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ST. LOUIS DISPERSION STUDY
- INSTRUMENTATION, PROCEDURES,
DATA TABULATIONS
D
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ST. LOUIS DISPERSION STUDY
VOLUME I - INSTRUMENTATION, PROCEDURES,
AND DATA TABULATIONS
James L. McElroy
and
Francis Pooler, Jr.
Air Resources Cincinnati Laboratory
Environmental Science Services Administration
U.S. DEPARTMENT OF HEALTH, EDUCATION, AND WELFARE
Consumer Protection and Environmental Health Service
National Air Pollution Control Administration
Durham, North Carolina
August 1968
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The APTD series of reports is issued by the National Air Pollution Control Adminis-
tration to report technical data of interest to a limited readership. Copies of
APTD reports may be obtained upon request, as supplies permit, from the Office of
Technical Information and Publications, National Air Pollution Control Administra-
tion, U.S. Department of Health, Education, and Welfare, Ba11ston Center Tower No.
2, 801 North Randolph Street, Arlington, Virginia, 22203.
National Air Pollution Control Administration Report APTD-68-12
ii
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CONTENTS
INTRODUCTION.
PART 1 - INSTRUMENTATION AND PROCEDURES.
TOPOGRAPHY AND GENERAL CLIMATOLOGY.
ATMOSPHERIC TRACER NETWORK AND INSTRUMENTATION.
Tracer System.
Dissemination Equipment.
Sampling Equipment
Tracer Release Sites and Sampling Arcs.
METEOROLOGICAL INSTRUMENTATION.
Fixed Network.
Lindbergh High School Site.
Missouri State Police Station C Site.
Hazelwood High School Site.
KMOX-TV Tower
Special Observations.
Surface Winds at the Tracer Release Sites.
Pilot Balloon Ascents.
1
3
3
5
5
6
6
7
9
9
9
10
10
10
13
13
13
13
14
15
33
33
35
121
189
197
211
235
243
Tetroon Releases
Free and Tethered Radiosonde Ascents.
OPERATING PROCEDURES FOR DIFFUSION EXPERIMENTS.
PART 2 - DATA TABULATIONS.
INTRODUCTION.
EXPERIMENT SUMMARY SHEETS.
SAMPLER DOSAGE DATA.
TETROON OBSERVATIONS
PILOT BALLOON MEASUREMENTS
RAWINSONDE MEASUREMENTS
FREE AND TETHERED RADIOSONDE MEASUREMENTS
SURFACE WIND MEASUREMENTS AT TRACER RELEASE SITES.
ST. LOUIS, MISSOURI (WBAS, LAMBERT FIELD) SURFACE WEATHER
MEASUREMENTS
METEOROLOGICAL MEASUREMENTS AT OUTLYING STATIONS.
METEOROLOGICAL MEASUREMENTS ON KMOX-TV TOWER
ACKNOWLEDGMENTS.
REFERENCES
249
271
321
349
351
i i i
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LIST OF TABLES
l.
2.
3.
4.
5.
6.
7.
8.
9.
10.
ll.
12.
13.
14.
15.
16.
17.
18.
Experiment Summary Sheets. . . . . . . . . . . . . . . . . . . . . .. 36
Rotorod Sampler Efficiencies. . . . . . . . . . . . . . . . . . . . . 121
Flow Rates of Drum-Pulsed Samplers. . . . . . . . . . . . . . . . . . 121
Total Dosages at Surface. . . . . . . . . . . . . . . . . . . . . .. 123
Sequential Dosages at Surface. . . . . . . . . . . . . . . . . . . .. 151
Vertical Distribution of Rotorod Dosages. . . . . . . . . . . . . .. 187
Tetroon Observations. . . . . . . . . . . . . . . . . . . . . . . . . 190
Pilot Balloon Measurements. . . . . . . . . . . . . . . . . . . . .. 199
Rawinsonde Measurements. . . . . . . . . . . . . . . . . . . . . . . . 213
St. Louis Radiosonde -Measurements. . . . . . . . . . . . . . . . . . . 237
St. Louis Tethered Radiosonde Measurements. . . . . . . . . . . . . . 241
Surface Wind Measurements at Tracer Release Sites. . . . . . . . . . . 245
Surface Weather Measurements, St. Louis, Missouri (WBAS, Lambert Field) 250
Meteorological Measurements, Missouri State Police Station C . . . . . 273
Meteorological Measurements, Lindbergh High School. . . . . . . . . . 289
Meteorological Measurements, Hazelwood High School. . . . . . . . . . 305
Wind Measurements, KMOX-TV Tower. . . . . . . . . . . . . . . . . . . 323
Vertical Temperature-Difference Measurements, KMOX-TV Tower. . . . . . 345
iv
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LIST OF FIGURES
l.
