, HETEROTROPHS,
MICROSIAL-DEGRADATION, NTISDIOURT.
AN N PB-244 094/9SL.
<1259>
AU UARNER J S.
YR 76.
TI DETERMINATION OF ALIPHATIC AND
AROMATIC HYDRO CARBONS IN MARINE
ORGANISMS.
SO ANAL CHEM. 48 (3). 578-583.
DE MUSSEL LOBSTER CLAM OYSTER FISH
SHRIMP ABALONE CRAB STARFISH SEA-
URCHIN BLOODUORM CAUSTIC DIGESTION
ETHER EXTRACTION SILICA GEL
CHROMATOGRAPHY GAS CHROMATOGRAPHY
CHEMICAL IONIZATION MASS
SPECTROMETRY.
AN B 62811380.
<1260>
AU UASIK, STANLEY P. TSANG, UING.
IN NATL. BUR. STAND. UASHINGTON. D. C.
YR 78.
TI DETERMINATION OF TRACE AMOUNTS OF
CONTAMINANTS IN UATER BY ISOTOPE
DILUTION GAS CHROMATOGRAPHY.
SO ANAL. CHEM. 42. P1649-51. 1970.
LG EN.
DE UATER ANAL BENZENE. BENZENE TRACES
DETN UATER. ISOTOPE DILN BENZENE
MICRODETN. GAS CHROMATOG .BENZENE
ISOTOPES. CHROMATOG GAS BENZENE
ISOTOPES.
AN C 07402006271.
AU UATANABE, IKUO. OKITA, TOSHIICHI.
IN INST. PUBLIC HEALTH. TOKYO. JAPAN.
YR 74.
TI IDENTIFICATION OF THE COMPOUNDS
EVAPORATING FROM UASTE UATERS OF
PETROCHEMICAL PLANTS.
SO TAIKI OSEN KENKYU. 9. P13-20. 1974.
LG JA.
DE PETROCHEM UASTEUATER ORG COMPD DETN.
HYDROCARBON DETN PETROCHEM
UASTEUATER. SULFIDE DETN PETROCHEM
344
-------
UASTEUATER. CHLOROHYDROCflRBON DETN
PETROCHEM UflSTEUflTER. ETHER DETN
PETROCHEM UflSTEUflTER. VOLflTILE
SUBSTflNCE DETN UflSTEUflTER.
flN C 08504025114.
<1262>
flU UflTSON G K. CAIN R B.
YR 75.
TI MICROSIflL METflBOLISM OF THE PYRIDINE
RING METABOLIC PflTHUflYS OF PYRIDINE
BIO DEGRflDflTION BY SOIL BflCTERIfl.
SO BIOCHEM J. 146 (1). 157-172.
DE BflCILLUS-SP NOCARDIA-SP ENZYMES.
flN B 59066258.
<1263>
flU UflTSON G K. CAIN R B.
YR 72.
TI METflBOLISM OF PYRIDINE BY BflCTERIfl.
SO BIOCHEM J. 127. 2. P44P. flPR 72.
LG EN.
MJ BflCILLUS: ME.
MN CHROMflTOGRAPHY-PflPER.
flN M 73015615.
<1264>
flU UflTSON G K. HOUGHTON C. CflIN R B.
YR 74.
TI MICROSIflL METflBOLISM OF THE PYRIDINE
RING. THE HYDROXYLATION OF
4-HYDROXYPYRIDINE TO PYRIDINE-3,4-
. DIOL (3,4-DIHYDROXYPYRIDINE) BY 4-
HYDROXYPYRIDINE-3-HYDROXYLflSE.
SO BIOCHEM J. 140. 2. P265-76. MflY 74.
LG EN.
MJ AGROBflCTERIUM: ME.
MN ftMMONIUM-SULFATE. FflD: ME.
HYDROXYLATION. RIBOFLAVIN: ME.
ULTRflSONICS.
flN M 75127332.
<1265>
AU UATSON G K. JONES N.
YR 77.
TI THE BIO DEGRADATION OF POLY ETHYLENE
GLYCOLS BY SEUAGE BflCTERIfl.
SO UATER RES. 11 (1). 95-100.
DE flCINETOBflCTER FLflVOBflCTERIUM
PSEUDOMONflS MINERAL SflLTS MEDIUM.
flN B 63068452.
<1266>
flU UEAVER T L. DUGflN P R.
YR 72.
TI ENHANCEMENT OF BflCTERIflL METHflNE
OXIDflTION BY CLAY MINERALS.
SO NATURE (LOND). 237 (5357). 518.
DE NOTE AQUATIC ECOSYSTEM.
AN B 73028946.
<1267>
AU UEBB M. RUBER H. LEDUC G.
YR 76.
TI THE TOXICITY OF VARIOUS MINING
FLOTATION REAGENTS TO RAINBOU TROUT
SALMO-GAIRDNERI.
SO UATER RES. 10 (4). 303-306.
DE SODIUM ETHYL XANTHATE POTASSIUM AMYL
XANTHATE XYLENOL POLY PROPYLENE
GLYCOL SODIUM ISO PROPYL XANTHATE
POTASSIUM ETHYL XANTHATE MEDIAN
LETHAL CONCENTRATION.
AN B 62034743.
<1268>
AU UEDEMEYER, GARY.
IN UEST. FISH DIS. LAB. U. S. BUR.
SPORT FISH. UILDL. SEATTLE. UASH.
YR 71.
TI STRESS OF FORMALIN TREATMENTS IN
RAINBOU TROUT (SALMO GAIRDNERD AND
COHO SALMON CONCORHYNCHUS KISUTCH).
SO J. FISH. RES. BD. CAN. 28. P1899-
904. 1971.
LG EN.
DE FORMALIN FISH TOXICITY. TROUT
FORMALIN TOXICITY. SALMON FORMALIN
TOXICITY.
AN C 07621122583.
<1269>
AU UEDEMEYER, GARY. YASUTAKE, U. T.
IN UEST. FISH. DIS. LAB. BUR. SPORT
FISH. UILDL. SEATTLE. UASH.
YR 74.
TI STRESS'OF FORMALIN TREATMENT IN
JUVENILE SPRING CHINOOK SALMON
CONCORHYNCHUS TSHAUYTSCHE) AND
STEELHEAD TROUT (SALMO GAIRDNERI).
SO J. FISH. RES. BOARD CAN. 31.
P179-84. 1974.
LG EN.
DE FORMALIN TOXICITY FISH. SALMO
FORMflLIN TOXICITY. ONCORHYNCHUS
FORMALIN TOXICITY.
AN C 08215093773.
<1270>
AU UEIL, L. BERGER, H. QUENTIN, E.
IN INST. UASSERCHEM. CHEM. BALNEOL.
TECH. UNIV. MUENCHEN. MUNICH. GER.
YR 76.
