U.S.S.R. LITERATURE ON AIR POLLUTION
AND RELATED OCCUPATIONAL DISEASES
and
LIMITS OF ALLOWABLE CONCENTRATIONS
OF ATMOSPHERIC POLLUTANTS
AN INDEX
Prepared by
Paralee Jones
Air Quality Criteria Unit
Division of Air Pollution
Public Health Service
U.S. Department of Health, Education and Welfare
Cincinnati, Ohio 45226
August 1966
-------
U.S.S.R. LITERATURE ON AIR POLLUTION
AND RELATED OCCUPATIONAL DISEASES
and
)
LIMITS OF ALLOWABLE CONCENTRATIONS
OF ATMOSPHERIC POLLUTANTS.
AN INDEX
Prepared by
Para1ee Jones.
Air Quality Criteria Unit
Division of Air Pollution
Public Health Service
U.S. Department of Health, Education
Cincinnati, Ohio 45226
and Welfare
INTRODUCTION
During the past several years a large volume of literature
from the U.S.S.R. has been translated by Dr. Benjamin S. Levine.
This translated literature has been published in two series:
U.S.S.R. Literature on Air Pollution and Related Occupation~l
Diseases in 11 volumes; and Limits of Allowable Concentrations
of Atmospheric Pollutants in 5 Books originally edited by Professor
V.A. Ryazanovt Chairman of the U.S.S.R. Committee for the Pro-
tection of Atmospheric Air.
Volume 9 of the U.S.S.R. Literature
on Air Pollution and Related Occupational Diseases consists of
Books 6 and 7 of Limits of Allowable Concentrations of Atmospheric
Pollutants.
It is appropriate that this large volume of literature be
singly indexed for maximum usefulness.
Presented here are:
i
-------
(1)
an index of titles arranged by author; in the event of mu1-
tip1e authors the tit1e~ are listed under each author's name with
the senior author's name being underlinEd: and
(2)
a subject index
which refers to the entry in the author index, as well as to the
volume or Book number and page.
In the author index references to items in the U.S.S.R.
Literature on Air Pollution and Related Occupational Diseases are
referred to volume number, year of publication, and page number;
and references to items in Limits of Allowable Concentrations of
Atmosphe~ic Pollutants are referred to Book number, year of
publication, and page number.
Examples:
43.
An, A.S.
Effect of sulfur dioxide on vitamin C balance
in the animal organism. Gigiena i Sanitariya, 1960, Vol. 25,
No.3, p. 34-40. Vol. 5, 1961, p. 102.
This article will be found in U.S.S.R.
Literature on Air Pollution and Related
Occupational Diseases in Volume 5, 1961,
page 102. The original publication was
in Gigiena i Sanitariya, 1960, Volume 25,
Number 3, page 14.
79.
Aver'yanov, A.G. Air evaluation in industrial premises
in the presence of several pollutants. Gigiena i Sanit-
ariya, 1957, No.8, p. 64. Book 5, 1962, p. 128.
This article will be found in Limits of
Allowable Concentrations of Atmospheric
Pollutants in Book 5, 1962, page 128.
The original publication was in Gigiena
i Sanitariya, 1957, Number 8, page 64.
; j
-------
.2.
Agapov, R.G., Mustafin, F.A., Permyakov, V.A. and
Varshavskv. T.P. Reducing gas emission during coke
oven charging. Koks i Khimiya, 1956, No. .2, p. 23-30.
.Vol~ 7, 1962, p. 56.
This article will be found .in U.S.S.R.
Literature on Air Pollution and Related
Occupational Diseases in Volume 7, 1962
page 56. The senior author is Varshav-
sky. T.P. The original publication was
in Koks i Khimiya, 1965, Number 2, page 23.
The article is also listed as:
(a)
Mustafin, F.A., Permyakov, V.A., Agapov, R.G. and Varshav-
sky. T.P. Reducing gas emission during coke oven charg-
ing. Koks i Khimiya, 1956, No.2, p. 23-30. Vol. 7, 1962,
p. 56.
(b)
Permyakov, V.A., Agapov, R.V., Mustafin, F.A. and Varshav-
sky. T.P. Reducing gas emission during coke oven charging.
Koks i Khimiya, 1956, No.2, p. 23-30. Vol. 7, 1962, p. 56.
(c)
Varshavsky. T.P., Agapov, R.G., Mustafin, F.A. and
Permyakov, V.A. Reducing gas emission during coke oven
charRing.
Koks i Khimiya, 1956, No.2, p. 23-30.
Vol. 7,
1962, p. 56.
In the subject index, volumes are referred to in arabic numerals
and Books are referred to in Roman numerals.
Example:
43.
An, A.S.
Effect of sulfur dioxide on vitamin C balance
in the animal organism. Gigiena i Sanitariya, 1960, Vol. 25,
No.3, p. 34-40. Vol. 5, 1961, p. 102, appears in the suhject
index as:
tit
-------
ANIMALS
effects of sulfur dioxide on, 43 (5:102).
SULFUR DIOXIDE
effects on animals, 43 (5:102).
VITAMINS
C
effects of sulfur dioxide on, 43 (5:102).
79.
Aver'yanov, A.G. Air evaluation in industrial premises
in the presence of several pollutants. Gigiena i Sanit-
ariya, 1957, No.8, p. 64. Book 5, 1962, p. 128, appears
in the subject index as:
AIR
evaluation of industrial premises in, 79 (V:128).
INDUSTRIAL PLANTS
evaluation of air in, 79 (V:128).
This author and subject index of U.S.S.R. Literature and
Limits of Allowable'Concentrations has been compiled for ;the
interest of anyone concerned for use in their respective field
of interest.
Reference to the original publication is included
in the author index.
"
This material which is composed for the purpose of a quick
and convenient reference to the author, as well as the, subject, will
be revised as future volumes are published.
tv
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INTRODUCTION
TABLE OF CONTENTS
AUTHOR INDEX
SUBJECT INDEX
TABLE OF CONTENTS
Pa~e
i
v
1 .
73
v
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10.
11.
AUTHOR INDEX
1.
Abramashvili, G.G. The effect of atmospheric air pollution on
coniferous plantings. Gigiena i Sanitariya, 1957, No.4, p. 67-
69. Vol. I, 1960, p. 75.
2.
Agapov, R.G., Mustafin, F.A., Permyakov, V.A. and Varshavsky. T.P~
Reducin~ gas emission durin~ coke oven chargin~. Koks i Khimiya,
1956, No.2, p. 23-30. Vol. 7, 1962, p. 56.
3.
Aksel'rod, M.B., Davydov, S.A., Dotovetskii, Ya.l. and Ka1yuzhnyi,
D.N. Effectiveness of sanitary clearance zones between industrial
enterprises and residential quarters. Cigiena i Sanitariya, 1952,
No.4, p. 9-12. Vol. 4, 1960, p. 179.
4.
Akse1'rod, M.B., Dukarakaya, L.G., Davydov, S.A. and Kalyuzhnyi,
D.N. Atmospheric air pollution with sulfur dioxide from mining
rock dumps. Gigiena i Sanitariya, 1950, No.5, p. 19-24. Vol. 3,
1960, p. 171.
5.
Alekseeva, E.V. Collecting air samples for the determination of
nitro~en dioxide. Gigiena i Sanitariya, 1960, Vol. 25, No.6,
p. 50-51. Vol. 7, 1962, p. 169.
6.
A1ekseeva, M.V. Determination of acetates. F.F. Erisman Moscow
Research Institute of Hygiene. Vol. 9, 1964, p. 107.
7.
A1ekseeva, M.V. Determination of acetone. F.F. Erisman Moscow
Research Institute of Hygiene. Vol. 9, 1964, p. 115.
8.
A1ekseeva, M.V. Determination of acetophenone vapor. F.F. Erisman
Moscow Research Institute of Hygiene. Vol. 9, 1964, p. 117.
9.
A1ekseeva, M.V. Determination of dimethy1formamide. F.F. Erisman
Moscow Research Institute of Hygiene. Vol. 9, 1964, p. 131.
A1ekseeva, M.V. Determination of diny1. F.F. Erisman Moscow
Research Institute of Hygiene. Vol. 9, 1964, p. 109.
A1ekseeva, M.V. Determination of ethylene oxide. F.F. Erisman
Research Institute of Hy~iene. Vol. 9, 1964, p. 125.
-------
12.
13.
14.
15.
16.
17.
18.
19.
20.
21.
22.
23.
24.
25.
Alekseeva, M.V. Determination of furfurol.
Institute of Hygiene. Vol. 9, 1964, p. 123.
F.F. Erisman Research
A1ekseeva, M.V. Determination of isopropylbenzene. F.F. Erisman
Research Institute of Hygiene. Vol. 9, 1964, p. 111.
Alekseeva, M.V. Determination of isopropylbenzene hydroperoxide.
(IPBHPO) F.F. Erisman Research Institute of Hygiene. Vol. 9,
1964, p. 121.
A1ekseeva, M.V. Determination of methylmetacry1ate.
Research Institute of Hygiene. Vol. 9, 1964, p. 129.
F. F. Erisman
Alekseeva, M.V. Determination of a-methylstyrol. F.F. Erisman
Research Institute of Hygiene. Vol. 9, 1964, p. 119.
A1ekseeva, M.V. Determination of styrol. F.F. Erisman Research
Institute of Hygiene. Vol. 9, 1964, p. 114.
Alekseeva, M.V. The determination of sulfur dioxide in at~spheric
air. Zhurna1 Prikladnoi Khimii, 1934, No.7, p. 616. Book 1, 1952,
p. 101.
A1ekseeva, M.V. Determination of total monobasic carbon-containing
acids. F.F. Erisman Research Institute of Hygiene. Vol. 9, 1964,
p. 127.
A1ekseeva, M.V. Methods for the determination of atmospheric air
pollution. F.F. Erisman Research Institute of Hygiene. Book 4,
1960, p. 116.
Alekseeva, M.V. Methods for the determination of atmospheric
pollutants. F.F. Erisman Research Institute of Hygiene. Vol. 9,
1964, p. 107.
A1ekseeva, M.V. Methods for the determination of atmospheric
pollutants. F.F. Erisman Research Institute of Hygiene. Book 2,
1955,'p. 84.
Alekseeva, M.V. New methods for the study of atmospheric air.
F.F. Erisman Research Institute of Hygiene. Book 3, 1957, p. 129.
Alekseeva, M.V. and Bushtueva, K.A. Determination of sulfuric
acid aerosol in the air. Gigiena i Sanitariya, 1954, No.4.
Book 2, 1955, p. 95.
Alekseeva, M.V. and Bushtueva, K.A. Differential determination
of sulfur dioxide and sulfuric acid aerosol. Gigiena i Sanitariya
1954, No.4. Book 2, 1955, p. 98.
-2-
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26.
27.
28.
29.
30.
31.
32.
33.
34.
35.
36.
37.
Alekseeva. M.V. and Elfimova, E.V. Fractional determination of
hydrochloric acid aerosol and chlorides in atmospheric air.