2.
3.
4.
5.
6.
7.
8.
9.
Topographic Map of St. Louis Area. . . . . . . . . . . . . . . . .
Fluorescent Particle Aerosol Generator. . . . . . . . . . . . . .
Drum-Pul sed Sampler. . . . . . . . . . . . . . . . . . . . . . . .
Rotorod Sampler. . . . . . . . . . . . . . . . . . . . . . . . . .
Membrane Filter Sampler. . . . . . . . . . . . . . . . . . . . . .
Generalized Land Usage Map of St. Louis Area. . . . . . . . . . .
Forest Park Dissemination Site. . . . . . . . . . . . . . . . . .
Rotorod Sampler Attached to Tethering Line. . . . . . . . . . . .
Hygrothermograph, Maximum and Minimum Thermometers, and Psychrometer
in a Louvered Stevenson Shelter. . . . . . . . . . . . . . . . . .
Lindbergh High School. . . . . . . . . . . . . . . . . . . . . . .
Aerovane Wind Speed and Direction Sensor. . . . . . . . . . . . .
Missouri State Police Station C and Transmission Tower. . . . . .
Hazelwood High School. . . . . . . . . . . . . . . . . . . . . . .
KMOX- TV Tower. . . . . . . . . . . . . . . . . . . . . . . . . . .
Land Usage in the Vicinity of KMOX-TV Tower. . . . . . . . . . . .
St. Louis as Seen from 125-Foot Level of KMOX-TV Tower
a. Looking North c. Looking South. . . . . .
b. Looking East d. Looking West. . . . . .
Leeds ,and Northrup Thermohm Unit. . . . . . . . . . . . . . . . .
Annular Fin Bivane . . . . . . . . . . . . . . . . . . . . . . . .
Beckman and Whitley Wind Speed and Direction Sensors. . . . . . .
Tetroon and Attached Transponder. . . . . . . . . . . . . . . . .
Free Radiosonde Ascent. . . . . . . . . . . . . . . . . . . . . .
Tethered Radiosonde Ascent. . . . . . . . . . . . . . . . . . . .
10.
11.
12.
13.
14.
15.
16.
17.
18.
19.
20.
2l.
22.
v
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23
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26
27
28
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ABSTRACT
The St. Louis Dispersion Study was designed to describe atmospheric
transport and diffusion over an urban area, from analyses of the behavior
of airborne tracer material released at a point source.
A total of 43
experiments, including a test run, were conducted in seven series in
urban St. Louis, Missouri, between May 1963 and March 1965.
Part I of
this volume describes the field sites, dissemination and sampling equip-
ment, meteorological equipment, and operating procedures.
Part II presents
tabulations of the diffusion and meteorological data collected during the
study.
'li
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ST. LOUIS DISPERSION STUDY
VOLUME I - INSTRUMENTATION, PROCEDURES,
AND DATA TABULATIONS
INTRODUCTION
Most studies of atmospheric diffusion have been carried out over relatively
uncomplicated terrain. The results of such programs as "Project Prairie Grass"
(Ba rad, 1958) and the "Green Glow Diffus i on Program" (Ba rad, et a 1 ., 1962) can be
fitted within limits to a theoretical framework and they can be utilized to
determine generalized diffusion coefficients with some degree of confidence.
Although such investigations have yielded estimates of dispersion for urban areas,
their direct applicability can be questioned, since the urban environment presents
a different and more complex underlying surface than that encountered over open
grassland or desert areas previously selected for diffusion programs. A primary
objective of the St. Louis Dispersion Study was to describe dispersion over an
urban area and to relate the dispersion to meteorological parameters. It should
be emphasized, however, that this study was designed as a pilot program to indi-
cate gross dispersion over an urban area; it was not to be an exhaustive
investigation of atmospheric diffusion.