345
-------
TI ELIMINATING LIPOPHILIC POLLUTANTS IN
UftTER TREATMENT.
SO DECHEMA-MONOGR. 80. P105-14. 1976.
LG GE. DE
DE POLYETHYLENE FLOCCULflTION UATER
PURIFN. PESTICIDE REMOVAL UftTER.
POLYCYCLIC HYDROCflRBON REMOVAL
UATER. AN
AN C 08622166979.
USA; CAMBRIDGE, ENGLAND. ISBN 0-521-
21103-4(CLOTH); ISBN 0-521-29044-
9(PAPER). 85-105.
LIVER MUSCLE TOXICITY BEHAVIOR
UPTAKE METABOLISM TAINTING DIET
ALKANES PETROLEUM PRODUCTS BENZO A
PYRENE.
B 77045235.
AU UEIL. L. GREINER, G.
IN INST. UASSERCHEM. CHEM. BALNEOL.
TECH. UNIV. MUENCHEN. MUNICH. GER.
YR 74.
TI PRINCIPLES OF THE ELIMINATION OF
ORGANIC UATER POLLUTANTS UITH
POLYETHYLENE.
SO VOM UASSER. 43. P247-57. 1974.
LG GE.
DE POLYETHYLENE FLOCCULATION UATER.
VINYL ACYLAMIDE FLOCCULATION UATER.
FLOCCULATION UATER POLYETHYLENE.
AN C 08310084622.
<1272>
AU UHITELEY F R. KIVES J J. HECHT H
D.
YR 75.
TI CONTINUOUS ON-LINE DETERMINATION OF
TOTAL CYANIDE IN INDUSTRIAL EFFLUENT
STREAMS.
SO LANGUDRTHY, VIRGIL U. (ED.).
PROCEEDINGS OF THE THIRD ANNUAL
POLLUTION CONTROL CONFERENCE OF THE
UATER AND UASTEUATER EQUIPMENT
MANUFACTURERS ASSOCIATION. INDUSTRY
SOLUTIONS '75: AIR-UATER-NOISE-SOLID
UASTE. APRIL 1-4, 1975. XI+915P.
ILLUS. ANN ARBOR SCIENCE PUBLISHERS,
INC. ANN ARBOR, MICH. U.S.A. ISBN 0-
258-40114-2. 633-647.
DE UATER POLLUTION TOXICITY ANALYSIS.
AN B 76029382.
<1273>
AU UHITTLE K J. MACKIE P R.
YR 76.
TI HYDRO CARBONS IN MARINE ZOO PLANKTON
AND FISH PART 2 FISH HYDRO CARBON
LEVELS.
SO LOCKUOOD, A. P. M. (ED.). SOCIETY
FOR EXPERIMENTAL BIOLOGY SEMINAR
SERIES, VOL. 2. EFFECTS OF
POLLUTANTS ON AQUATIC ORGANISMS.
SEMINAR. LIVERPOOL, ENGLAND, APRIL
11, 1S75. X+193P. ILLUS. CAMBRIDGE
UNIVERSITY PRESS: NEU YORK, N.Y.
<1274>
AU UILDISH D J.
YR 74.
TI ARRESTANT EFFECT OF POLY OXY
ETHYLENE ESTERS ON SUIMMING IN THE
UINTER FLOUNDER.
SO UATER RES. 8 (8). 579-583.
DE PSEUDOPLEURONECTES-AMERICANUS UATER
POLLUTION OIL DISPERSANT BEHAVIOR
RESPONSES ENDOGENOUS TIDAL RHYTHM
SUPPRESSION SUIMMING AMPLITUDE
REDUCTION.
AN B 59028883.
<1275>
AU UILDISH, D J.
IN FISHERIES RESEARCH BOARD OF CANADA,
BIOLOGICAL STATION, ST. ANDREUS,
N.B.
YR 72.
TI ACUTE TOXICITY OF POLYOXYETHYLENE
ESTERS AND POLYOXY ETHYLENE ETHERS
TO S. SALAR AND G. OCEANICUS.
SO UATER RESEARCH. NEU YORK, 6(7):
759-762, JULY 1972.
LG EN.
AB NONE.
ID OIL DISPERSANTS, *GAMMARUS
OCEANICUS, *SALMO SALAR,
POLYOXYETHYLENE ESTERS, ETHERS.
DE TOXICITY, FISH, CRUSTACEANS,
SURFACTANTS.
AN P 7300076.
<1276>
AU UILHM, JERRY.
IN OKLAHOMA UATER RESOURCES RESEARCH
INST. STILLUATER.
YR 71. 48P.
TI COMPARISON OF ENERGY FLOU PARAMETERS
OF MIDGE POPULATIONS IN BIOLOGICAL
OXIDATION PONDS (EFFECT OF PHENOL ON
OXYGEN UPTAKE RATE OF A LABORATORY
POPULATION OF CHIRONOMUS ATTENUATUS
UALK. ) 1,2).
NT TECHNICAL RESEARCH COMPLETION REPT.
PR PC$3.00/MFS0.95.
AB A LABORATORY POPULATION OF
FOURTH-INSTAR LARVAL FORMS OF
346
-------
CHIRONOMUS ATTENUATUS UALKER
RECEIVED A CONTINUOUS LIFE-LONG
EXPOSURE OF 3, 3, 8, 11, 16 AND 22
PPM PHENOL. WATER TEMPERATURE, PH
AND DISSOLVED OXYGEN CONCENTRATION
UERE MONITORED. EXPOSED LARVAE UERE
ANALYZED FOR OVEN-DRY UEIGHT, ASH-
FREE UEIGHT, CALORIC CONTENT, AND
OXYGEN UPTAKE. CALORIC CONTENT PER
GRAM IN LARVAE INCREASED UITH
INCREASING PHENOL CONTENT UP TO A
MAXIMUM OF 5,869 CAL/G IN LARVAE
EXPOSED TO 16 PPM PHENOLS. LINEAR
EQUATIONS UERE FORMULATED TO RELATE
ENERGY CONTENT TO PHENOL LEVEL AND
ENERGY CONTENT AND DISTANCE
DOUNSTREAM FROM AN OUTFALL. LARVAE
UERE ALSO EXPOSED TO 6 DIFFERENT
SALT CONCENTRATIONS BETUEEN 0 AND
342 MM/L FOR 4 DIFFERENT TIME
PERIODS. CONCENTRATION OF SODIUM IN
THE HAEMOLYMPH UAS SIMILAR IN LARVAE
EXPOSED TO THE LOUER CONCENTRATIONS
AND INCREASED PROGRESSIVELY AT THE
THREE HIGHER CONCENTRATIONS, WHILE
CHLORIDE LEVELS INCREASED STEADILY
UITH INCREASING SALT CONCENTRATION.