Gigiena i Sanitariya, 1958, Vol. 23, No.8, p. 71-72. Vol. 3,
1960, p. 31.
Alekseeva, M.V. and Krustaleva. V.A. A study of automotive
exhaust gases. Gigiena i Sanitariya, 1960, Vol. 25, No.5, p. 10-
14. Vol. 7, 1962, p. 279.
Alekseeva, M.V.. Ryazanov. V.A. and Senderikhina. D.Ya. Methods
for the collection and study of air samples in the control of
atmospheric cleanli.ness in inhabited localities. Limits of Allowable
Concentrations of Atmospheric Pollutants, Book 1, 1952. p. 89.
~lekseeva, M.V. and Samorodina, R.Ya.S. Determination of sulfur
dioxide colorimetrically with the aic )f fuchsin-formaldehyde
solution. Gi~iena i Sanitariya, 1953, No. 10, p. 42. Book 2,
1955, p. 90.
Alekseeva, M.V., Senderikhine, D.Ya. and Ryazanov, V.A. Deter-
mination of lead in atmospheric air. Limits of Allowable Concentra-
tions of Atmospheric Pollutants, Book 1, 1952, p. 120.
Alekseeva, M.V., Senderikhine, D.Ya. and Ryazanov. V.A. Deter-
mination of free chlorine in atmospheric air. Nephelometric
method. Limits of Allowable Concentrations of Atmospheric Pollutants,
Book 1, 1952, p. 102.
Alekseeva, M.V.. Senderikhine, D.Ya. and Ryazanov, V.A. Deter-
mination of dust in atmospheric air. Limits of Allowable Concentra-
tions of Atmospheric Pollutants, Book 1, 1952, p. 122.
Alekseeva, M.V., Senderikhine, D.Ya. and Ryazanov. V.A. Deter-
mination of carbon monoxide. Limits of Allowable Concentrations of
Atmospheric Pollutants, Book 1, 1952, p. 113.
Alekseeva, M.V. and Tkachev, P.G. Determination of aniline.
F.F. Erisman Research Institute of Hygiene. Vol. 9, 1964, p. 203.
Alekseeva. M.V. and Tkachev, P.G. Determination of dimethyltere-
phthlate. F.F. Erisman Research Institute of Hy~iene. Vol. 9,
1964, p. 209..
Alekseeva. M.V. and Tkachev, P.G. Determination of n-butylvinylester.
F.F. Erisman Research Institute of Hygiene. Vol. 9, 1964, p. 207.
Alekseeva. M.V. and Tkachev, P.G. Determination of phenol with
4-aminoantipyrine. F.F. Erisman Research Institute of Hygiene.
Vol. 9, 1964, p. 210.
-~
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,-
38.
39.
40.
41.
42.
43.
44.
45.
46.
47.
48.
49.
Alekseeva, M.V. and Tkachev, P.G. Determination of xylol. F.F.
Erisman Research Institute of Hygiene. Vol. 9, 1964, p. 205.
Alekseeva, M.V. and Tkachev, P.G. Methods for the determination
of some organic atmospheric air pollutants. F.F. Erisman Research
Institute of Hygiene. Vol. 9, 1964, p. 203.
Alekeyev, A.Ye. The central nervous system and the pharmaco-
dynamics of some vapor forming substances inhaled with the air.
Farmakologiya i Toxilogiya, 1955, Vol. 18, No.6, p. 22-24.
Vol. 2, 1960, p. 251.
Amelin, N.I. Effectiveness of measures used in decreasing dust
generated by measuring out and mixing particulate materials.
Gigiena i Sanitariya, 1950, No. 10, p. 14-19. Vol. 5, 1961, p. 143.
Amitina, N.l., Rutshtein, E.M., Dankova, N.M. and Rozina, A.M.
Photocolorimetric method for the determination of cyanogen in
gases. Koks i Khimiya, 1957, No.5, p. 45-46. Vol. 5, 1961,
p. 198.
An, A.S. Effect of sulfur dioxide on vitamin C balance in the
animal organism. Gigiena i Sanitariya, 1960, Vol. 25, No.3,
p. 34-40. Vol. 5, 1961, p. 102.
Andreeva, O.S. and Kovaleva, E.E. The determination of radium
aerosol in the presence of a-active aerosols. Gigiena i Sanit-
ariya, 1957, Vol. 22, No.5, p. 27-30. Vol. I, 1960, p. 174.
Andreyev, P.I. A comparative study of experimental and theoretical
atmospheric pollution concentrations resulting from low level
emissions. Gigiena i Sanitariya, 1952, No.9, p. 17-20. Vol. 3,
1960, p. 65.
Andreyeva, N.A. and Po1etayev, M.l. Colorimetric method for the
determination of ammonia in the air using phenol and sodium
hypochlorite. Sigiena i Sanitariya, 1959, Vol. 24, No.6, p. 73-74.
Vol. 7, 1962, p. 125.
Anismova, G.F. and Klimova. V.A. Simultaneous determination of
carbon, hydrogen and nitrogen. Invest. Akad. Nauk, S.S.S.R., Otde1.
khim. Nauk, 1958, No.6, p. 791-792. Vol. 3, 1960, p. 57.
Anonymous Colorimetric determination of lead. Limits of Allowable
Concentrations of Atmospheric Pollutants, Book 2, 1955, p. 106.
Anonymous Determination of benzene. Limits of Allowable Concentra-
tions of Atmospheric Pollutants, Book 2, 1955, p. 120.
-4-
-------
50.
51.
52.
53.
54.
55.
56.
57.
58.
59.
Anonymous Differential determination of arsenious and phosphoric
anhydrides. Limits of Allowable Concentrations of Atmospheric
Pollutants, Book 2, 1955, p. 104.
Anonymous Limits of allowable concentration of deleterious
substances in the atmospheric air of populated areas. U.S.S.R.
Literature on Air Pollution and Related Occupational Diseases,
Vol. 8, 1963, p. 255.
Anonymous Quantitative determination of ammonia in the air.
U.S.S.R. Literature on Air Pollution and Related Occupational
Diseases Vol. 8, 1963, p. 2. Approved by the U.S.S.R. Chief
State Sanitary Inspector V.M. Zhdanov, May 7, 1958, No. 122-1/199.
Anonymous Quantitative determination of aniline vapor in the air.
U.S.S.R. Literature on Air Pollution and Related Occupational
Diseases. Vol. 8, 1963, p. 44. Approved by the U.S.S.R. Chief
State Sanitary Inspector V.M. Zhdanov, May 7, 1958, No. 122-1/199.
Anonymous Quantitative determination of benzene in the air.
U.S.S.R. Literature on Air Pollution and Related Occupational
Diseases. Vol. 8, 1963, p. 47. Approved by the U.S.S.R. Chief
State Sanitary Inspector V.M. Zhadanov, May 7, 1958, No. 122-1/198.
Anonymous Quantitative determination of carbon disulfide vapor
in the air. U.S.S.R. Literature On Air Pollution and Related
Occupational Diseases. Vol. 8, 1963, p. 11. Approved by the
U.S.S.R. Chief State Sanitary Inspector V.H. Zhdanov, May 7, 1958,
No. 122-1/201
Anonymous Quantitative determination of carbon monoxide in the air.
U.S.S.R. Literature on Air Pollution and Related Occupational
Diseases. Vol. 8, 1963, p. 19. Approved by the U.S.S.R. Chief
State Sanitary Inspector V.M. Zhdanov, May 7, 1958, No. 122-1/195.
Anonymous Quantitative determination of chromic anhydride (Chromium
trioxide, cr03) and salts of chromic acid in the air. U.S.S.R.
Literature on Air Pollution and Related Occupational Diseases.
Vol. 8, 1963, p. 38. Approved by the U.S.S.R. Chief State Sanitary
Inspector V.M. Zhdanov, May 7, 1958, No. 122-1/327.
Anonymous Quantitative determination of formaldehyde in the air.
U.S.S.R. Literature on Air Pollution and Related Occupational
Diseases. Vol. 8, 1963, p. 55. Approved by the U.S.S.R. Chief
State Sanitary Inspector V.M. Zhdanov, May 7, 1958, No. 122-1/202.
Anonymous Quantitative determination of hydrogen cyanide in the
air. U.S.S.R. Literature on Air Pollution and Related Occupational
Diseases. Vol. 8, 1963, p. 59. Approved by the U.S.S.R. Chief
State Sanitary Inspector V.M. Zhdanov, May 7, 1958, No. 122-1/200.
-')-
-------
60.
61.
62.
63.
64.
65.
66.
67.
68.
Anonymous Quantitative determination of hydrogen sulfide in the
air. U.S.S.R. Literature on Air Pollution and Related Occupational
Diseases. Vol. 8, 1963, p. 8. Approved by the U.S.S.R. Chief State
Sanitary Inspector, V.M. Zhdanov, May 7, 1958, No. 122-1/194.
Anonymous Quantitative determination of lead and its compounds in
the air. U.S.S.R. Literature on Air Pollution and Related Occupational
Diseases. Vol. 8, 1963, p. 34. Approved by U.S.S.R. Chief State
Sanitary Inspector, V.M. Zhdanov, September 30, 1959, No. 122-1/326.
Anonymous Quantitative determination of manganese compounds in
the air. U.S.S.R. Literature on Air Pollution and Related Occupational
Diseases. Vol. 8, 1963, p. 41. Approved by U.S.S.R. Chief State
Sanitary Inspector, V.M. Zhdanov, September 30, 1959, No. 122-1/328.
Anonymous Quantitative determination of mercury vapor in the air.
U.S.S.R. Literature on Air Pollution and Related Occupational Diseases.
Vol. 8, 1963, p. 30. Approved by U.S.S.R. Chief State Sanitary
Inspector, V.M. Zhdanov, May 7, 1958, No. 122-1/196.
Anonymous Quantitative determination of methyl alcohol vapor in
the air. U.S.S.R. Literature on Air Pollution and Related
Occupational Diseases. Vol. 8, 1963, p. 59. Approved by U.S.S.R.
Chief State Sanitary Inspector, V.M. Zhdanov, September 30, 1959,
No. 122-1/200.
Anonymous Quantitative determination of phenol in the air.
U.S.S.R. Literature on Air Pollution and Related Occupational Diseases.
Vol. 8, 1963, p. 64. Approved by U.S.S.R. Chief State Sanitary
Inspector, V.M. Zhdanov, September 30, 1959, No. 122-1/330.
Anonymous Quantitative determination of sulfur dioxide in the air.
U.S.S.R. Literature on Air Pollution and Related Occupational Diseases.
Vol. 8, 1963, p. 5. Approved by the U.S.S.R. Chief State Sanitary
Inspector, V.M. Zhdanov, May 7, 1958, No. 122-1/199.
Anonymous Quantitative determination of tetraethyl lead in gasoline
of different trade marks and in kerosene. U.S.S.R. Literature on
Air Pollution and Related Occupational Diseases. Vol. 8, 1963, p. 64.
Approved by the U.S.S.R. Chief State Sanitary Inspector, V.M. Zhdanov,
September 30, 1959, No. 122-1/330.