This program was jointly sponsored by the U. S. Public Health Service and
the Environmental Science Services Administration. Between May 1963 and March
1965 seven series of tracer experiments were conducted in urban St. Louis,
Missouri. These experiments were designed by personnel of the Air Resources
Field Research Office, Cincinnati, Ohio (formerly Weather Bureau Research Station,
Cincinnati, Ohio). Personnel from this facility as well as from the U. S. Public
Health Service, the County of St. Louis, and Washington University (students)
participated in the field program.
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The initiation of a general study of air pollution in the St. Louis metro-
politan area (U. S. Public Health Service, 1967) prompted the choice of St. Louis
as the experimental area for investigation. Also, St. Louis met three additional
desirable criteria: the city is in a reasonably flat area, removed from significant
topographic features that would influence the large-scale air flow; weather
radar equipment is operated by the Weather Bureau Airport Station as part of the
national weather surveillance network; and the city is reasonably accessible from
Cincinnati.
The objectives of this volume are (1) to describe the sites, equipment,
procedures, and techniques used in planning and conducting the diffusion experi-
ments, in measuring meteorological parameters, and in reducing and processing data;
and (2) to present tabulations of the basic data and pertinent supplementary data.
Part 1 mainly covers the first objective; Part 2 completely covers the second
objective and includes some details of the first.
It is not the purpose of this volume to present analyses of the data, to
evaluate existing diffusion models, or to devise new models. A preliminary
analysis has been published by Pooler (1966), and a final report (Volume II of this
study) will be issued by the sponsoring organizations.
2
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PART 1 -
INSTRUMENTATION AND PROCEDURES
TOPOGRAPHY AND GENERAL CLIMATOLOGY
As shown by the topographic map of Figure 1, the St. Louis terrain is
gently rolling; elevations range from about 450 feet MSL in downtown St. Louis to
about 550 feet at Lambert Field, 12 miles to the northwest (Walther, 1965). A
slight ridge reaches 600 feet between the airport and the downtown area. A flat
area, known as the American Bottoms, is encompassed by a crescent-shaped bluff
rising to about 640 feet MSL and lies on the east side of the Mississippi River
across from St. Louis. The average elevation of the Mississippi River is about
400 feet MSL and that of American Bottoms, 420 feet MSL.
The St. Louis area experiences a modified continental climate typical of
most Great Plains cities not directly influenced by major geographic features.
Winters are reasonably brisk but seldom severe; occasional short spells of extreme
cold are intermingled with several periods of mild weather. A prevailing flow
from the south and southwest causes warm, humid summers; spring and fall months
have moderate temperatures. Spring months usually have the most violent storms
(hailstorms, thundersqualls, and tornadoes) and the greatest frequency of stronger
daytime winds. Precipitation occurs mostly as showers, with thunderstorms in
summer; in winter, rains and occasional snows usually occur when moist air moves
northward from the Gulf of Mexico.
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ATMOSPHERIC TRACER NETWORK AND INSTRUMENTATION.
TRACER SYSTEM
Initially the investigators decided to use an existing tracer system, since
the development of a new system with its attendant problems could consume both
time and resources. To allow for oversights and for the sampling of different
types of weather, it was decided to divide the experiments into several series
over a 2-year period. After a review of available tracer systems (see, e.g.,
Dumbauld, 1963), the fluorescent particle system utilizing zinc-cadmium sulfide
was selected. The components of this system and the total number of each com-
+
ponent procured were 2 aerosol generators, 60 "Rotorod" samplers, 30 membrane
filter samplers, and 10 drum-pulsed sequential samplers. Since this system and
its properties are discussed in detail in Leighton, et al., (1965), only a brief
basic description of the tracer material and the pertinent equipment is presented
here.
Zinc-cadmium sulfide is an inorganic particulate capable of being fluor-
esced by near-ultraviolet radiation to form a continuous emission spectrum from
red to blue with a maximum in the yellow. The fluorescence property is indef-
initely maintained during storage and assessment. The substance is not affected
o
by water or by heat up to 450 C; it dissolves slowly in acids; it has a decay
half-life of fluorescence in milliseconds after the excitation source is removed;
and, when suitable lots of the material are used, it is extremely stable even in
long exposures to direct sunlight. Because of these and other properties, zinc-
cadmium sulfide offers a simple and sensitive method of detection and quantitative
evaluation.