MJ LAGOONS-PONDS, ECOLOGY, DIPTERA,
ECOLOGY, UATER-POLLUTION, ECOLOGY,
PHENOL, FRESH-UATER-BIOLOGY.
MN LARVAE, SODIUM-CHLORIDE,
TEMPERATURE, INDUSTRIAL-UASTE-
TREATMENT, BIOCHEMICAL-OXYGEN-
DEMAND, TOXICITY, ENERGY.
ID CHIRONOMUS, OURR.
AN N PB-204 524.
<1277>
AU UILHM, JERRY. THORNTON, KENT U.
IN OKLAHOMA UATER RESOURCES RESEARCH
INST. STILLUATER.
YR 72. 19P.
TI THE EFFECTS OF PH, PHENOL, AND
SODIUM CHLORIDE ON THE BIOENERGETICS
OF LABORATORY POPULATIONS OF
'CHIRONOMUS ATTENUATES'.
NT RESEARCH PROJECT TECHNICAL
COMPLETION REPT.
PR PC$3.00/MF$0.95.
AB CONTINUOUS FLOW, LABORATORY
MICROCOSMS UERE USED TO MEASURE THE
EFFECTS OF PH, PHENOL, AND NACL ON
THE SURVIVAL OF THE LIFE STAGES OF
CHIRONOMUS ATTENUATES, THE CALORIC
CONTENT OF THIRD AND FOURTH INSTAR
LARVAE AND ADULTS, THE LIP ID AND
PROTEIN-NITROGEN CONTENT OF FOURTH
INSTAR LARVAE, AND THE INTERACTION
AMONG THE VARIOUS RESPONSES. EACH
EXPERIMENT CONSISTED OF 24 TREATMENT
COMBINATIONS UITH A 3 X 4 X 2
FACTORIAL ARRANGEMENT IN A
COMPLETELY RANDOMIZED DESIGN UITH
TUO REPLICATIONS OF EACH TREATMENT.
TREATMENT VARIABLES UERE PH AT 6.2,
7.2, AND 8.2; PHENOL AT 0, 10. 20,
AND 30 MG/L; AND NACL AT 0 AND 600
MG/L. PH HAD A SIGNIFICANT EFFECT
ON THE SURVIVAL OF ALL LIFE STAGES
OF C. ATTENUATUS. INCREASING PHENOL
LEVELS RESULTED IN A NEARBY LINEAR
INCREASE IN CALORIC CONTENT. SODIUM
CHLORIDE AFFECTED THE LIP ID CONTENT
OF FOURTH INSTAR LARVAE. THE LIP ID
CONTENT UAS HIGHER UITH NACL PRESENT
IN THE MEDIA THAN UITHOUT NACL.
INTERACTION HAD A SIGNIFICANT EFFECT
ON ALL RESPONSES EXCEPT SURVIVAL OF
THIRD AND FOURTH INSTAR LARVAE.
(AUTHOR).
MJ DIPTERA, PETROLEUM-REFINING,
UATER-POLLUTION, PETROLEUM.
MN ECOLOGY, METABOLISM, PHYSIOLOGY, PH,
PHENOLS, LIPIDS, LAGOONS-PONDS,
LIFE-CYCLES, EXPERIMENTAL-DATA.
ID CHIRONOMUS-ATTENUATUS, UATER-
POLLUTION-EFFECTS-ANIMALS,
BIOENERGETICS, OIL-POLLUTION.
AN N PB-214 479/8.
<1278>
AU UILLIAMSON, KENNETH J.
IN OREGON STATE UNIV. CORVALLIS. UATER
RESOURCES RESEARCH INST. OREGON
STATE UNIV. CORVALLIS. DEPT. OF
CIVIL ENGINEERING. RESEARCH AND
TECHNOLOGY, UASHINGTON, D.C.
YR 76. 48P.
TI A BIOASSAY TO ASSESS UASTEUATER
TOXICITY TO AEROBIC BIOLOGICAL
TREATMENT.
NT COMPLETION REPT. 1 JUL 75-30 JUN 76.
PREPARED BY OREGON STATE UNIV.
CORVALLIS. DEPT. OF CIVIL
ENGINEERING.
PR PC A03/MF A01.
AB THE OBJECTIVE UAS TO DEVELOP A
BIOASSAY FOR UASTEUATER TOXICITY
THAT COULD BE USED AT SEUAGE
TREATMENT PLANTS. NITROBACTER UAS
USED AS THE TEST ORGANISM DUE TO THE
SIMPLICITY OF QUANTIFYING SUBSTRATE
REMOVAL RATES BY MEASURING NITRITE
REMOVAL, A SENSITIVITY FOR MOST
TOXICANTS GREATER THAN THAT OF
HETEROTROPHIC ORGANISMS, AND A SLOU
GROUTH RATE UHICH ENABLES THE USE OF
BATCH-FED TESTS. A METHOD UAS
DEVELOPED FOR PRESERVING THE
NITROBACTER ORGANISMS BY FREEZE-
347
-------
DRYING. SUBSTRATE REMOVAL RATES UERE
MEASURED FOR BOTH FREEZE-DRIED AND
NON-FREEZE-DRIED NITROBACTER IN THE
PRESENCE OF A HEAVY METAL AND AN
ORGANIC TOXICANT. ZINC AND 2,4,5-
TRICHLOROPHENOL EXHIBITED TOXIC
EFFECTS TO THE NITROBACTER AT
CONCENTRATIONS COMPARABLE TO THOSE
TOXIC TO ACTIVATED SLUDGE.
MJ TOXICITY, BIOA3SAY, SEUAGE.
MN AEROBIC-PROCESSES, NITROBACTER,
ACTIVATED-SLUDGE-PROCESS, METflLS.
ZINC, TOXICOLOGY, NITRITES, SEUAGE-
TREATMENT, BACTERICIDES, PHENOLS,
FREEZE-DRYING.
ID BIO INDICATORS, HEAVY-METALS,
PHENOL-TRICHLORO, POISONING-
CHEMICftL-REACTIONS, NTISDIOURT.
AN N PB-261 3D4/1SL.
<1279>
AU UILLIS, RAYMOND BRUCE.
IN IOUA STATE UNIVERSITY (0097) PH.D.
1973, 112PP.
YP 73.
TI HIGH-PRESSURE LIQUID CHROMATOGRAPHY
OF PHENOLS AND METAL IONS.
SO DAI V34C07), SEC B, P3141.
DE CHEMISTRY, ANALYTICAL (0486).
AN D ADG74-06585.
<1288>
AU UILLOX, S. UEATHERBY, R. P.
HOLDER, G. M.
IN DEP. PHARM. UNIV. SYDNEY. SYDNEY.
AUST.
YR 76.
TI ANILINE METABOLISM IN TUO SPECIES OF
ARACHNIDA: UATER-SOLUBLE
METABOLITES.