Anonymous Supplement of "Limits of Allowable Concentration of
Deleterious Substances in Atmospheric Air of Populated Areas."
U.S.S.R. Literature on Air Pollution and Related Occupational Diseases.
Vol. 8, 1963, p. 257. Approved by the U.S.S.R. Chief State Sanitary
Inspector, V.M. Zhdanov, February 14, 1961, No. 221-61.
-6-
-------
69.
70.
71.
72.
73.
74.
75.
76.
77.
78.
79.
80.
8t.
Arkhipov, A.S. Limits of allowable concentrations of oxides of
phosphorus in the atmosphere. The Gor'kii Institute of Hygiene
and Occupational Diseases. Book 2, 1955, p. 14.
Arkhipov, A.S., Bo~atkov, P.l., Oreshkevich, I.V. and Serednikova,
N.V. Purification of air from tetraethyl lead. Gi~iena 1 Sanitariya,
1955, No.3, p. 11-16. Vol. 2, 1960, p. 17.
Arkhipov, A.S., Bo~atkov, P.l., Oreshkevich, I.V. and Serednikova,
N.V. Purification of ventilation air from tetraethyl lead. Gigiena
i Sanitariya, 1955, No.3, p. 11-16. Vol. 4, 1960, p. 209.
Aruin, A.S. Determination of mercury in atmospheric air.
i Sanitariya, 1954, No.5, p. 46. Vol. 3, 1960, p. 18.
Gigiena
Aruin, A.S. Determination of arsenious anhydride. Otchet
Gosudarsvennogo Nauchno-Issledovatel'skogo Sanitarnogo Instituta
fmenf F.F. Erismana, 1950. Book 2, 1955, p. 99.
Aruin, A.S. Determination of mercury vapor. The F.F. Erisman State
Central Scientific-Research Sanitary Institute. Book 2, 1955, p. Ill.
Astraf'eva, A.K., Ginzburg, R.M. and Vashkov, V.I. Disinfection
of air by dispersion or evaporation of lactic acid. Gigiena i
Sanitariya, 1950, No.9, p. 40-44. Vol. 4, 1960, p. 216.
Astroshchenko, V.I. and Sedashova, E.G. Rate of nitrogen oxides
absorption by alkaline solutions and nitric acid. Zhurna1 Prikladnoi
Khimii, 1952, Vol. 25, No. 11, p. 1143-1150. Vol. 6, 1961, p. 16.
Andere, A.K. Carbon monoxide air pollution in shops testing
machine and tractor motors. Gigiena i Sanitariya, 1959, Vol. 24,
No.5, p. 79-80. Vol. 5, 1961, p. 43.
Aver'yanov, A.G. Air evaluation in industrial premises in the
presence of several pollutants. Gigiena i Sanitariya, 1957,
No.8, p. 64-66. Vol. 2, 1960. p. 48.
Aver'yanov, A.G. Air evaluation in industrial premises in the
presence of several pollutants. Gigiena i Sanitariya, 1957,
No.8, p. 64-66. Book 5, 1962. p. 128.
Babayants, R.A. Effect of city air pollution on the population's
health. Vestnik Akademii Meditsinskikh Nauk S.S.S.R.. 1959, Vol. 14,
No. 12, p. 3-12. Vol. 7,1962, p. 224.
Baikov, B.K. Hygienic data related to sanitary clearance zones
for Korkinsk open coal pits. U.S.S.R. Literature on Air Pollution
and Related Occupational Diseases. Vol. 8, 1963, p. 188.
-7-
-------
82.
83.
84.
85.
86.
87.
88.
89.
90.
91.
92.
Baikov, B.K. and Melekhina, V.P. Hygienic aspects of atmospheric
air pollution in the city of Gubakhi and its effect on the pop-
ulation's health. U.S.S.R. Literature on Air ,ollution and Related
Occupational Diseases. Vol. 8, 1963, p. 164.
Baikov, B.K. and Shul'gin, V.I. An automatically regulated
apparatus for chronic toxicity experiments with animals. F.F.
Erisman Moscow Research Inst~tute of Hygiene. Vol. 9, 1964, p. 200.
Baratov, A.N. Use of PGF-2 gas analyzer as a universal apparatus
for the rapid determination of vapor-gas-air mixtures explosiveness.
Zhur. Prikl. Khim., 1959, yolo 32, No.5, p. 1157-1159. Vol. 5,
1961, p. 216.
Barodtna, G.L. and Lukina. M.T. Linear-colorimetric method for
the de~ermination of carbon dioxide in air. Gigiena i Sanitariya,
1959, Vol. 24, No.8, p. 30-32. Vol. 5, 1961, p. 212.
Barurin, V.V. Present day problems of industrial ventilation.
Gigiena i Sanitariya, 1958, Vol. 23, No.1, p. 10-21. Vol. 2,
1960, p. 53.
Bela~a. M.B. and Maystruk, P.N. Sanitary protection of air in
Vinnitsa. Gigiena i Sanitariya, 1961, Vol. 26, No.1, p. 73-76.
Vol. 8, 1963, p. 241.
Belashov, V.Ya. Toxicological properties of mercurane - a new
insectofungicide. Gigiena i Sanitariya, 1961, Vol. 26, No.1,
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Demidov. A.V. and Mokhov, L.A. Collection of air samples to be
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Demidov. A.V. and Mokhov, L.A. Determination of carbon monoxide
in the air by means of an indicator tube. U.S.S.R. Literature on Air
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Demidov. A.V. and Mokhov, L.A. Ethyl alcohol vapor (C H50H) U.S.S.R.
Literature on Air Pollution and Related Occupational Diseases. Vol. 10,
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Demidov. A.V. and Mokhov, L.A. Ethylene oxide (C2H40) U.S.S.R. Litera-
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Demidov. A.V. and Mokhov, L.A. Fluorine (F2) U.S.S.R. Literature on
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Demidov. A.V. and Mokhov, L.A. Formaldehyde (HCOH)
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U.S.S.R. Literature
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Demidov. A.V. and Mokhov, L.A. Hydrogen sulfide (H S) U.S.S.R. Lit-
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Demidov, A.V. and Mokhov, L.A. Liquid fuel vapor U.S.S.R. Literature
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Demidov, A.V. and Mokhov, L.A. Mercury vapor (Hg)
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Demidov, A.V. and Mokhov, L.A. Nickel tetracarbonyl [(Ni(CO)4)]
U.S.S.R. Literature on Air Pollution and Related Oc~upational Diseases.
Vol. 10, 1965, p. 75.
Demidov, A.V. and Mokhov, L.A. Nitrogen oxides. U.S.S.R. Literature
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Demidov. A.V. and Mokhov, L.A. Ozone (03) U.S.S.R. Literature on
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Demidov, A.V. and Mokhov. L.A. Rapid method for the determination of
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Demidov. A.V. and Mokhov, L.A. Sulfur dioxide (sulfurous anhydride,
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Zhdanov, V.M. and Boldyrev. T.E. A collection of most important
official items related to sanitary and anti-epidemiological
(Prophylatic) problems. State Publishers of Medical Literature,
Medgiz, 1953, Moscow. Vol. 6, 1961, p. 113.
Zhilin, P.N. Atmospheric air pollution in Lithuanian cities.
U.S.S.R. Literature on Air Pollution and Related Occupational Diseases.
Vol. 8, 1963, p. 174.
Zil'berg, L.A. and Shverts, Ya.l. Zonal study of atmospheric air
pollution in areas surrounding a roofing tar paper plant. Gigiena
i Sanitariya, 1952, No.7, p. 53-54. Vol. 3, 1960, p. 186. .
Zolotarova, O.V., Latukhova, A.G., Karymova, A.I., Ka1nina, Ye.R.
and Turkel'taub, N.M. A chromathermographic method for the separation
of hydrogen, carbon monoxide, methane and a mixture of rare gases.
Zhur. Analit. KhimU, 1956, Vol. 11, No.2, p.' 159-166. Vol. 3,
1960, p. 39.
Zubarev, V.A. The study of bacteria~ air pollution. Gigiena i
Sanitariy, 1954, No.7, p. 35-36. Vol. 3, 1960, p.. 219.
Zubova, G.A. and Selivanova, N.M. Polarographic determination of
strontium. Zhurna1 Analiticheskoi Khimii, 1957, Vol. 12, No.4,
p. 466-468. Vol. 2, 1960, p. 155.
Zuikov, E.Yu. Low temperature bacteriological air investigation.
Gigiena i Sanitariya, 1959, Vol. 24, No.4, p. 77-79. Vol. 7, 1962,
p. 127.
Zuikova~ E.Yu. Removal of microorganisms from air by the flltcation
method. Gigiena i Sanitariya, 1959, Vol. 24, No.6, p. 72-73. Vol. 6,
1961, p. 235.
Zykova, A.S. Pollution of atmospheric air with lead and its effect
on the health of the population. Gigiena i Sanitariya, 1957, Vol. 22,
No.2, p. 12-17. Vol. I, 1960, p. 55.
Zykova, A.S.. Schastnyy, V.A. and Efremova, G.P. Determination of
natural radioactive aerosols in atmospheric air. Gigiena i Sanitariya,
1958, Vol. 23, No. 10, p. 62-64. Vol. 2, 1960, p. 102.
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SUBJECT INDEX
a-ACTIVE AEROSOLS
effect of, on determination of radium aerosol,
44 (1:174).
ACETATES
(SOURCES)
allowable concentration, 251 (V:I03).
analysis of, 6 (9:107).
ACETONE
analysis of, 7 (9:115).
153 (10:98).
as an air pollutant, 229 (9:62).
ACETOPHENONE
analysis of, 8 (9:117).
434 (9:218).
ACETYLENE
analysis of, 154 (10:92).
removal from coke gas, 364 (7:85).
ACIDS
air pollution from manufacture of, 198 (8:169).
202 (3:171).
ACROLEIN
analysis of, 594 (4:59).
676 (3:137).
as an air pollutant, 593 (3:188).
AERODYNAMICS PRINCIPALS
of inertia separation, 562-588 (11:10-94).
-------
AEROSOL RADIOACTIVITY
analysis of, 91 (2:106).
control of, 713 (9:93).
in atmospheric air, 90 (2:96).
AIR
analysis of substances in, 21 (9:107).
ammonia, 52 (8:2).
aniline vapor, 53 (8:44).
benzene, 54 (8:47).
carbon bisulfide, 55 (8:11).
carbon monoxide, 56 (8:19).
chromic anhydride, 57 (8:38).
dust, 32 (1:122).
formaldehyde, 58 (8:55).
free chlorine, 31 (1:102).
hydrogen cyanide, 59 (8:15).
hydrogen sulfide, 60 (8:8).
inorganic 8ubstances, 181 (10:8).
lead, 30 (1:120).
61 (8:34).
651 (1:120).
manganese compound, 62 (8:41).
mercury, 63 (8:30).
methyl alcohol, 64 (8:59).
organic substances, 182 (10:80).
oxides of nitrogen, 279 (1:110).