The zinc cadmium sulfide materials used in the St. Louis tracer experiments
were FP-2267, USRC Lots: 1320 with 1.71 x 1010 particles per gram (PPG) and
3.04 ~ mass mean diameter (MMD); 1339-1 with 1.61 x 1010 PPG and 3.10 ~ MMD;
1339-2 with 1.66 x 1010 PPG and 3.06 ~ MMD; 1339-3 with 1.64 x 1010 PPG and
3.08 ~ MMD; 1339-4 with 1.88 x 1010 PPG and 2.94 ~ MMD; 1339-5 with 1.83 x 1010
PPG and 2.96 ~ MMD: and, H-454 with 2.04 x 1010 PPG and 2.86 ~ MMD. The lots
were pre-tested for fluorescence and size distribution and were fluidized by a
private laboratory.
*
Mention of commercial products does not constitute endorsement by the Public
Health Service.
+The total number of each component of equipment was not necessarily used in each
experiment; unused items served as backup equipment.
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DISSEMINATION EQUIPMENT
The tracer was dispersed from an aerosol disseminator like that shown in
Figure 2; power for the dispenser was obtained from a portable gasoline engine
generator of 1.5 kilowatts rated capacity. In dissemination, fluorescent par-
ticles were fed from a stirred hopper by a rotating toothed wheel into the
intake of a high-speed centrifugal blower and dispersed as an aerosol of single,
primary particles. -Feed rates could be varied between 1 and 250 grams per
minute by changing the size and rotation rate of the toothed wheel.
SAMPLING EQUIPMENT
Drum-pulsed, Rotorod, and membrane-filter samplers were used in all of the
St. Louis dispersion experiments. The drum-pulsed sampler (Figure 3) operated
on the principle of impaction; air drawn at about 50 liters per minute through a
slit nozzle impacted particles on the perimeter of a circular drum. A strip of
black electrical tape, coated on one s1de with dilute rubber cement, was placed
on the drum as the particle collector.+ Aluminum tape coated with silicone grease
or brass shimstock sprayed with black paint and coated with silicone grease were
used as collectors during the first two experimental series, but these proved
inadequate. The drum rotated 3 degrees at time intervals from 1 to 4 minutes,
selected to provide up to 120 individual deposit patters to yield a sequential
time resolution of the passage of the tracer cloud. Vacuum was furnished by a
1/3-horsepower pump operating on 110-volt AC power.
The Rotorod sampler (Figure 4), a battery-operated impaction sampler, moves
the collector through the air rather than pumping air past the collector.
Particles were collected on the edges of spinning H-shaped collector rods coated
with silicone grease. The samplers were attached to the batteries with 16-inch
lengths of aluminum corner molding. The batteries were equipped with straps for
easy attachment to trees, light standards, and other such structures. This
portable sampling unit yields a measure of total dosage. Flow rate was about
40 liters per minute, and collection efficiency depended on the size distribution
of the fluorescent particles.
The membrane filter sampler, which also yields a measure of total dosage,
operates by drawing air through a l~inch-diameter membrane filter at a rate
determined by a critical orifice in the base of the filter holder (Figure 5).
The filters, made of cellulose acetate-nitrate, have a collection efficiency of
almost 100 percent; virtually all of the particles are deposited on the upstream
+The counting of particles collected on the deposition areas of samplers was per-
formed on contract by a private laboratory. For details of the assessment
techniques consult Brown and Webster (1964).
6
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filter face rather than within the filter pores. Vacuum was supplied by a 1/6-
horsepower pump operating on 110-volt AC power. The filter holder was attached
to the top of an 8-foot section of 1/2-inch pipe, the filter facing downward and
the pipe being maintained erect in a mounting attached to the base of the pump.
TRACER RELEASE SITES AND SAMPLING ARCS
Considering the climatology of the St. Louis area and evaluating potential
tracer release sites, the investigators selected a site in the southeast corner
of Forest Park, primarily to accommodate the prevailing westerly flow. The
relationship of this site to the metropolitan St. Louis area is shown in Figure 6.
The dissemination site is situated about one-third of the way down a gradual slope.
A few scattered trees are in the area and the McDonnell Planetarium, located at
the top of the rise, were not thought to cause significant interference. The
site of the dissemination and the downslope direction of dissemination are shown
in Figure 7.