SO XENOBIOTICA. 6. P565-73. 1976.
LG EN.
DE ANILINE METAB BOOPHILUS. NEPHILIA
ANILINE METAB.
AN C 08617114922.
AU UILLS R B.
YR 72.
TI GAS CHROMATOGRAPHIC RESPONSE TO
INJECTIONS OF ACETIC ACID IN UATER.
50 J CHROMATOGR SCI. 10. 9. P582-3. SEP
72.
LG EN.
MJ ACETIC-ACIDS: AN.
MN CHEMISTRY-PHYSICAL.
AN M 73006384.
<1282>
AU UILSON S A. UEBER J H.
YR 77.
TI ESR ANALYSIS OF SEMI QUINONE FREE
RADICALS OF AQUATIC AND SOIL
FULVIC-ACID AND HUMIC-ACID.
SO ANAL LETT. 10 (1). 75-84.
DE OYSTER RIVER PODZOL SOIL P BENZO
SEMI QUINONE REDUCING CAPABILITY.
AN B 64072070.
<1283>
AU UINTERS K. O'DONNELL R. BATTERTON
J C. VAN BAALEN C.
YR 76.
TI UATER SOLUBLE COMPONENTS OF 4 FUEL
OILS CHEMICAL CHARACTERIZATION AND
EFFECTS ON GROUTH OF MICRO ALGAE.
SO MAR BIOL (BERL). 36 (3). 269-276.
DE AGMENELLUM-QUADRUPLICATUM
THALASS IDS IRA-PSEUDONANA
NAPHTHALENES BENZENES PHENOLS
ANILINES INDOLES POLLUTION
INHIBITORY EFFECT P TOLUIDINE BLUE-
GREEN ALGAE GREEN ALGAE DIATOMS USA
TOXICITY DAMAGE REDUCED PRIMARY
PRODUCTION.
AN B 62068946.
<1284>
AU UINTERS, KENNETH. BATTERTON, JOHN
C. VAN BAALEN, CHASE.
IN MAR. SCI. INST. UNIV. TEXAS. PORT
ARANSAS. TEX.
YR 77.
TI PHENALEN-1-ONE: OCCURRENCE IN A FUEL
OIL AND TOXICITY TO MICROALGAE.
SO ENVIRON. SCI. TECHNOL. 11. P278- 2.
1977.
LG EN.
DE PHENOLENEONE TOXICITY ALGAE LIGHT.
FUEL OIL PHENALENEONE ISOLATION.
AN C 08621151154.
<1285>
AU UISLOCKI P G. UOOD A U. CHANG R L.
LEVIN U. YAGI H. HERNANDEZ 0.
DANSETTE P M. JERINA D M. CONNEY A
H.
YR 76.
TI MUTAGENICITY AND CYTO TOXICITY OF
BENZO A PYRENE ARENE OXIDES PHENOLS
QUINONES AND DI HYDRO DIOLS IN
BACTERIAL AND MAMMALIAN CELLS.
SO CANCER RES. 36 (9). 3350-3357.
DE CHINESE HAMSTER V-79 CELLS
SALMONELLA-TYPHIMURIUM TA-98 STRAIN
TA-100 STRAIN TA-1538 STRAIN
348
-------
CARCINOGENS.
AN B 63802990.
<1286>
AU UISSING F.
IN DEPARTMENTS OF BIOCHEMISTRY flND
ELECTRON MICROSCOPY, THE ROYAL
DENTAL COLLEGE, DK 8080 ARHUS C,
DENMARK.
YR 75.
TI CYflNIDE PRODUCTION FROM GLYCINE BY A
HOMOGENATE FROM A PSEUDOMONAS
SPECIES.
SO J BACTERIOL. 121. 2. P695-9. FEB 75.
LG EN.
MJ CYANIDES: BI.
MN BUFFERS. HYDROGEN-ION-
CONCENTRATION. PHENAZINES: ME.
SUBCELLULAR-FRACTIONS: UL.
AN M 75095466.
<1287>
AU UODZINSKI R S. LAROCCA D.
YR 77.
TI BACTERIAL GROUTH KINETICS ON DI
PHENYL METHANE AND NAPHTHALENE HEPTA
METHYL NONANE MIXTURES.
SO APPL ENVIRON MICROBIOL. 33 (3).
660-665.
DE PSEUDOMONAS-SPP HYDROGENOMONAS-SP.
AN B 64016619.
<128B>
AU UOLKOFF, ft. U. LAROSE, R. H.
IN CANADA CENT. INLAND UATERS.
BURLINGTON. ONT.
YR 75.
TI SENSITIVE MONITORING OF PHENOLS
AFTER LIQUID CHROMATOGRAPHY. REPLY
TO COMMENTS.
SO J. CHROMATOGR. 111. P472-3. 1975.
LG EN.
DE PHENOL DETN UATER. CREATE OXIDATIVE
MONITOR PHENOL DETN.
AN C 88426184549.
<1289>
AU UOLKOFF, AARON U. LAROSE, RICHARD
H.
IN CANADA CENT. INLAND UATERS. DEP.
ENVIRON. BURLINGTON. ONT.
YR 74.
TI HIGHLY SENSITIVE TECHNIQUE FOR THE
LIQUID CHROMATOGRAPHIC ANALYSIS OF
PHENOLS AND OTHER ENVIRONMENTAL
POLLUTANTS.
SO J. CHROMATOGR. 99. P731-43. 1974.
LG EN.
DE PHENOL DETN UATER. ENVIRONMENT
PHENOL DETN. LIQ CHROMATOG PHENOL
UATER.
AN C 08126175800.
<1290>
UOLVERTON B C. MCKOUN M M.
76.
UATER-HYACINTHS FOR REMOVAL OF
PHENOLS -FROM POLLUTED UATERS.
AQUAT BOT. 2 (3). 191-201.
EICHHORNIA-CRASSIPES.
B 63017778.
AU
YR
TI
SO
DE
AN
AU UOOLHISER, P. H. CLARK, D. P.
IN THIOKOL CHEMICAL CORP BRIGHAM CITY
UTAH. 348850.
YR 73. 93P*.
TI CYANIDE UASTE TREATMENT UTILIZING
CATALYTIC OXIDATION.
NT TECHNICAL REPT. 23 MAY-25 APR 73.
AV 1.
PR PC$3.75/MF$1.45.
AS ELECTROPLATING OPERATIONS AND COLOR
PHOTOGRAPH PROCESSING ARE TUO MAJOR
SOURCES OF LIQUID CYANIDE UASTES.