-75-
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AIR
analysis of substances in,
phenol, 65 (8:52).
salts of chromic acid, 57 (8:38).
sulfur dioxide, 66 (8:5).
bubbling through viscous fluid, 407 (6:25).
disinfection of, 782 (4:216).
evaluation of industrial premises in, 79 (V:128).
purification, 68 (8:52).
sanitary protection of air in Vinnitsa, 87 (8:241).
ventilation, 71 (4:209).
AIR CONDITIONING
of operating rooms, 697 (5:160).
AIR. HYGIENE
problems, 260 (3:233).
AIR IONS
hygienic significance of, 464 (7:249).
in gymnasiums, 805 (5:173).
AIR POLLUTION
aerosol radioactivity, 90 (2:96).
541 (IV:80). 832 (2:102).
91 (2:106).
determination of allowable concentration of
acetates, 251 (V:103).
dichlorethane in, 116 (3:110).
-76-
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AIR POLLUTION
determination of allowable concentration of
hydrogen sulfide, 283, (1:46).
nitrogen dioxide, 807 (9:177).
sulfuric acid in, 130 (111:20).
effects from power plants and chemical combines,
812 (1: 98).
on man,
82 (8:164).
on man and animals, 191 (9:40).
emissions, 93 (4:54).
from acetone, 299 (9:62).
aluminum plants, 755 (8:136).
formaldehyde, 451 (9:9).
gas burning, 525 (8:93).
oil drying plants, 813 (8:96).
petroleum refinery, 422 (2:175)..
roofing tar paper plants, 712 (3:186).
hot air oven soot, 262 (8:191).
hygienic evaluation, 144 (8:115).
of carbon monoxide, 706 (9:73).
dimethylformamide, 538 (9:169).
diny1, 725 (9:82).
furfurol, 773 (9:142).
manganese compounds, 191 (9:40).
nitrogen oxides, 112 (8:98).
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AIR POLLUTION
in Lithuanian cities, 824 (8:174).
Moscow, 1948-1958, 327 (8:180).
ratio of sulfur dioxide to sulfuric acid aerosol,
129 (4:193).
study with carcinogenic substance, 276 (2:81).
with acrolein, 593 (3:188).
3.4 benzpyrene, 188 (2:135).
carcinogens, 280 (8:146).
chimney gas, 262 (8:191).
ethylmercuric chloride, 123 (7:264).
furfurol, 773 (9:142).
lead, 831 (1:55).
styrol, 699 (9:155).
sulfur dioxide, 4 (3:171).
AIR POLLUTION
(CONCENTRATIONS)
from aluminum plant discharges, 755 (8:136).
ferro-metallurgical plants, 714 (2:204).
in dwellings, 726 (8:207).
Leningrad, 403 (3:200).
Moscow, 327 (8:180).
of auto exhaust, 199.(7:275).
512 (3:195).
3.4 benzpyrene, 276 (2:81).
688 (2:141).
carbon monoxide from auto exhaust, 463 (8:215).
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AIR POLLUTION
(CONCENTRATIONS)
of cancergenic, 280 (8:146).
688 (2 t141) .
dust, 200 (1:118). 226 (5:166).
524 (8:119). 728 (4:248).
320 (4:141).
dust in Asbest City, 102 (4:251).
gasoline vapor, 304 (V:52).
305 (3:126).
nitrogen oxides, 112 (8:98).
sulfur dioxide, 129 (4:193).
403 (3:200).
tarry substances from coke-gas plant, 111 (8:89).
sulfuric aicd mist, 129 (4:193).
AIR POLLUTION
(CONTROL)
256 (1:38).
442 (3:177).
from coke gas, 364 (7:85).
coke ovens, smokeless charging of, 405 (3:238).
460 (7:64). 781 (7:56).
efficiencies of mineral wool filters in, 319
(3:150). .
in cities, 254 (6:267).
Poland, 817 (7:318).
sulfuric acid manufacture, 780 (4:68).
legislation, basis of, 265 (6:258).
of aluminum plant discharge, 755 (8:136).
auto exhaust, 512 (3:195).
3.4 benzpyrene, 281 (2:260).
carbon dioxide, 591 (4:78).
614 (4:100). 615 (6:79).
592 (4:60).
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AIR POLLUTION
(CONTROL)
of cupola furnace gases, 627 (4:264).
dust, 4 (3:171). 200 (1:118). 415 (3:157).
443 (3:141). 522 ~4:48). 818 (6:97).
hydrogen sulfide, 190 (6:91).
613 (6:61).
238 (4:85).
organic sulfur compounds, 822 (3:236).
power plant emissions, 777 (3:87).
radioactive aerosols, 713 (9:93).
smoke, 443 (3:141).
sulfur dioxide, 144 (4:93).
tetraethyl lead, 70 (2~17).
removal of acetylene and nitric oxide from coke
gas, 364 (7:85).
use of battery combustion chambers in, 93 (4:54).
electrostatic precipitators, 294 (6:1).
388 (7:21). 415 (3:157). 416 (3:157).
water aspirator, 344 (4:45).
407 (6:25).
AIR POLLUTION
( GENERAL)
752 (8:71).
analysis, 446 (4:42).
control, 254 (6:267).
effect on bactericidal action of solar radiation,
382 (4:220).
coniferous plantings, 1 (1:75).
eyes, 296 (1:53).
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AIR POLLUTION
(GENERAL)
effect on man, 80 (7:224).
300 (3:106).
82 (8:164).
ultraviolet radiation, 623 (8:195).
from acids and alcohols production, 198 (8:169).
hygienic evaluation of, 393 (5:94).
indoor from n~phthalene. 435 (9:215).
indoor from sulfur dioxide, 381 (2:68).
ALCOHOL
air pollution from manufacture of, 198 (8:169).
ALIPHATIC AMINES
analysis, 155 (10:50).
ALLOWABLE CONCENTRATIONS
basic principles of determining, 636 (1:6).
641 (III:3).
determination of t ,429 (4: 30) .
653 (III: 96) .
646 (11:1).
dichlorethane, 116 (3:110).
117 IV:49).
general, 51 (8:255). 68 (8:257).
642 (9:1). 647 (9:138).
638 (V:1).
in industrial premises, 718 (8:258).
720 (6:233).
of acetates, 252 (7:69).
acrolein, 594 (IV:59).
arsenic compounds, 282 (11:58).
benzene, 368 (11:69).
531 (III: 69) .
carbon bisulfide, 96 (f:52).
245 (8:153). 293 (5:46).
244 (9:29).
-81-
202 (8:222).
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ALLOWABLE CONCENTRATIONS
of carbon monoxide, 794 (1:56).
chlorine, 733 (8:158). 734 (9:55).
736 (3:126). 775 (1:83).
735 (IV:3l).
chloroprene, 466 (V:79).
deleterious substances, 49 (11:106).
dust, 255 (1:34).
ethylat~d gasoline, 656 (2:245).
fluorine compounds, 462 (11:24).
gasoline vapor, 304 (V:52).
367 (II: 72).
305 (3:126).
hydrochloric acid, 213 (4:144).
734 (9:55).
733 (8:158).
hydrogen"sulfide, 193 (5:66).
249 (3:98).
283 (1:46).
lead, 289 (IV:5).
754 (1:65).
lead sulfide, 692 (V:29).
693 (4:154).
manganese, 414 (11:39).
mercury, 392 (4:161).
402 (I :74).
146 (V:67).
methanol, 145 (5:59).
nitrogen dioxide, 807 (9:177).
nitrogen oxides, 366 (1:42).
non-toxic dust, 255 (1:34).
oxides of phosphoris, 69 (11:14).
phenol, 97 (11:65).
sulfuric acid, 130 (111:20).
639 (II:52).
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ALLOWABLE CONCENTRATIONS
of sulfur dioxide, 640 (1:22).
use of e1ectroencepha10~rAph in determlnin~,
135 (7:137).
use of p1ethysmographir. methoc in determining,
118 (IV:103).
ALUMINUM
effect of dust on animals, 302 (2:167).
plants, air pollution from 75~ (8:136).
4-AMINOANTIPYRINE
uRe in analysis of phenol, 37 (9:210).
AMMONIA
absorption from coke gas, 309 (7:77).
329 (1: 69) .
analysis, 52 (8:2).
155 (10: SO) .
6f)O (7: 1Z I)} .
AHPEROMETER TITRATION
analysis of lead, 270 (1:208...
ANALYSIS
I
i .
20 (IV:116). 21 (9:107). 22 (lI:~4). 23 (111:121).
138 (4:5). 142 (5:196). 159 (IO:3). 165 (10:4).
182 (10:80). 231 (6:214). 246 (8:204). 306 (7!1'3)
433 (9:213). 561 (IV:11l). 652 (1:89).
of
a-methy1styro1, 16 (9:119).
~-naphthy1amlne, 786 (2:31).
~cetates, 6 (9:107).
acetone, 7 (9:115).
153 (10:93).
acetophenone, 8 (9: 117 ';, .
'34 (9: 218) .
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ANALYSIS
of acetylene, 154 (10:92).
acrolein, 594 (IV:59). 676 (III:137).
aerosols, 619 (7: 10) .
aliphatic amines, 155 (10: 50) .
aniline, 34 (9:203).
53 (8:44).
600 (7:125).
156 (10:96).
ammonia, 52 (8:2).
155 (10:50).
antimonous hydride, 157 (10:58).
apparatus fOT, 207 (1:168).
561 (IV:111). 620 (7:44).
344 (4:45). 446 (4:42).
673 (111:136). 768 (111:136).
arsenic hydride, 158 (10:55).
arsenious anhydride, 73 (11:99).
arsine, 158 (10:55).
benzene, 49 (11:120). 54 (8:47). 94 (7:116).
160 (10:94). 273 (1:187). 306 (7:143). 529 (6:266).
benzene hydrocarbons, 94 (7:116).
222 (7:114).
beryllium, 137 (7:102).
blood vessels, 331 (4:37).
bromine, .797 (4:21).
carbon, 349 (3:57).
carbon bisulfide, 55 (8:11).
161 (10:47).
207 (1: 168) .
332 (1:108).
424 (5:212).
carbon dioxide, 162 (10:76).
carbon monoxide, 56 (8:19). 163 (10:8).
207 (1:168). 397 (1:143). 648 (1:113).
732 (1:151). 768 (111:136). 770 (3:39).
785 (7 :97) .
166 (1:165).
613 (111:136).
778 (7:97).
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ANALYSIS
of ceresin, 678 (1:206).
chloride, 650 (1:102).
chlorine, 31 (1:102). 164 (10:33). 380 (11:84).
386 (1:163). 602 (3:29). 650 (1:102). 808 (9:177).
ch1orob~nzy1,. 273 (1:187).
chlorinated hydrocarbons, 672 (3:23).
677 (111:132).
chromic anhydride, 57 (8:38).
chromic trioxide, 57 (8:38).
collection of sampJing, 652 (1:89).
copriporphyrin, 291 (IV:107).
cyanogen, 629 (5:198).
cyc1ohexanone, 440 (1:196).
cyc1ohexano1, 440 (1:196).
determination of u1travio1ent radiation, 400 (5:181).
dich10rebenzene isomers, 729 (3:47).
dich1orethane, 117 (IV:49).
dimethy1ani1ine, 232 (4:1).
dimethy1formamide, 9 (9:131).
dimethy1terephthlate, 35 (9:209).
diny1, 10 (9:109).
dust, 41 (5:143). 194 (8:105). 217 (2:1).