Three concentric sampling arcs for this site were then selected east of
Forest Park at nominal distances of 1/2, 2, and 4-1/2 miles; these arcs are
numbered 1, 2, and 3, respectively, in Figure 6. Sampling sites were at nominal
6-degree intervals. Distances and azimuths of all sampling sites from the tracer
release points were measured on U. S. Geological Survey, 7-1/2-minute quadrangle
maps (scale 1 :2400). Many compromises were made in the location of sampling sites
to accommodate logistic requirements.
Before the second series of experiments, the roof of the Knights of
Columbus Building (Figure 6) was chosen as a second release site to allow dissem-
inations during southeast to southwest flow. This three-story building is in the
midst of trees and buildings of comparable height. The roof measures about 75
feet by 100 feet; the long axis is nearly north-south and the short axis, east-
west. A parapet skirts the eastern and southern sides of the roof, its height
varying from 2-1/2 feet on the east and 3-1/2 feet on the south to about 5 feet on
the northeast, southeast, and southwest corners. Disseminations were made from
the unobstructed northwest corner of the roof. Sampling sites for this second
release point were chosen at nominal 6-degree intervals on three concentric arcs
at nominal distances of 1-1/4, 2-1/2, and 5 miles. These sampling arcs, numbered
4, 5, and 6 (Figure 6), extend west through north to east, or, to the Mississippi
River.
As the experiments continued, changes were made in the azimuth spacing
in some of the sampling arcs. After the third series of tests the number of
sampling sites on arcs 3 and 6 was doubled so that narrow plumes that might exist
during stable conditions could be defined better. At this time, other adjust-
ments were made in the arcs to yield more uniform spacing between adjacent sites
7
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and to provide more negotiable driving routes for servicing crews. Before the
fifth series of releases, sampling sites at nominal 3-degree intervals were
chosen along a seventh arc (Figure 6), concentric on the Knights of Columbus
Building site at a nominal distance of 10 miles, to allow for longer travel times
during unstable conditions.
As an aid in defining the types of underlying surface passed over by the
tracer clouds, a land-use description of the metropolitan area was determined and
delineated in Figure 6. The categories listed in the key to this figure describe
the existing types of structures.
During the last four experimental series, a tethered Aerokyte balloon
(shown in Figure 22) was equipped to secure estimates of total FP dosage in the
vertical. Rotorod samplers were attached at varying intervals to the nylon
tethering line; the method of attachment is illustrated in Figure 8.
8
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METEOROLOGICAL INSTRUMENTATION
FIXED NETWORK
In the Spring of 1963 before the first experiments, a network of sites was
established and instrumented to obtain climatological information on airflow
patterns and thermal stability in the lower levels of the St. Louis area and to
provide meteorological data during experiments as an aid in analyzing tracer
results. Wind instruments (Aerovanes) and hygrothermographs were installed at
three sites on the periphery of the urban area. These sites (Figure 6) were at
Lindberg High School, Missouri State Police Station C, and Hazelwood High School.
The KMOX-TV tower near the center of downtown St. Louis (Figure 6) was originally
instrumented with Aerovanes at two levels (127 and 459 feet) and with tempera-
ture and temperature-difference equipment at three levels. In May 1964 another
Aerovane was installed at a third level (255 feet), and in October 1964 a bivane
was installed at the 127-foot level. Data collection from this network ceased
in June 1965, two months after the final series of experiments.
Lindbergh High School Site
The area surrounding Lindbergh High School is relatively flat and open,
with some trees and a few residences. A standard U. S. Weather Bureau hygro-
thermograph, like that mounted at this site, is shown in its Louvered Stevenson
shelter in Figure 9. Maximum and minimum thermometers and psychrometers were
utilized to maintain quality control on hygrothermographs. This station was
originally located on a close-clipped lawn about 300 feet west of the high school.
In January 1965, after incidents of vandalism to this installation, it was moved
about 1/4 mile west of the original site to a close-clipped lawn about 100 feet
in front of the Melville District Fire Station. The Aerovane wind transmitter
was placed about 20 feet above the roof of the main Lindbergh High School build-
ing (Figure 10) and about 60 feet above the ground.