TO MEET STATE EFFLUENT STANDARDS, A
SYSTEM USING A PROPRIETARY
COBALT-BASED CATALYST AND
CHLORINE-PRODUCING ELECTROLYTIC
CELLS UAS EVALUATED UITH ACTUAL
PHOTOGRAPHIC AND ELECTROPLATING
UASTE. A LITERATURE SEARCH AND
LABORATORY EVALUATION UAS CONDUCTED
TO DETERMINE PROCESSES THAT COULD BE
USED TO SUPPLEMENT THE CATALYTIC
OXIDATION SYSTEM. A PROTOTYPE
CATALYTIC OXIDATION SYSTEM CAPABLE
OF TREATING 1/4 GALLON PER MINUTE
(GPM) OF 2,000 MGX1 TOTAL CYANIDE
UASTE PRODUCED EFFLUENT STREAMS
CONTAINING UNDETECTABLE AMOUNTS OF
CYANIDE (UNDER 0.01 MG/1) UITH
COPPER PLATING AND NICKEL STRIP
FEEDS. TREATMENT OF PHOTOGRAPHIC
UASTES PRODUCED AN 87 TO 94 PERCENT
REDUCTION OF TOTAL CYANIDE. THE
CATALYTIC OXIDATION SYSTEM HAS A
STRONG POTENTIAL FOR DECREASING THE
OPERATION COSTS OF CYANIDE
DESTRUCTION SYSTEMS. SYSTEM DESIGNS
ARE GIVEN FOR TUO FULL-SIZE CYANIDE
UASTE TREATMENT SYSTEMS. (MODIFIED
AUTHOR ABSTRACT).
MJ CYANIDES, UASTE-TREATMENT.
MN PROTOTYPES, ELECTROPLATING,
UASTES-INDUSTRIAL, PHOTOGRAPHIC-
349
-------
PROCESSING, CATALYSTS, OXIDATION,
COBALT, REVIEUS, CYANATES, CHLORINE,
COLORIMETRIC-ANALYSIS, CHEMICAL-
ANALYSIS, ELECTROLYSIS,
PRECIPITATION, CHLORINATION, DESIGN,
CONTROL, UATER-POLLUTION, COST-
ESTIMATES, FABRICATION.
ID PERFORMANCE-EVALUATION, ION-
SELECTIVE-ELECTRODES. UATER-
POLLUTION-CONTROL, INDUSTRIAL-UASTE-
TREATMENT, AF.
AN N AD-769 293/2.
<1292>
AU URONSKI, MIECZYSLAU. SMAL,
ZBIGNIEU.
IN DEP. CHEM. TECHNOL. UNIV. LODZ.
LODZ. POL.
YR 74.
TI THIOMERCURIMETRIC DETERMINATION OF
ACRYLONITRILE IN UATER.
SO CHEM. ANAL. (UARSAU). 19. P633- 8.
1974.
LG PO.
DE SURFACE UATER ANALYSIS
ACRYLONITRILE. ACRYLONITRILE DETN
SURFACE UATER.
AN C 98126175988.
<1295>
AU YANG R D. HUMPHREY A E.
IN DEPARTMENT OF CHEMICAL AND
BIOCHEMICAL ENGINEERING, UNIVERSITY
OF PENNSYLVANIA, PHILADELPHIA,
PENNSYLVANIA.
YR 75.
TI DYNAMIC AND STEADY STATE STUDIES OF
PHENOL BIODEGRADATION IN PURE AND
MIXED CULTURES.
SO BIOTECHNOL BIOENG. 17. 8. P1211- 35.
AUG 75.
LG EN.
MJ PHENOLS.
MN COMPARATIVE-STUDY. UATER-
POLLUTANTS-CHEMICAL.
AN M 78048734. 7883.
<1296>
AU YANYSHEVA N YA. KOSTOVETSKII YA I.
FEDORENKO Z P.
YR 74.
TI STANDARDIZATION OF THE CONTENT OF
BENZO A PYRENE IN UATER BODIES.
SO GIG SANIT. (7). 71-75.
DE MOUSE HUMAN CARCINOGEN STOMACH
TUMORS POLLUTION.
AN B 59056263.
<1293>
AU UU, D -C. CHIANG, Y -M. CHANG. H AU
-T. TAN, T -H. LI, Y -H. HUNG, T YR
-C. CHU, P -C. TI
YR 74.
TI THE AQUATIC ENVIRONMENT AND ECOLOGY
OF THE KAOHSIUN3 HARBOR. SO
SO T'AI-UftN TA HSUEH. T'AI-PEI. NUNG DE
HSUEH YUAN. SPECIAL PUBLICATION 5,
DEC. 1974. 77PP.
LG CH. AN
AB NONE.
ID PHENOLS, KAOHSIUNG HARBOR.
DE COLIFORMS, ARSENIC, DO, TAIWAN,
HARBORS, ENVIRONMENTAL AU
DETERIORATION, PHYTOPLANKTON, OIL IN
POLLUTION, NUTRIENTS, MERCURY.
AN P 7681437.
YR
TI
<1294>
AU UURM, HANS J. SO
IN EMSCHERGENOSS. ESSEN. GER. DE
YR 76. AN
TI EXTRACTION OF PHENOLS FROM
COKING-PLANT EFFLUENTS.
SO D-EM.-ING.-TECH. 48. P840-5. 1976.
LG GE. AU
DE COKING UASTEUATER PHENOL EXTN.
AN C 88612878239. IN
<1297>
YARUSHEK N E.
73.
QUANTITY OF BACTERIA AND DESTRUCTION
OF ORGANIC MATTER IN BOTTOM DEPOSITS
OF THE SARATOV UATER STORAGE BASIN.
GIDROBIOL ZH. 9 (1). 83-85.
USSR MICROORGANISM COUNT SAPROPHYTE
PHENOL DEGRADING BACTERIA
DENITRIFYING BACTERIA SLIME OXYGEN.
B 58013161.
<1298>
YOCUM, FLOYD HENRY, II.
TULANE UNIVERSITY, SCHOOL OF
ENGINEERING (0494) D.ENG. 1977,
285PP.
77.
OXIDATION OF STYRENE WITH OZONE IN
AQUEOUS SOLUTION.
DAI V38(03), SEC B, P1316.
ENGINEERING, CHEMICAL (0542).
D ADG77-19511.
<1299>
YOKOYAMA, KAZUO. SATO, SADAO.
YOSHIYASU, IKUYO. IMAMURA, TAKASHI,
CENT. RES. LAB. MITSUBISHI ELECTR.
350
-------
CORP. AMAGASAKI. JAPAN.
YR 74.
TI DEGRADATION OF ORGANIC SUBSTANCES IN
UATER BY OZONE.
SO MITSUBISHI DENKI GIHO. 48. P1233- 8.
1974.
LG JA.
DE OZONE DEGRDN ORG SUBSTANCE UATER.
POLYETHYLENE GLYCOL DEGRDN OZONE.
CHLORINATED BIPHENYL DEGRDN OZONE.
AN C 88214089803.
<1300>
AU YOUNG L Y. MITCHELL R.
YR 73.