243 (3:78). 307 (3~165). 342 (3:70).
348 (8:232). 361 (1:79). 619 (7:10).
649 (1:122). 719 (3:161). 762 (4:254).
789 (3: 1) .
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ANALYSIS
of dust in coke gas, 806 (5:206).
dust in industrial establishments, 217 (2:1).
ethyl alcohol, 167 (10:82).
ethylene oxide, 11 (9:125).
207 (1:168).
168 (10:95).
fluorine, 169 (10:60).
384 (II:87).
formaldehyde, 58 (8:55).
248 (1: 202) .
170 (10:80).
furfurol, 12 (9:123).
hydrocarbons, 767 (11:116).
hydrochloric acid aerosol, 26 (3:31).
172 (10:39).
hydrogen, 349 (3:57).
770 (3:39).
hydrogen cyanide, 59 (8:15).
171 (10: 70) .
hydrogen peroxide, 173 (10:24).
hydrogen sulfide, 60 (8:8). 174 (10:42).
242 (6:75). 515 (5:202). 604 (1:104).
iodine, 95 (1:184).
797 (4:21).
isopropylbenzene, 13 (9:111).
273 (1: 187).
isopropyl benzene hydroperoxide, 14 (9:121).
lead, 48 (11:106). 61 (8:34). 270 (1:208).
336 (2:8). 502 (7:93). 504 (3:27). 651 (1:120).
liquid fuel vapor, 175 (10:84).
207 (1:168).
manganese, 239 (11:144).
808 (7: 94) .
manganese compounds, 62 (8:41).
mercury vapor, 63 (8:30). 72 (3:l8). 74 (11:111).
176 (10:67). 60S (111:129). 606 (1:117).
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ANALYSIS
of methacry1ic acid, 517 (1:192).
methane, 770 (3:39).
methane ch1oro-derivatives, 803 (6:221).
methyl alcohol, 64 (8:59).
meth1metacry1ate, 15 (9:129).
monobasic carbon containing acid (total), 19 (9:127).
n-buty1viny1ester, 36 (9:207).
naphthalene, 435 (9:215).
natural aerosol radioactivity, 91 (2:106).
92 (IV:80). 832 (2:102).
nickel tetracarbony1, 177 (10:75).
nitrogen, 349 (3:57).
nitrogen dioxide, 5 (7:169).
178 (10:16).
76 (6:16).
.----
nitrogen oxides, 76 (6:16). 178 (10:16).
236 (6:52). 237 (6:39). 277 (7:130).
279 (1:110). 500 (2:54). 501 (4:56).
organics, 39 (9:203).
182 (10: 80) .
ozone, 179 (10:29).
696 (3: 20).
paraffin, 678 (1:206).
parato1uidine, 790 (4:15).
phenol, 37 (9:210).
285 (7: 108).
65 (8:52).
209 (II:123).
phosgene, 180 (10:89).
phthalic anhydride, 141 (3:16).
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ANALYSIS
of phytocides, 295 (3:51).
radioactive aerosols, 541 (IV:80).
radioactivity, 235 (2:118).
748 (2:115).
286 (2:87).
radium aerosol, 44 (1:174).
rare gases, 770 (3:39).
sampling in industrial premises, 654 (5:209).
silicon dioxide, 603 (1: 178) .
smoke, 243 (3:78).
soot, 637 (1:123).
strontium in ores, 610 (2:159).
styrene, 599 (3:14).
styrol, 17 (9:114).
436 (9:219).
sulfur dioxide, 18 (1:101). 25 (11:98).
29 (11:90). 66 (8:5). 183 (10:61). 427 (2:1).
sulfuric acid aerosol, 24 (11:95).
25 (II:98).
tetraethyl lead, 67 (8:64).
toluene, 306 (7:143).
use of gas analyzer in, 673 (111:136).
gas liquid radiochromatograph, 810 (7:148).
polarographic method in, 138 (4:5).
ORSAT gas analyzer, 620 (7:44).
vinyl chloride, 274 (1:148).
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ANALYSIS
use of xylene, 306 (7:143).
xylol. 38 (9:205).
ANILINE
analysis, 34 (9:203).
156 (10:96).
effects on animals, 796 (6:188).
820 (5:119).
vapor, 53 (8:44).
ANIMALS
accumulation and distribution of mercury in,
391 (9:47).
apparatus for experiments with, 83 (9:200).
b1astomogenic properties of emissions from
synthetic liquid fuel production, 465 (2:147).
b1astomogenic properties of tars on, 284 (2:74).
carcinogenesis of shell flue soot, 804 (5:191).
determination of manganese on, 394 (4:11).
effects of aluminum"' dust on, 302 (2:167).
amino-derivaties of benzene, 510 (6:173).
aniline, 796 (6:188).
820 (5:119).
benlanthrone, 716 (7:191).
benzene on, 365 (2:196).
532 (2:185).
510 (6:173).
2-ch10robutadiene-l,3, 523 (5:77).
crude 011 on, 107 (1:41).
dust on, 151 (4:243).
ferrosilicon on, 115 (5:74).
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ANIMALS
effects of hydrogen sulfide on, 821 (2:255).
indust~ta1 dust on, 341 (2:181).
industrial poison on, 233 (6:149).
iron ore dust on, 404 (3:211).
lead prophyrin metabolism, 288 (1:105).
manganese compounds on, 191 (9:40).
mercurane on, 88 (8:227).
nitro-derivaties of benzene on, 510 (6:173).
oxides of sulfur on, 127 (V:92).
139 (1:89).
phenol, 505 (9:185).
polyvinyl chloride, 352 (7:213).
sodium sulfide, 821 (2:255).
sulfur dioxide, 43 (5:102).
sulfuric acid aerosols on, 784 (5:130).
sulfur dioxide on, 417 (6:96).
509 (6:157). 616 (5:81).
418 (8:79).
ultraviolent radiation on, 148 (5:177).
671 (1:111).
volatile substances on, 269 (5:125).
effects on vitamin C of ch10ropyrene rubber
manufacture discharge, 323 (7:240).
inhalation method of exposure of, 371 (4:24).
oxidation of hydrogen sulfide in, 278 (7:172).
ANTI-EPIDEMIOLOGICAL
(PROPHYLATIC & SANITARY)
PROBLEMS
important official items related to, 110 (6:113).
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ANTIHONOUS HYDRIDE
analysis, 157 (10:58).
APPARATUS
automatic 24-hour sampler, 561 (IV:lll).
carbon dioxide, 207 (1:168).
carbon monoxide, 207 (1:168).
efficiency of dust catchers, 575 (11:22).
mineral wool filters, 319 (3:150).
electroencephalographic, 135 (7:137).
for ammonia absorption from coke gas, 670 (7:47).
analysis of vapor-gas-air mixtures explosiveness,
84 (2:216).
bacteriological studies in air, 597 (3:169).
chronic toxicity with animals, 83 (9:200).
work with hydrogen sulfide, 461 (4:43).
gas analyzer, 673 (111:136).
768 (III: 136) .
gas-liquid radiochromatograph, 810 (7:148).
in air pollution analysis, 446 (4:42).
in air pollution control, 780 (4:68).
ORSAT gas analyzer, 620 (7:44).
plethysmographic, 118 (IV:103).
AROMATIC HYDROCARBONS
toxicity, 223 (6:212).
ARSINE
analysis, 158 (10:55).
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ARSENIC COMPOUNDS
allowable concentration, 282 (11:58).
ARSENIC HYDRIDE
analysis, 158 (10:55).
ARSENIOUS ANHYDRIDE
analysis, 73 (11:99).
AUTO EXHAUST
carbon monoxide concentrations from, 463 (8:215).
779 (7: 271) .
concentrations of, 199 (7:275).
512 0:195).
control of, 512 (3:195).
effects on hygienic conditions of hospitals, 99 (1:79).
effects on man, 395 (4:161).
emissions of, 199 (7:275).
study of, 27 (7:279).
BACTERIA
studies of in air, 597 (3:169). 771 (8:125).
793 (3:221). 827 (3:219). 829 (7:127). 830 (6:235).
BENZANTHRONE
effect on liver functions, 716 (7:191).
BENZENE
allowable concentrations, 368 (11:69).
531 (III:69).
analysis, 49 (II:120). .54 (8:47). 160 (10:94).
273 (1:187). 306 (7:143). 529 (6:226).
and its homologues as poisons, 663 (7:176).
effects on animals, 365 (2:196).
532 (2:185). 795 (6:183).
510 (2:230).
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BENZENE, AMINE-DERIVATIVES
effects on animals, 510 (6:173).
BENZENE HYDROCARBONS
analysis, 222 (7:114).
in coke gas, 94 (7:116).
BENZENE, NITRO-DERIVATIVES
effects on animals, 510 (6:173).
3.4 BENZPYRENE
analysis, 185 (7:153).
concentrations in cities, 276 (2:81).
control of, 281 (4:260).
emissions of, 184 (2:122).
281 (4:260).
from coke plants, 188 (2:135).
in atmospheric air pollution, 276 (2:81).
in smoked and partially smoked sausages,
263 (5:188).
in smoked fish, 264 (2:126).
BERYLLIUM
analysis, 137 (7:102).
BIOCHEMICAL PROCESSES
effect of air temperature on, 691 (4:196).
- BLAST FURNACES
safe starting of, 710 (6:229).
BLOOD VESSELS
analysis of direct and indirect effects of pharmacolo-
gical preparations on, 331 (4:37).
-93-
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BROMINE
analysis, 797 (4:21).
CADMIUM OXIDE
toxicity of, 454 (4:133).
798 (2:236).
CANCER
prevention of, 280 (8:146).
CARBON
analysis of, 349 (3:57).
CARBON CONTAINING ACIDS
analysis of total monobasic, 19 (9:127).
CARBON DIOXIDE
absorption by potash solution, 592 (4:60).
615 (6:79).
absorption by potassium carbonate, 591 (4:78).
615 (6:79).
absorption by sodium arsenate solution, 614 (4:100).
615 (6:79).
analysis, 162 (10:76).
207 (1: 168) .
424 (5:212).
apparatus for, 207 (1:168).
CARBON DISULFIDE
allowable concentration of, 244 (9:29).
293 (5:46).
245 (8:153).
analysis, 55 (8:11).
161 (10:47).
332 (1:108).
detoxification of, 816 (~:156).
in inhabited localities, 96 (1:52).
toxicology of, 661 (7:244).
-94-
-------
-- -~-~---~-
CARBON MONOXIDE
163 (10:8).
allowable concentration. 791 (2:81).
analysis. 33 (1:113). 56 (8:19). 66 (8:5).
163 (10:8). 207 (1:168). 397 (1:143).
648 (1:113). 673 (111:136). 737 (1:151).
768 (111:136). 770 (3:39). 778 (7:97).