An Aerovane wind transmitter is shown in Figure 11. Wind speed was sensed
by the impeller, whose threshold starting speed is about 1-3/4 miles per hour.
Wind direction was sensed by the streamlined vane. Wind speed is directly pro-
portional to the speed of rotation of the impeller blades and is a function of
voltage generated by a magneto (Bendix Aviation Corp., 1956). Values for the
wind speed and direction were electrically transmitted and recorded continuously
on a two-channel recorder. Range of wind speed was 0 to 100 miles per hour on
one channel; range of wind direction was 540 degrees of azimuth, allowing for
crossover, on the other channel. Speed of chart rotation was 3 inches per hour.
9
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Missouri State Police Station C Site
The area around Missouri State Police Station C is relatively open, gently
rolling country. A few residences are in the general vicinity; the most prominent
building in the area is a new four-story hospital about 1/2 mile south of the
station. The hygrothermograph installation was situated on a close-clipped lawn
about 60 feet west of the station. The Aerovane transmitter was attached to the
end of an 8-foot boom on the west side of the broadcasting tower and about 85 feet
above ground. The station and tower, which is about 20 feet wide at the base, are
shown in Figure 12. Interference to air flow through the tower, mainly from the
east, did not appear to be significant.
Hazelwood High School Site
The terrain in the vicinity of Hazelwood High School is open and gently
rolling, with trees and a few residences interspersing the area. The Aerovane
transmitter was placed about 20 feet above the southeast edge of the roof of
the high school gymnasium (Figure 13) and about 60 feet above ground. The
hygrothermograph installation was on the close-clipped lawn of the high school
premises about 100 feet south of the gymnasium.
KMOX-TV Tower
The KMOX-TV tower (Figure 14) is located about 150 feet northeast of the
intersection of 13th and Cole Streets near the center of downtown St. Louis;
the tower reaches 563 feet above street level (468 feet MSL). Since the struc-
tures in the vicinity of the tower may have affected the records of the
meteorological instrumentation placed on the tower, land usage in this vicinity
is shown in Figure 15. The types of structures and their approximate heights
above street level are described in the key to this figure. The downtown area
around the tower is also shown in the series of photographs comprising Figure 16,
taken toward several azimuths from the 125-foot level of the tower. Streets near
the KMOX-TV tower are generally oriented either north-northeast, south-southwest
or east-southeast, west-northwest.
The Aerovane wind transmitters were attached to the ends of 6-foot booms
extending from the northwest corner of the tower at elevations 127, 255, and 459
feet above street level. Interference to the air flowing through the tower from
the southeast was noted in the records of the Aerovane located at the 459-foot
level. The boom holding this Aerovane transmitter was extended about 3 feet in
May 1964 to lessen this effect.
The instruments for measuring temperature and temperature difference at
elevations of 124, 249, and 452 feet above street level were likewise extended on
booms from the northwest edge of the tower. The temperature-recording system
10
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consisted of aspirated "thermohms" (Leeds and Northrup Corp., 1958) operating on
the resistance principle with copper-wire sensing elements (Figure 17); the
data were transmitted electrically to a multi-point recorder. The temperature
at the 124-foot level and the temperature differences from 124 to 249 feet and
from 124 to 452 feet, all in degrees Fahrenheit, were printed in that order
once every 6 minutes. At 6-month intervals, calibration checks were performed
on the sensing elements by immersing each of them in a stirred ice bath with a
mercury-in-glass thermometer. Maximum allowed temperature spread between the two
elements was ~ 0.1 degree Fahrenheit.
In late October 1964 an annular fin bivane (Figure 18) was installed at the
127-foot level on the same boom as the aerovane; the bivane was removed in March
1965. During the planning stages of the dispersion study it was recognized that
direct measurements of turbulence, preferably with a bivane, should be obtained.
A location allowing adequate exposure was not found, however, and as a compromise
the instrument was installed on the KMOX-TV tower. Because of exposure diffi-
culties and instrumental problems, valid turbulence data from this bivane were
not attained during any of the tracer experiments.
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SPECIAL OBSERVATIONS
Equipment for the special observations was operated only during tracer
experiments. Data were used primarily in analyzing results of the tracer
experiments.