TI NEGATIVE CHEMOTAXIS OF MARINE
BACTERIA TO TOXIC CHEMICALS.
SO APPL MICROSIOL. 25. 6. P972-5. JUN
73.
LG EN.
MJ CHEMOTAXIS: DE.
MN ALCOHOL-ETHYL: PD. CHLOROFORM: PD.
DE, GD.
AN M 73212992.
AU YOUNG, D R. DUNN, B P.
IN UNIV. OF BRITISH COLUMBIA, CANCER
RESEARCH CENTRE, DEPT. OF ZOOLOGY,
2075 UESBROOK PL. VANCOUVER, B. C.
VST 1U5, CAN.
YR 76
TI BASELINE LEVELS OF BENZOCA5PYRENE IN
SOUTHERN CALIFORNIA MUSSELS.
SO MARINE POLLUTION BULLETIN, 7(12):
231-234, DEC. 1976.
LG EN.
AB NONE.
ID MUSSELS, BENZO(A)PYRENE.
DE UATER POLLUTANTS, PETROCHEMICALS,
CARCINOGENS, AROMATIC COMPOUNDS,
MUNICIPAL UASTEUATERS, CALIFORNIA
COAST.
AN P 7702212.
<1302>
AU YOUNG, RODERICK U. PARR, 0. D.
DICKINSON, JEAN K.
IN VIRGINIA POLYTECHNIC INST. AND STATE
UNIV. BLACKSBURG. UATER RESOURCES
RESEARCH CENTER. UASHINGTON, D.C.
YR 75. 24P.
TI RESIDUE-REMOVAL METHODS FOR
PESTICIDES AND INDUSTRIAL CHEMICALS
FOUND IN AQUATIC ENVIRONMENTS.
PR PC$3.50/MF$2.25.
AB THIS RESEARCH EVALUATED VARIOUS
METHODS THAT HAVE BEEN ADVANCED FOR
SEPARATION OF POLYCHLOROBIPHENYLS
FROM CHLORINATED PESTICIDES, TO SEE
UHICH UERE EFFECTIVE IN DETECTING
AND REMOVING THESE RESIDUES OFTEN
PRESENT IN THE AQUATIC ENVIRONMENT.
PRELIMINARY INVESTIGATIONS ALSO UERE
MADE OF A NEU APPROACH, THE
SILYLATION OF CARBAMATES. FINALLY,
A GAS CHROMATOGRAPHIC (GLC)
PROCEDURE FOR CHLOROPHACINONE (CPN)
UAS DEVELOPED BY BROMINATING THE
PARENT COMPOUND.
MJ UATER-POLLUTION-CONTROL, PESTICIDES,
CHLORINE-AROMATIC- COMPOUNDS,
UATER-ANALYSIS.
MN BIPHENYL, CHLORINE-AROMATIC-
COMPOUNDS, CARBAMATES, GAS-
CHROMATOGRAPHY, CHEMICAL-ANALYSIS,
EXTRACTION, SEPARATION, INDUSTRIAL-
UASTES, HAZARDOUS-MATERIALS,
SILANES, SILICON-INORGANIC-
COMPOUNDS, DDT, BROMINATION.
ID BIPHENYL-CHLORO, UATER-POLLUTION-
DETECTION, INDAN-DIONE-P-
CHLOROPHENYLPHENYLACETYL, AROCHLORS,
POLYCHLORINATED-BIPHENYLS,
NTISDIOURT.
AN N PB-250 747/3SL.
<1303>
AU ZAMFIR G. NASTASE V.
IN HYGIENE AND PUBLIC HEALTH
INSTITUTE—IASSY.
YR 75.
TI PROTECTION OF DRINKING UflTER SOURCES
AGAINST MODERN POLLUTANTS.
SO J HYG EPIDEMIOL MICROSIOL IMMUNOL
(PRAHA). 19. 1. P5-9. 1975.
LG EN.
MJ UATER-POLLUTION-CHEMICAL: PC.
MN AMMONIA. NITRITES. AN.
AN M 75152253.
<1304>
AU ZDYBIEUSKA, M.
YR 68. 22P.
TI MICROBIOLOGICAL DEGRADATION OF
PHENOL COMPOUNDS.
AV TRANSLATED FROM POSTEPY MIKROBIOL.
PR PC$3.50/MF$2.25.
AB REASONS FOR THE OCCURRENCE OF
PHENOLS, ESPECIALLY IN UATER AND
SEUAGE, ARE DISCUSSED. THESE
COMPOUNDS DISTINCTLY AFFECT THE
BIOCOENOSIS OF THE RECEIVER BOTH IN
RESPECT TO HIGHER ORGANISMS, AS E.G.
FISH, AS UELL AS TO MICROORGANISMS.
THANKS TO ADAPTATION SOME
MICROORGANISMS BECOME ABLE TO
351
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DECOMPOSE PHENOLS. USUflLLY THE
BIOLOGICAL OXIDIZATION OF VARIOUS
CYCLIC COMPOUNDS IS ACHIEVED BY
FORMING PYROCATECHOL, UHICH IS THEN
OXIDIZED TO SIMPLE ORGANIC ACIDS.
THESE PROCESSES ARE DUE TO BACTERIA,
ACTINOMYCETES, MOULDS AND YEAST.
THEY ARE INFLUENCED BY SUCH
PARAMETERS AS: PH, TEMPERATURE,
NUTRITIVE SUBSTANCES AS WELL AS
SUBSTANCES ASSOCIATED IN THE
PHENOLS. THE SUITABLE CHOICE OF
THESE PARAMETERS ENSURES PROPER
EFFECTS IN PROCESSES OF BIOLOGICAL
TREATMENT. 90 REFERENCES.
MJ PHENOLS, BIODEGRADATION.
MN ACTINOMYCES, BACTERIA, • FUNGI,
NUTRIENTS, PH, TEMPERATURE-
DEPENDENCE, UATER, YEASTS.
ID ERDA-488381, ERDA-320580, ERDA-
550200, TRANSLATIONS, UATER-
POLLUTION-CONTROL, INDUSTRIAL-
UASTES. UftSTE-UATER-TREATMENT,
SELJAGE-TREATMENT, NTISERDA.
AN N ORNL-TR-4037.
<1305>
AU ZEFF, JACK D. BARTON, RICHARD R.
SMILEY, BOB. ALHADEFF, EZRA.
IN UESTGATE RESEARCH CORP MARINA DEL
REY CALIF AND DEVELOPMENT COMMAND,
UASHINGTON, D.C. 391630.
YR 74. 89P.
TI UV-OZONE UATER
OXIDATION/STERILIZATION PROCESS.
NT FINAL REPT. 1 JUL ?3-l JUL 74.
PR PCS4.75/MFS2.25.