785 (7:97).
apparatus for, 207 (1:168).
concentrations in dwellings. 726 (8:207).
concentrations in shops. 77 (5:43).
779 (7:271).
effects of high air temperature on toxicity of.
362 (1:46).
effects on animals. 616 (5:81).
/'
effects on man. 744 (7:262).
from metallurgical plants. 711 (6:75).
hygienic evaluation of. 703 (2:218).
poisoning with. 272 (7:289).
345 (5:115).
362 (1 :46).
urban concentrations from auto exhaust, 460 (7:64).
CARCINOGENS
3.4 benzpyrene. 186 (2:126).
274 (1:148). 279 (1:110).
261 (4:122).
262 (8:191).
in atmospheric air. 278 (7:172).
685 (4:209).
shell flue soot as source. 804 (5:191).
CARBOXYHEMOGLOBIN
in city traffic-directors. 783 (7:290).
CEMENT
effects on man. 197 (8:110).
739 (5:108).
-95-
-------
CEMENT
sanitary conditions in plants, 89 (7:330).
CENTRAL NERVOUS SYSTEM
response to inhaled vapors, 40 (2:251).
CERESIN
analysis, 678 (1:206).
CHLOREX
determination in dichlorethane. 624 (4:16).
CHLORIDES
analysis, 26 (3:31).
CHLORINATED HYDROCARBONS
analysis, 672 (3:23).
677 (III: 132) .
CHLORINE
allowable concentrations of. 733 (8:158).
735 (IV:)l). 736 (3:126). 775 (1:83).
734 (9:55).
analysis, 164 (10:33). 377 (2:1). 383 (1:219).
599 (3:14). 647 (9:138). 797 (4:21).
CHLOROBENZYL
analysis, 273 (1:187).
2-CHLOROBUTADIENE-1,3
effect on animals, 523 (5:77).
CHLOROPRENE
allowable conce8tration of, 466 (V:79).
CHLOROPYRENE RUBBER
effects on vitamin C of discharges from
manufacture of, 323 (7:240).
-96-
-------
CHROMIC ANHYDRIDE
analysis, 57 (8:38).
CHROMIC SALTS
analysis. 57 (8:38).
COAL
clearance zones around open pits, 81 (8:188).
COAL DUMPS
sulfur dioxide from, 315 (3:171).
COKE GAS
absorption of ammonia and pyridine base from
309 (7:77). 329 (7:69). 670 (7:47).
analysis of nitro~en oxide in, 277 (7:130).
concentrations of tarry substances from manufac-
turin~ plant in, 111 (8:89).
determination of benzene hydrocarbons in, 94 (7:116).
dust in, 806 (5:206).
hydroRen sulfide in. 515 (5:202).
removal of hydrogen sulfide from 238 (4:85).
removal of nitric oxide and acetylene from,
364 (7: 85) .
standardization of volume, 101 (7:;4),
COKE OVENS
smokeless charging of, 405 (3:238).
781 (7:56).
460 (7:64),
COKE PLANT
benzpyrene, 188 (2:135).
-97-
-------
COLLOIDS
effects, 231 (6:214).
COMBUSTION METHOD
effects on 3.4 benzpyrene, 281 (4:260).
CONDITIONED REFLEXES
554 (6:290).
COPROPORPHYRIN
analysis of, 291 (IV:107).
in urine, 291 (IV:107).
CRUDE OIL CRACKING PRODUCTS
effects on animals, 107 (1:41).
CYANOGEN
analysis, 629 (5:198).
CYCLOHEXANOL
analysis, 440 (1:196).
CYCLOHEXANON
analysis, 440 (1:196).
CYCLONE APPARATUS
aerodynamic characteristics of, 563 (11:76).
calculation of separation capacity, 567 (11:10),
effects of the other hydrodynamic factors on
efficiency, 572 (11:94).
effect of radial flows on dust separation,
573 (11 :85).
effect of turbulence on efficiency, 574 (11:90).
-98-
-------
CYCLONE APPARATUS
gravitation theory of, 577 (11:10).
pressure distribution in, 582 (11:76).
velocities at the bottom of, 570 (11:81).
DICHLOREBENZENE
analysis of isomers of, 729 (3:47).
DICHLORETHANE
allowable concentrations in atmospheric air,
116 (3:110). 117 (IV:49).
analysis, 117 (IV:49).
determination of ch10rex in, 624 (4:16).
industrial exposures to, 375 (6:203).
. toxicity, 503 (4:128).
662 (5:113).
DIMETHYLANILINE
analysis, 232 (4:1).
DlMETHYLFORMAMIDE
analysis, 9 (9:131).
hygienic evaluation of, 538 (9:169).
toxicity of, 419 (1:128).
DlMETHYLTEREPHTHLATE
analysis, 35 (9:209).
. DINYL
analysis, 112 (8:98).
hygienic evaluation of, as an air pollutant,
725 (9:82).
in analysis of styrol, 436 (9:219).
-99-
-------
DUST
acid alkaline reactions of, 194 (8:105).
acidity of, 751 (8:102).
aerodynamic principles of inertia separation,
562 (11:68). 588 (11:49).
allowable concentration in working premises,
720 (6:233).
allowable concentrations of non-toxic, 255 (1:34).
analysis, 32 (1:122). 217 (2:1). 243 (3:78).
307 (3:165). 348 (8:232). 363 (8:129). 649 (1:122).
655 (3:33). 719 (3:161). 762 (4:254). 789 (3:1).
biological effects of industrial, 341 (2:181).
b1astomogenic properties of tar, 284 (2:74).
carcinogenicity of shale flue soot, 804 (5:191).
concentrations of, 102 (4:251).
524 (8:119).
342 (3:70).
in cottonseed oil mills, 727 (4:249).
in seed houses, 727 (4:249).
conference on collecting, 589 (3:230).
control of, 41 (5:143).
522 (4:48). 818 (6:97).
415 (3:157).
443 (3:141).
from coal mines, 226 (5:166).
in foundries, 698 (2:23).
determination of soot, 637 (1:123).
effects of aluminum on animals, 302 (2:167).
iron ore on man and animals, 404 (3:211).
smoke control on, 200 (1:118).
-100-
-------
DUST
effects of on animals, 151 (4:243).
on children's health, 102 (4:251).
on eye traumatism, 508 (8:214).
on man, 151 (4:243). 197 (8:110).
739 (5:108). 798 (2:236).
on visibility, 622 (11:76).
from an abrasive plant, hygienic evaluation of,
320 (4:141).
combustion shell, 809 (5:1).
ferrous metallurgy plants, pathogenic
properties of, 322 (7:206).
hygienic aspects of vanadium, 626 (4:109).
hygienic characteristics of tantalum, 815 (7:198).
of niobium, 815 (7:198).
hygienic evaluation of, 317 (4:179).
809 (5:1).
of molybdenum, 468 (3:60).
in agriculture, 727 (4:249).
coke gas, 805 (5:173).
workshops, 339 (7:121).
methods for study of, 759 (7:321).
pheumoconiosis from silicon, 425 (2:225).
radioactivity in, 753 (2:115).
retaining properties of tree leaves, 287 (3:243).
separation of particles, 584 (11:44).
585 (11: 38) .
-101-
-------
")
DUST
silicon dioxide in. 603 (1:178).
silicon dioxide role in silicosis, 351 (2:230).
toxicity of cadmium oxide, 454 (4:133).
798 (3: 236) .
ELECTROENCEPHLOGRAM
determination of threshold reflex with, 135 (7:137).
ELECTROSTATIC PRECIPITATORS
294 (6:1). 388 (7:21).
415 (3:141).
389 (7:38).
390 (7: 30) .
EMISSIONS
concentrations from low-level, 45 (3:65).
control of, 2 (7:56).
443 (3:141).
76 (6:16).
93 (4:54).
acetylene. 364 (7:85).
ammonia. 309 (7:77).
670 (7: 47) .
329 (7: 69) .
auto exhaust gases, 512 (3:195).
3.4 benzpyrene, 281 (4:260).
carbon dioxide, 591 (4:78).
614 (4:100). 615 (6:79).
592 (4:60).
dust. 200 (1:118). 294 (6:1). 388 (7:21).
389 (7:38). 390 (7:30). 405 (3:238). 415 (3:157).
460 (7:64). 562 (11:68). 589 (3:230). 619 (7:10).
759 (7:321).
hydrogen sulfide, 190 (6:91).
242 (6:75). 613 (6:61).
238 (4:85).
organic sulfur compounds, 822 (3:246).
pyridine. 309 (7:77).
~I
sulfur dioxide, 144 (4:93).
-102-
-------
~
EMISSIONS
from coke ovens, 781 (7:56).
cupola furnaces, 627 (4:264).
power plants, 525 (8:93).
sulfuric acid manufacture, 780 (4:68).
synthetic acid and alcohol productions,
198 (8:169).
zinc lead combine, 549 (3:93).
of acetone, 229 (9:62).
auto exhaust gases, 27 (7:279).
3.4 benzpyrene, 184 (2:122).
281 (4:260).
nitric oxide, 76 (6:16).
277 (7:130). 364 (7:85).
237 (3:39).
standards, 297 (2:37).
ETHYL ALCOHOL
analysis, 167 (10:82).
ETHYL LEAD GASOLINE
effects on man, 122 (7:260).
234 (7: 260) .
from auto exhaust gases, 199 (7:275).
ETHYLENE OXIDE
analysis, 11 (9:125).
168 (10:95).
ETHYLMERCURIC CHLORIDE
in air from cereal grain spraying, 123 (7:264).
toxicity of, 760 (3:205).
-103-
-------
";
ETHYLMERCURIC PHOSPHATE
toxicity of, 760 (3:205).
FERROSILICON
effects on the organism, 115 (5:75).
FLUORINE
allowable concentrations of compounds, 462 (11:24).
analysis, 169 (10:80).
384 (II:87).
and fluorosis in children, 657 (111:88).
FLUOROSIS
in children, 657 (111:88).
FORMALDEHYDE
analysis, 58 (8:55).
170 00:80).
248 (1: 202) .
as an air pollutant, 451 (9:9).
hygienic evaluation of, 451 (9:9).
FUEL
blastogenic properties of different types of, 290 (V:19).
effects on 3.4 benzpyrene concentrations, 281 (4:260).
FURFUROL
analysis, 12 (9:123).
evaluation as an air pollutant, 773 (9:142).
GAS
emissions from plant burning, 525 (8:93).
GAS MIXTURES
calculating phase ba1anc~ in, 590 (6:86).
-104-
-------
;
GAS PIPETTE
air sample collection, 246 (8:204).
GASOLINE
allowable concentration of, 305 (3:126).
306 (7:143). 367 (11:72).
analysis for sanitary clearance zone around
fillin~ stations, 763 (6:107).
effects on man, 122 (7:260).
395 (4:161).
hygienic evaluation of hydrogenated coal,
271 (7: 181) .
intoxication from ethylated, 656 (2:245).
tetraethyl lead in, 67 (8:64).
HEXACHLORANE INSECTICIDES
effects on humans, 126 (5:38).