Surface Winds at the Tracer Release Si~~2
During all experiments at the tracer dissemination sites, wind speed and
direction were measured with a fast-response system (Figure 19), with sensors
about 7 feet above the surface. Disseminations at Forest Park were made at
ground level. At the Knights of Columbus site disseminations were made at the
building roof level. Wind speed was measured by the rotation of three light-
weight plastic cups whose threshold starting speed is about 0.5 mile per hour;
the wind speed is proportional to the speed of cup rotation and is a function
of the time rate of light pulses due to the rotation of a light chopper (Beckman
and Whitley, Inc. 1955). Wind direction was measured by the streamlined vane.
Values for wind speed and direction were electrically transmitted and continuously
recorded on a two-channel recorder. Range of wind speeds was 0 to 12, 0 to 30,
or 0 to 60 miles per hour on one channel, and range of wind direction was 360
degrees of azimuth on the other channel. Speed of chart rotation was 3 inches
per hour. Inspection of wind traces indicated the effects of the respective
site locations. At the Knights of Columbus Building release site, the wind sys-
tem indicated mechanical turbulence due to the structures in the immediate area.
For the wind directions for which tracer disseminations were made at the Forest
Park site, the air flowed over a slight rise before reaching the wind instrumen-
tation (Figure 7) and probably diverged, principally in the vertical, beginning
at the leeward edge of the rise; this wind system may have been sensing this
topographically induced irregularity in the air-flow structure.
Pilot Balloon Ascents
Winds aloft were measured during all experiments at the tracer dissemin-
ation site by single-theodolite observations of ceiling balloons. Observations
were generally terminated after the balloons had ascended through the lowest
3000 feet of the atmosphere. At least two and as many as four ascensions were
made per experiment.
Tetroon Releases
. "-------_.---
During all daytime experiments and during most evening experiments, begin-
ning with the second series, a tetroon was launched about 15 minutes after the
beginning of tracer dissemination. Tetroons are tetrahedron-shaped super-pressure
13
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balloons (Figure 20) ballasted to float at a level of constant density; they have
been used extensively to estimate air trajectories (Angel and Pack, 1960 and Pack,
1962). In this study tetroon trajectories were used primarily to determine a
"mean wind" during transit of tracer clouds across the sampling network. This
was accomplished by tracking the signal transmitted from the 403 Mc transponder,
attached to the tetroon (Figure 20), with the U. S. Weather Bureau weather radar
(WSR-57) located at Lambert Field (Figure 6).
Free and Tethered Radiosonde Ascents
In all daytime experiments beginning with the second series and in most
evening experiments, a free radiosonde was released from the roof of the Federal
Building in downtown St. Louis located at the intersection of 12th and Market
Streets (Figure 6); the radiosonde was followed until the signal emitted by its
transmitter was lost. Tethered radiosondes reaching to 1000 feet above the roof
were usually substituted during the last two series of evening experiments.
Release height was 636 feet MSL and 171 feet above street level (465 feet MSL)
for the free flights. Soundings began between 0 and 15 minutes before the begin-
ning of tracer dissemination. Temperature and humidity profile data used to
compute mixing depths and thermal stability over the city were obtained from these
soundings.
A standard U. S. Weather Bureau 403 Mc radiosonde, ballasted to ascend at
about 500 feet per minute, was used for the free radiosonde launches (Figure 21).
A 26.675 Mc aspirated radiosonde built by personnel of the Air Resources Field
Research Office in Cincinnati was used in all tethered radiosonde ascents.
Except for the receiver, the receiving and recording equipment was the same as
that used with the free radiosonde. A tethered radiosonde and aerokyte balloon
are shown in Figure 22.
14
-------
OPERATING PROCEDURES FOR DIFFUSION EXPERIMENTS
The probability of running an experiment was estimated from forecasts pre-
pared by the Weather Bureau. On tentatively suitable days a preliminary forecast
to select a tracer dissemination site was made, followed by a more detailed
forecast of expected wind direction variability. Sampling sites were selected on
the basis of more detailed forecasts. Usually, the drum-pulsed samplers were
placed to cover the uncertainty of the direction of the tracer cloud centerline;
the Rotorod and membrane filter samplers were placed to bracket the expected
cloud spread.
After the tracer release and sampling sites were selected, a tentative
release time was set and the dissemination and sampling crews were briefed. All
crews called in to the project director after they had finished setting out their
equipment, usually no later than 1 hour before the tentative release time.