AB THE PURPOSE OF THIS PROGRAM UAS TO
DETERMINE THE FEASIBILITY OF
PURIFYING UATER USING THE
COMBINATION OF OZONE AND ULTRAVIOLET
RADIATION. IT UAS DISCOVERED FROM
IN-HOUSE EFFORTS THAT THIS
COMBINATION OF PURIFYING AGENTS UAS
AN EFFECTIVE MEANS OF REMOVING
BACTERIA AND ORGANIC CONTAMINANTS IN
UATER. THE INITIAL OBJECTIVE OF
THIS PROGRAM UAS TO DEFINE THE
LEVELS OF OZONE AND UV RADIATION
REQUIRED TO DESTROY PREDETERMINED
CONCENTRATIONS OF MICROSIAL
CONTAMINANTS AND ORGANIC SUBSTANCES
IN UATER. THESE CONTAMINANTS UERE
REPRESENTATIVE OF THOSE OFTEN FOUND
IN UASTE UATER EFFLUENTS ENCOUNTERED
BY THE ARMY AND NASA. THE STUDY UAS
DIVIDED INTO TUO PARALLEL EFFORTS, A
MICROBIOLOGICAL STUDY AND AN ORGANIC
STUDY. THE MICROBIOLOGICAL
INVESTIGATION HAS SHOUN THAT THE
COMBINATION OF UV AND OZONE IS MORE
EFFECTIVE IN DESTROYING E. COLI,
STREPTOCOCCUS FAECALIS, KLEBSIELLA
PNUMONIAE AND ACANTHAMOEBA
CASTELLAN 11 THAN UV OR OZONE ALONE.
IN THE ORGANIC TESTS, THE TEST
ORGANIC COMPOUNDS SELECTED UERE
HYDRODUINONE, PYROGALLOL, XYLENOL,
SODIUM ACETATE AND UREA.
MJ UATER-TREATMENT, OZONATION,
ULTRAVIOLET-RADIATION,
STERILIZATION.
MN IRRADIATION, BACTERIA, ORGANIC-
COMPOUNDS, UREA, OXIDATION, PHENOLS.
ID CHEMICAL-REMOVAL-UATER- TREATMENT,
MICROORGANISM-CONTROL- UATER,
HYDROQUINONE, POTABLE-UATER,
PYROGALLOLS, XYLENOLS, SODIUM-
ACETATE, NTISDODA.
AN N AD/A-004 205/1SL.
<1306>
AU ZEFF, JACK D. SHUMAN, RAYMOND.
ALHADEFF, EZRA S.
IN UESTGATE RESEARCH CORP MARINA DEL
REY CALIF. 391630.
YR 75. 182P.
TI UV-OZONE UATER
OXIDATION/STERILIZATION PROCESS.
NT ANNUAL REPT. 1 JUL 74-3B JUN 75.
PR PCS5.50XMFS2.25.
AB IN THE SECOND YEAR OF THE
DEVELOPMENT OF THE UV-OZONE
UATER/OXIDATION PROCESS, EFFORT UAS
DIRECTED TO THE OXIDATION OF
SPECIFIC INDIVIDUAL ORGANIC
COMPOUNDS AND MIXTURES OF ORGANICS
DISSOLVED IN UATER. ORGANIC
COMPOUNDS OF INTEREST TO THE ARMY
MEDICAL RESEARCH AND DEVELOPMENT
COMMAND AND NASA UERE HYDROQUINONE,
PYROGALLOL, XYLENOL, UREA, AND
SODIUM ACETATE. OTHER COMPOUNDS
ALSO EVALUATED UERE ETHANOL,
GLYCEROL, GLYCINE, AND ACETIC ACID.
PROCESS VARIABLES SUCH AS UV
INTENSITY, OZONE CONCENTRATION,
OZONE MASS FLOU, AGITATION,
RESIDENCE TIME, TEMPERATURE, AND PH
UERE EXAMINED ON A BATCH AND
CONTINUOUS BASIS TO DETERMINE THEIR
EFFECT ON OXIDATION EFFICIENCY AND
THE POUER REQUIRED FOR GENERATING
OZONE AND UV. ALL THE ABOVE
VARIABLES, UITH THE EXCEPTION OF PH,
AGITATION AND TEMPERATURE, HAVE A
SIGNIFICANT EFFECT ON POUER DEMAND
AND OXIDATION EFFICIENCY.
MJ UATER-RECLAMATION, UATER- TREATMENT.
MN OZONE, ULTRAVIOLET-RADIATION,
352
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OXIDATION, EXPERIMENTAL-DESIGN,
TEMPERATURE, OXIDATION, PH-FACTOR,
DISINFECTION, PURIFICATION, UATER-
SUPPLIES.
ID NTISDODXA.
AN N AD-A026 571/0SL.
DETECTORS, PILOT-PLANTS, BACTERIA,
PH, OPTIMIZATION.
ID PETROCHEMICAL-INDUSTRY,
BIOLOGICAL-INDUSTRIAL-UASTE-
TREATMENT, NTISEPAQRD.
AN N PB-247 160/5SL.
<1307>
AU ZEITQUN, M. A. MCILHENNY, U. F.
BISCftN, N. J. CULP, J. H. BEHRENS,
H. C.
IN DOU CHEMICAL CO. FREEPORT, TEX.
TEXAS DIV. ENVIRONMENTAL RESEARCH
LAB. ADA, OKLA. 116 700.
YR 75. 214P*.
TI OPTIMIZING A PETROCHEMICAL UASTE
BIO-OXIDATION SYSTEM THROUGH
AUTOMATION.
NT FINAL REPT. 1973-74.
PR PC$7.75/MF$2.25.
AB SYSTEMS UERE DEVELOPED TO CONTROL
THE CRITICAL PARAMETERS OF THE
ACTIVATED SLUDGE PROCESS TO ACHIEVE
RELIABLE, HIGH QUALITY EFFLUENT. THE
UIASTE UATER FROM A PETROCHEMICAL
PLANT CONTAINED ETHYLENE GLYCOL AND
UAS SOMETIMES SALINE. AN AUTOMATED
SAMPLING SYSTEM, SAMPLING FEED AND
HOMOGENIZED MIXED LIQUOR, MONITORED
THE TOTAL CARBON IN BOTH SAMPLES.
NUTRIENTS UERE ADDED IN PROPORTION
TO THE TOTAL CARBON IN THE FEED,
THUS MAINTAINING LOU RESIDUAL
NUTRIENTS IN THE EFFLUENT. THE
SLUDGE RECYCLE FLOU RATE UAS
CONTROLLED BY A FOOD TO
MICROORGANISMS SIGNAL, MEASURED AS
THE RATIO OF TOTAL CARBON IN THE
FEED TO THAT IN THE MIXED LIQUOR.