HEXANITROHYDRAZOBENZENE
analytical use, 142 (5:196).
reactions, 142 (5:196).
HYDROCARBONS
analysis, 767 (11:116).
HYDROGEN
analysis, 349 (3:57).
770 (3:39).
HYDROCHLORIC ACID
allowable concentrations, 213 (4:144).
734 (9:55).
733 (8:158).
analysis, 26 (3:31).
172 (10:39).
213 (4:144).
hygienic evaluation of, 212 (9:18).
-105-
-------
,
!
i
HYDROGEN CYANIDE
analysis, 59 (8:l5).
172 (lO:39).
HYDROGEN PEROXIDE
analysis, 172 (lO:39).
effect on ozone analysis, 696 (3:20).
HYDROGEN SULFIDE
461 (4:43).
allowable concentration, 193 (5:66).
283 (1:46). 420 (III:52).
249 (3:98).
analysis, 60 (8:8). 174 (10:42).
515 (I:46). 604 (1:104).
242 (6:75).
control of, 190 (6:91).
613 (6:61).
effects on blood sugar levels, 821 (2:255).
oxidation'in the organism, 278 (7:172).
purification of coke gas, 238 (4:85).
INDUSTRIAL EXPOSURES
to dichlorethane, 375 (6:203).
INDUSTRIAL HYGIENE
problems of, 299 (6:238).
INDUSTRIAL PLANTS
air current velocity in textile, 350 (5:l48).
air pollution from petroleum refinery, 422 (2:l75).
air sampling in, 654 (5:209).
analysis, 105 (V:132).
217 (2:1).
of phthalic anhydride in, 141 (3:16).
-106-
"
-------
INDUSTRIAL PLANTS
benzene as poisons in electrical windin~ and
insulation in, 633 (7:176).
carbon monoxide in garages, 779 (7:271).
classification of, 257 (4:165).
clearance zones around, 357 (4:187).
450 (8:184).
determination of carbon monoxide in, 778 (7:97).
785 (7:97).
ceresin aerosols in, 678 (1:206).
lead in garages, 337 (7:279).
nitrogen oxides in, 501 (4:56).
paraffin aerosols in, 678 (1:206).
dust control in foundries, 698 (2:23).
dust in seed house and in some sections of
cotton seed oil mills, 727 (4:249).
dust in work shops, 322 (7:206).
339 (7:301).
effects of metallurgical plants emissions on children's
health, 314 (7:220).
effects of viscose production discharges on health,
756 (8:140).
effects on bacteria, 771 (8:125).
electric steel sme1tering, 530 (5:27).
evaluation of air in, 78 (2:48).
104 (2:52). 422 (2:175).
79 (V:128).
fluoroscopic examinatio~ of workers, 709 (1:202).
hygienic conditions 1n asbestos cement, 801 (5:6).
hygienic considerations for women, 560 (6:285).
-107-
-------
.
INDUSTRIAL PLANTS
hygienic considerations for women, 560 (6:285).
hygienic evaluation in, 114 (8:115).
322 (7:206).
improvin~ working conditions in chemical fiber,
376 (8:247).
improving working conditions in cyanide steel,
553 (5:162).
improving working conditions in polymethylmet-
acrylate, 664 (6:197).
methacrylic acid in, 517 (1:192).
mineral wool, dust control, 628 (5:137).
nervous system, diseases in, 228 (5:87).
ozone in, 266 (2:10).
pollution from mercuric chloride, 338 (2:4).
pollution from roofing tar paper, 712 (~:186).
sanitization of atmospheric air in an aluminum
plant, 755 (8:136).
sanitization of gumbrin clay process, 369 (7:256).
silicon dioxide from, 603 (1:178).
spinning weaving mill, respiratory diseases in,
379 (5:94).
standards for, 298 (4:202).
718 (8: 258) .
steel, 268 (8:140).
553 (5:162).
synthetic liquid fuel effects on animals,
465 (2:147).
ventilation of petroleum processes, 298 (4:202).
-108-
-------
INORGANIC SUBSTANCES
analysis, 182 (10:80).
IODINE
analysis, 797 (4:21).
colormetric determination of, 95 (1:184).
IRON
carbon monoxide from metallur~ica1 plants, 714 (2:204).
effects of ore dust on man and animals, 404 (3:211).
improving workin~ conditions in cyanide steel
production, 553 (5:162).
purification of cupola furnace gases, 627 (4:264).
ISOPROPYLBENZENE
analysis, 13 (9:111).
273 (1:1,87).
ISOPROPYLBENZENE HYDROPEROXIDE
analysis, 14 (9:121).
KEROSENE
tetraethyl lead in, 65 (8:52).
LACTIC ACID
use of in disinfection of air, 782 (4:216).
LEAD
allowable concentrations of, 289 (IV:5).
753 (2:115).
analysis, 30 (1:120). 48 (11:106). 61 (8:34).
270 (1:208). 502 (7:93). 504 (3:27). 651 (1:120).
analysis by amperometer titration, 270 (1:208).
effects on porphyrin metabolism, 288 (1:105).
-109-
-------
LEAD
?~"
effects on man, 122 (7:260).
830 (f):235).
hygienic evaluation of emissionR from zinc-lead
combine, 549 (3:93).
LEAD SULFIDE
allowable concentrations, 692 (V~~9).
h91 (4:154).
LIQUID FUEL VAPOR
analysis, 175 (10:84).
of gaseous components in, 207 (1:168).
MAN, DISEASES IN
fluorosis in children, 657 (111:88).
nervous system, 228 (5:87).
pneumoconiosis from silicon, 425 (2:7')).
pheumoconiosis in children, 425 (2:225).
silicosis in, 351 (2:230).
spinning weaving mills, 379 (5:94).
MAR, EFFECTS OF
acute poisoning from dichlnrethane. ~01 (4:128).
air ions, 805 (5:173).
air pollution on eyes, 296 (1:53).
atmospheric air pollution, 80 (7:224).
118 (IV: 103).
f:! (8:104).
cadmium oxide, 798 (2:23~).
carbon monoxide, 345 (5:115),
726 (ts:21Jn,
carcinogenic substan,~('<; in I;'nvironment, I1Hn (2:141).
-llr)-
-------
MAN, EFFECTS OF
cement dust, 197 (8:110).
738 (6:79).
chemical combines emission on, 812 (1:98).
dust, 151 (4:243).
152 (1:168).
dust in Asbest City on, 102 (4:2~1).
dust on eye traumatism. 508 (8:214).
ethyl lead R3soline, 122 (7:260).
fluoro~copi~ exami~~tion~ of, in dllSty indpstrie~,
7U6 (9:73).
gar~~e emissions, 39~ (4:161).
gasoline, 395 (4:161).
hexachlorane insecticides, 126 (5:38).
hot air inhalation, 328 (2:241).
iron ore dust on, 404 (3:211).
lead concentrations, 290 (V:19).
lead on, 290 (V:19).
831 (1:55).
manganese compounds, 191 (9:40).
metallurRical plants emissions on
children's health, 314 (7:220).
phenol, 505 (9:185).
power plant emissions, 253 (1:67).
812 (1:98).
radioactivity, 792 (3:256).
sulfur dioxide, 128 (5:86).
sulfuric acid aerosol, 128 (5:86).
132 (4:72).
superphosphate discharges on children's health,
413 (7:284).
-111-
-------
MAN, EFFECTS OF
ultra-violent radiation, 148 (5:177).
703 (2:218).
671 (1:111).
viscose production discharRes, 756 (8:140).
MANGANESE
allowable concentrations, 414 (11:39).
analysis, 239 (11:144).
808 (7 :94).
determination of in organs and tissues. 394 (4:11).
MANGANESE COMPOUNDS
allowable concentrations. 414 (11:39).
effects on man and animal, 191 (9:40).
MANGANESE DIOXIDE
experimental use. 190 (6:91).
ME RCURANE
toxico10Rica1 properties of, 88 (8:227).
MERCURIC CHLORIDE
concentrations in industrial premises, 338 (2:4).
MERCURY
accumulation and distribution of in animals,
391 (9:47).
allowable concentration, 392 (V:39).
402 (1:74).
analysis, of vapor, 63 (8:30). 72 (3:18).
176 (10:67). 605 (111:129). 606 (1:117).
74 (II:111).
METHACRYL1C ACID, METHYL ESTER OF
analysis, 517 (1:192).
-112-
-------
METHANE
analysis, 770 (3:39).
chloro-derivitatives, 803 (6:221).
METHANOL
allowable concentration, 145 (5:59).
146 (V:67).
METHODS
for determination of atmospheric pollutants.
21 (9:107). 22 (11:84).
for the analysis of some organic atmospheric
air pollutants, 39 (9:203).
for the collection and study of air samples,
28 (1:89).
METHYL ALCOHOL
analysis, 64 (8:59).
Q-METHYLSTYROL
analysis, 16 (9:119).
METHYLMETACRYLATE
analysis, 15 (9:129).
MOLYBDENUM
hygienic evaluation of, 468 (3:60).
MONO BASIC CARBON-CONTAINING ACIDS
ANALYSIS
(TOTAL)
19 (9:127).
MORTALITY
of populations in U.S.S.R., 458 (6:247).
in capitalist countries, 458 (6:247).
-113-
-------
-
MOSCOW
air pollution concentrations in 1948-1959,
327 (8:180).
MUHLRAE-DAVIS
formula, 579 (11:18).
@>
a-NAPHTHYLAMINE
analysis, 786 (2:31).
NAPHTHALENE
analysis, 435 (9:215).
N-BUTYLVINYLESTER
analysis, 36 (9:207).
NICKEL TETRACARBONYL
analysis, 177 (10:75).
NIOBIUM
hygienic characteristics of dust, 815 (7:198).
NITRIC OXIDE
removal from coke gas, 364 (7:85).
NITROGEN
analysis, 349 (3:57).
NITROGEN DIOXIDE
allowable concentration of, 807 (9:177).
analysis, 5 (7:169).
178 (10:16).
effect of ozone analysis, 696 (5:94).
-114-
-------
NITROGEN OXIDES
allowable concentrations, 366 (1:42).
analysis, 76 (6:16). 178 (10:16). 236 (6:52).
237 (6:39). 277 (7:130). 279 (1:110).
500 (3:54). 501 (4:56).
hygienic evaluations of low concentrations,
112 (8:98).
NOISE
allowable levels of, 520 (8:271).
from city traffic, 99 (1:79).
use of vegetation in abatement of, 406 (2:268).
ODOR
sulfur dioxide, 612 (3:102).
use of olefactory analyzer in evaluation of air pollu-
tion, 301 (7:85).
use of olefactory analyzer in evaluation of
carbon disulfide, 545 (7:186).
OPERATING ROOMS
air conditioning in, 697 (5:160).
ORGANICS
analysis, 39 (9:203).
182 (10: 80) .
ORGANIC SULFUR COMPOUNDS
control of, 822 (3:246).
ORTHONITROCHLOROBENZENE
toxicity of, 275 (4:115).
OZONE
analysis, 179 (10:29).
696 (3: 20) .
industrial poison of, 266 (2:10).