TOXIC OR INHIBITORY EFFECTS OF THE
FEED UERE MEASURED BY A BIOLOGICAL
INHIBITOR DETECTOR, AN INSTRUMENT
UHICH MEASURES THE OXYGEN UPTAKE OF
STANDARD SOLUTIONS BEFORE AND AFTER
EXPOSURE OF A BACTERIA SAMPLE TO A
FEED SAMPLE AND CALCULATES AN
ACTIVITY RATIO. THE USE OF THE
INSTRUMENT AS AN UPSTREAM SENSING
DEVICE UAS DEMONSTRATED AS TOXIC
SUBSTANCES UERE ADDED TO THE FEED.
THE DEVELOPED ON-LINE CONTROL
SYSTEMS ARE APPLICABLE TO MUNICIPAL,
INDUSTRIAL OR COMBINED TREATMENT
PLANTS. A BIBLIOGRAPHY OF 63
REFERENCES IS INCLUDED.
MJ SEUAGE-TREATMENT, INDUSTRIAL-
UASTE-TREATMENT, AUTOMATIC-CONTROL,
ACTIVATED-SLUDGE-PROCESS.
MN CARBON, NUTRIENTS, OXIDATION,
BIODETERIORATION, TOXICITY,
<1308>
AU ZHOLDAKOVA Z I. KOZITSKAYA V N.
YR 71.
TI CHARACTERISTICS OF PHENOLS IN PLACES
UHERE BODIES OF OPEN UATER BLOOM.
SO HYDROBIOL J (ENGL TRANSL GIDROBIOL
ZH). 7 (3). 71-73.
DE POLLUTION.
AN B 72080266.
<1309>
AU ZOBOVA, N. A. SOLENOVA, L. G.
MAZMANIDI, N. D. IL'NITSKII, A. P.
IN INST. EKSP. KLIN. ONKOL. MOSCOU.
USSR.
YR 76.
TI BENZO(A)PYRENE ACCUMULATION BY SOME
BLACK SEA HYDROSIONTS UNDER
EXPERIMENTAL CONDITIONS.
SO OKEANOLOGIYA (MOSCOU). 16. P464- 6.
1976.
LG RS.
DE BENZOPYRENE FISH MUSSEL.
AN C 08611066548.
AU ZOGORSKI, JOHN S. FAUST, SAMUEL D.
IN RUTGERS—THE STATE UNIV. NEU
BRUNSUICK, N.J. UATER RESOURCES
RESEARCH INST.
YR 74. 96P.
TI REMOVAL OF PHENOLS FROM POLLUTED
UATERS.
NT FINAL REPT.
PR PC$4.75/MF$2.25.
AB NINE GRANULAR ACTIVATED CARBONS UERE
EVALUATED FOR THEIR EFFICIENCES TO
REMOVE PHENOLIC COMPOUNDS FROM
UATER. OF THESE, COLUMBIA LCK
CARBON HAS SUPERIOR ADSORPTION
CAPACITIES (. 177G 2,4-
DICHLOROPHENOL PER GRAM CARBON) AND
KINETICS OF ADSORPTION.
CONSEQUENTLY, IT UAS CHOSEN FOR THE
EQUILIBRIUM (ADSORPTION CAPACITY)
KINETIC, AND COLUMN STUDIES. IN THE
EQUILIBRIUM STUDIES 2,4-
DICHLOROPHENOL AND 2,4-DINITROPHENOL
UERE EMPLOYED AS MODEL COMPOUNDS TO
EVALUATE SUCH VARIABLES AS (A)
CONTACT TIME, (B) CARBON PARTICLE
353
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MJ
SIZE, PH VALUE,
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TECHNICAL REPORT DATA
(Please read Instructions on the reverse before completing}
1. REPORT NO.
EPA-600/3-80-026
2.
3. RECIPIENT'S ACCESSION NO.
4. TITLE AND SUBTITLE
Bibliography of Aquatic Ecosystem Effects
Analytical Methods and Treatment Technologies for Organic
Compounds in Advanced Fossil-Fuel Processing Effluents
5. REPORT DATE
February 1980 issuing date
6. PERFORMING ORGANIZATION CODE
7. AUTHOR(S)
Michael D. Marcus, Harold L. Bergman,
Duane A. Stoller, Stanley K. Brown and Pat A. Molhot
8. PERFORMING ORGANIZATION REPORT NO.
9. PERFORMING ORGANIZATION NAME AND ADDRESS
Department of Zoology and Physiology
University of Wyoming
Box 3166, University Station
Laramie, WY 82071
1O. PROGRAM ELEMENT NO.
EPA-IAG-D7-01173
11. CONTRACT/GRANT NO.
EPA/DOE ET-77-S-03-1761
ET-78-C-03-1761
12. SPONSORING AGENCY NAME AND ADDRESS
Environmental Research Lab. - Duluth, MN
Office of Research and Development
U.S. Environmental Protection Agency
Duluth, MN 55804
13. TYPE OF REPORT AND PERIOD COVERED
14. SPONSORING AGENCY CODE
EPA/600/03
15. SUPPLEMENTARY NOTES
16. ABSTRACT
Advance fossil-fuel processing operations, including oil-shale retorting, coal
gasification, coal liquifaction and tar-sands recovery, can result in chemically
complex aqueous waste effluents. This bibliography compiles much of the recent
Literature (ca. 1970-1977) concerning effects of organic compounds in advanced fossil-
fuel processing effluents when discharged into aquatic ecosystems, plus information
available on analytical methods and treatment technologies for these organics. To
compile the bibliography, nearly 500 organic compounds known to be constituents of
fossil fuels and fossil-fuel processing effluents were crossed with a list of key
«rords during a computerized search of six bibliographic data bases. The bibliography
contains 1314 citations which are indexed by chemicals, key words, taxonomic
categories and authors. This bibliography is intended especially for researchers
working with advanced fossil-fuel processing effluents in aquatic environments, but
nay also be useful to those concerned with fossil-fuel processing effluents in
terrestrial environments and to those working in pulp mill and pesticide research.
17.
KEY WORDS AND DOCUMENT ANALYSIS
DESCRIPTORS
b.lDENTIFIERS/OPEN ENDED TERMS C. COS AT I Field/Group
Bibliography, ecosystem, analytical method!
treatment technology, organic compound,
fossil fuel, toxicant, aquatic, oil
shale, tar sands, coal, fish, water
Aquatic
Toxicology
Environmental Biology
Oil Shale
Fossil Fuels
Tar Sands
Coal
06
0620
0620
0807, 1108
0807
0807
0807
18. DISTRIBUTION STATEMENT
Release to Public
19. SECURITY CLASS (ThisReport)
Unclassified
21. NO. OF PAGES
362
20. SECURITY CLASS (Thispage)
Unclassified
22. PRICE
EPA Form 2220-1 (R«v. 4-77) PREVIOUS EDITION is
ft US GOVERNMENT PRINTING OFFICE I960 -657-146/5600
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