-115-
-------
PARAFFIN
analysis. 678 (1:206).
PARATOLUIDINE
analysis. 790 (4:15).
PARTICLE FLOW DYNAMICS
deposition on isolated cylinders. 619 (7:10).
differential equation for. 586 (11:35).
differential equation for curvilinear flow.
569 (11: 30).
effect of particle rotation on. 568 (11:61).
in a curvilinear stream. 578 (11:27).
movement in a bordering layer. 571 (11:71).
of solid bodies in rotating system. 576 (11:55).
resistance of rotating particles. 583 (11:67).
stokes formula and. 566 (11:47).
PHARMACODYNAMICS
effect of vapor forming substances on the central
nervous ststem. 40 (2:251).
PHENOL
allowable concentrations. 97 (11:65).
analysis. 37 (9:210). 65 (8:52).
285 (7:108). 440 (1:196).
209 (11:123).
effects on animals. 505 (9:185).
effects on man. 505 (9:185).
industrial poisoning by. 558 (8:219).
with polyatomic phenols. 285 (7:108).
-116-
-------
PHOSGENE
analysis, 180 (10:89).
PHOSPHO-ORGANIC INSECTICIDES
toxicity of, 308 (7:294).
PHOSPHORUS, OXIDES OF
allowable concentrations, 69 (11:14).
PHOTOCOLORIMETRIC ANALYSIS
effect of colloids on, 231 (6:214).
for cyanogen in gas, 42 (5:198).
PHTHALIC ANHYDRIDE
analysis, 141 (3:16).
PHYTOCIDES
analysis, 295 (3:51).
emission from cereal grains, 537 (4:232).
use in disinfecting-the air, 356 (4:239).
PLANTS
effect of air pollution on coniferous plantings,
1 (1:75).
retaining properties of dust, 287 (3:243).
PLETHYSMOGRAPH
use for the determination of allowable concen-
trations, 118 (IV:103).
PNEUMOCONIOSIS
in children from silicon pollution, 425 (2:225).
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POLAROGRAPHIC METHOD
in sanitary hygienic investigations, 138 (4:5).
POLYATOMIC PHENOLS
with phenols. 285 (7:108).
POLYMETHYLMETACRYLATE
labor conditions in production of, 664 (6:197).
POLYMETHYL-SILOXAMIC RUBBER
555 (5:10).
POLYVINYLCHLORIDE
blactomagenic effect of, 352 (7:213).
PORPHYRIN METABOLSIM
effect of low lead concentrations on, 288 (1:105).
POWER PLANTS
control of pollution from, 777 (3:87).
effects on man, 253 (1:67).
812 (1:98).
sanitary clearance zones around, 811 (6:101).
PROBLEMS
air hygiene, 260 (3:233).
sanitary bacteriology, 260 (3:233).
water hygiene, 260 (3:233).
PROPHYLATIC
(ANTI-EPIDEMIOLOGICAL)
PROBLEMS
important official items, 110 (6:113).
PULMONARY EDEMA
volatile substances and, 261 (4:122).
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PYRIDINE BASES
absorption from coke gas, 309 (7:77).
RADIOACTIVITY
752 (8:71).
analysis, 91 (2:106). 235 (2:118).
541 «V:80). 753 (2:115).
286 (2 :87) .
characteristics, 121 (5:14).
control of, 713 (9:93).
hygienic characteristics of natural soil, 292 (5:14).
hy~ienic problems in transportation of, 312 (5:20).
in dust, 753 (2:115).
of aerosol in air, 90 (2:96).
832 (2:102).
RADIUM AEROSOL
analysis, 44 (1:174).
RARE GASES
analysis, 770 (3:39).
REFLEXES
effects of S02 and sulfuric acid aerosol on
threshold, 132 (IV:72).
SANITARY CLEARANCE ZONES
3 (4:179).
257 (4:165).
around gasoline filling stations, 763 (6:107).
K1insk thermometer plant, 450 (8:184).
open coal pits, 81 (8:188).
power plants, 811 (6: 101).
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SANITARY CLEARANCE ZONES
effectiveness of, 317 (4:179).
in fuel stora~e areas, 357 (4:187).
plannin~ and effectinr, in Ukraine, 316 (4:183).
SANITARY BACTERIOLOGY
problems of, 260 (3:233).
SILICON
or~anic polymers of, 555 (5:10).
pneumoconiosis in children from, 425 (2:225).
SILICON DIOXIDE
analysis, 603 (1:178).
in atmospheric dust, 603 (1:178).
in industrial emissions, 603 (:178).
role in silicosis, 351 (2:230).
SILICOSIS
role of silicon dioxide aerosol in, 351 (2:230).
SMOKE
analysis, 243 (3:178).
3.4 benzpyrene in, 281 (4:260).
control, 405 (3:238).
443 (3:141).
460 (7:64).
effect on city lip,hts, 224 (2:213).
from soot producing plants, 262 (8:191).
SMUKHIN AND KOUZOV
centrifugal theory, 5RO (11:12).
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SODIUM SULFIDE
effects on blood sugar, 821 (2:22~).
SOOT
anR1ysj~ 0f, 037 (1:123).
SPECTROPHOTOMETRIC ANALYSIS
of coproporphyrin in urine, 291 (IV:107).
STEEL PRODUCTION
sanitization of working conditions, 207 (5:102).
STRONTIUM
analvsis of in ores, 610 (2:1~q).
STYRINE
analysis of, 599 (1:14).
STYROL
analysis, 17 (9:114).
4'30 (9:219).
evaluation of as an
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SULFUR DIOXIDE
indoor pollution from, 381 (2:68).
odor threshold, 612 (3:102).
ratio to sulfuric acid aerosol, 129 (4:193).
threshold reflex effect with sulfuric acid, 132 (IV:72).
SULFUR, OXIDES OF
effects on animals, 127 (V:92).
effects on man, 128 (V:86).
SULFURIC ACID
analysis, 130 (3:20).
emissions control in manufacture of, 780 (4:68).
SULFURIC ACID AEROSOL
allowable concentration of, 130 (111:20).
639 (II:52).
analysis, 24 (11:95).
25 (II:9B).
effects on animals, 784 (5:130).
ratio to, sulfur dioxide, 129 (4:193).
threshold reflex effect with sulfur dioxide, 132 (IV:72).
toxicity of, 131 (1:63).
SUPER PHOSPATE
effects of production discharges on children's
health, 413 (7:284).
TANTALUM
hy~ienic characteristics of dust, 815 (7:198).
TAR
blastomogenic properties of, 284 (2:74).
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TASTE
use of taste analyzer in evaluation of carbon
disulfide, 545 (7:186).
TAYLOR
effect, 587 (11:57).
theorem, 588 (11:49).
TELLURIUM DIOXIDE
analysis, 552 (3:13).
TEMPERATURE OF AIR
effect on aniline toxicity, 796 (6:188).
effect on biochemical processes, 691 (4:196).
TETRAETHYL LEAD
analysis of in gasoline, 67 (8:64).
clinical aspects of intoxication, 656 (2:245).
purification of air from, 70 (2:17).
purification of ventilation air from, 71 (4:209).
TITANTI1M
effect of, 467 (2:191).
TITANIUM DIOXIDE
effect of, 467 (2:191).
TITANIUM TETRACHLORIDE
toxicity of, 455 (1:122).
TOLUENE
analysis, 306 (7:143).
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TOXICOLOGY
in determining maximum allowable concentrations,
429 (4:30).
method of animal exposure, 371 (4:24).
of aromatic hydrocarbons, 223 (6:212).
aniline, 796 (6:188).
benzanthrone, 716 (7:191).
benzene and its homologues, 633 (7:176).
795 (6:183).
cadmium oxide, 454 (4:133).
carbon disulfide, 545 (7:186).
816 (5:156).
661 (7:244).
carbon monoxide, 272 (7:289).
345 (5:115).
dichlorethane, 503 (4:128).
662 (5: 113).
ethy1mercuric chloride, 760 (3:205).
ethy1mercuric phosphate, 760.(3:205).
lead, 346 (1:137).
mercurane, 88 (8:227).
orthonitroch1~obenzene, 275 (5:115).
ozone, 266 (2:10).
phenol, 558 (8:219).
phospho-or~anic insecticides, 308 (7:294).
sulfuric acid aerosol, 131 (1:63).
titanium tetrachloride, 455 (1:122).
ULTRAVIOLENT RADIATION
bactericidal action of, 382 (4:220).
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ULTRAVIOLENT RADIATION
biological action of. 148 (5:177).
dosimeter for. 400 (5:181).
effect of air pollution on. 623 (8:195).
effect of insufficiency of mineral metabolism.
671 (1:111).
effect on mineral and nitrogen metabolism,
703 (2:218). .
hygienic evaluation. 241 (5:30).
310 (7:237).
URBAN PLANNING
classification of industrial plants, 257 (4:165).
clearance zones. 3 (4:179).
316 (4:183). 317 (4:179).
758 (6:107). 806 (6:101).
81 (8:188).
357 (4:187).
257 (4:165).
450 (8:184).
dust retaining properties of tree leaves. 287 (3:243).
problems in England. 98 (6:276).
use of vegetation in abatement of noise. 406 (4:268).
URINE
manganese in. 808 (7:94).
VANADIUM
hygienic aspects of aerosol. 626 (4:109).
VAPOR
ethyl alcohol. 167 (10:82).
liquid fuel. 175 (10:84).
mercury. 176 (10:67).
VAPOR FORMING SUBSTANCES
effects on central nervous system. 40 (2:251).
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VEGETATION
air pollution on coniferous planting, 1 (1:75).
hot air oven soot, 262 (8:191).
dust retaining properties of leaves, 287 (3:243).
effects of chimney gas on, 262 (8:191).
emission of phytocidal emission by cereal grains,
537 (4:232).
investigation of phytoncidal action, 192 (4:224).
204 (4:224).
use of in noise abatement, 406 (4:268).
VENTILATION
of petroleum processing plants, 730 (4:202).
problems of industrial, 86 (2:53).
purification of air, 70 (2:17).
11 (4:209).
VINYL-CHLORIDE
analysis, 274 (1:148).
VINNITSA
sanitary protection of air in, 87 (8:241).
VISIBILITY
correlation with dust concentration, 622 (11:76).
VITAMINS
B2
effects on toxicity of orthonitroch10robenzene,
275 (4:115).
C
effect on blood levels of discharges from chloropyrene
rubber manufactures, 323 (7:240).
toxicity of orthonitrochlorobenzene, 275 (4:115).
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VITAMINS
toxicity of sulfur dioxide, 45 (3:65).
of sulfur dioxide on, 43 (5:102).
pp
effects on toxicity of orthonitrochlorobenzene,
275 (4:115).
VOLATILE SUBSTANCES
effects on animals, 269 (5:125).
relationship between air concentrations
and pulmonary edema, 261 (4:122).
WATER HYGIENE
problems, 260 (3:233).
XYLENE
analysis, 306 (7:143).
XYLOL
analysis, 38 (9:205).
ZINC
hygienic evaluation of emissions from zine-lead
combine, 549 (3:93).
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