Because of the uneven distribution of locations suitable for installation of drum-
pulsed (sequential) samplers, compromises in the location of these samplers and
of the total dosage samplers were often required. During the first three test
series 30 to 35 sam~lers were installed; during later tests 40 to 50 samplers were
used. Communications were maintained by two-way radios and telephone.
The final selection of sampling sites was based on a pilot balloon obser-
vation made at the tracer release site about 2 hours before the tentative dissem-
ination time. If this observation indicated that the tentatively selected
sampling locations would not adequately define the tracer cloud, a revised
sampling network and new tentative release time were established.
A tracer release rate was then calculated on the basis of expected wind
speed. Compromises in the calculations usually were required, greater weight
being given to producing sufficient dosage at distant arcs than to avoiding an
overdose at near arcs.
Expected travel times to the various arcs also were computed on the basis
of the forecast and observed wind speeds. It was desirable that each sampler
operate only during passage of the entire tracer cloud so that the collection of
material that might obscure fluorescent particles would be minimal. For daytime
experiments, sampling duration was calculated by assuming that the initial par-
ticles would travel at twice the speed of the mean wind through the convectively
mixed layer (Pooler, 1964) and that the last particles -would travel at 1/2 to 2/3
the speed of this wind. For the evening experiments during which more pronounced
vertical wind-speed shear usually existed, it was assumed that the initial par-
ticles would travel at the speed of the winds above the pronounced shear layer
(usually at or above 1000 feet); the last particles were assumed to travel at 1/2
15
-------
the speed of the surface wind until reaching the nearest sampling arc and, there-
after, at 1/2 the speed of the lowest winds recorded on the initial pilot balloon
ascents until reaching the most distant arc.
The times required to run an experiment varied considerably. In the long-
est test, during which all delaying factors operated together, more than 9 hours
elapsed from the time of original sampler layout until the last sampling crew
checked in. During the last two series, after the crews had become thoroughly
familiar with their duties and the locations of their assigned stations and when
no delays occurred, several tests required less than 5 hours.
16
-------
~
tF~ \
AMERICAN
BOTTOMS
(1
1::0.
c::=::::::J UNDER 42D MSL
I"""""",,'j 420' . 460' MSL
c::=::::::J 460' . 500' M S L
c::=::::::J 500' 540' MSL
c:::::::J 540 580 M S L
~ OVER 580' MSL
o I 2
~-'
MILES
-=:::?
Fig u re 1.
Topographic map of the St. Louis area.
17
-------
~~
Figure 2.
Fluorescent particle dissemination generator.
---
I
J
Figure 3.
Drum-pulsed sampler.
18
-------
I
I
_L
Figure 4.
Rotorod sampler.
Figure 5.
Membrane filter sampler.
19
-------
o
.
I
,
MILES
2
. METEOROLOGICAL SITES
&
DISSEMINATION SITES
- SAMPLING ARCS
D PAns, CEMETERIES. COUNTRY ClUBS.
mill MODERN RESIDENTIAL AREAS-I. TO 2.STORY HOUSES WITH LARGE YARDS; FARMS OR OTHER LARGE OPEN AREAS INTERSPERSED.
D OLDER RESIDENTIAL AREAS OF I. TO 3.STORY ClOSH Y.SPACED HOUSES
o BUSINESS THOROUGHFARES WITH BUILDINGS OF VARYING CHARACTER
. INDUSTRIAL AREAS - MANUFACTURING, WAREHOUSE, STORAGE; IRREGULAR HEIGHTS
. DOWNTOWN AREA - PUBLIC AND COMMERCIAL BLDGS. OF 4 TO 20 STORIES
Figure 6.
Generalized land-usage map of St. Louis area.
20
-------
(a) .
View toward McDonnell Planetarium.
(b) .
View in direction of dissemination.
Figure 7.
Forest Park dissemination site.
21
-------
Figure 8.
Rotorod sampler attached to tethering line.
Figure 9.
Hygrothermograph, maximum and minimum thermometers, and
psychrometer in louvered Stevenson shelter.
22
-------
- - - - - --- -
.. .. .....,
Figure 10.
Aerovane on roof at Lindbergh High School.
,
[4
w
~
00111
!J!
'I
Fi gure 11.
Aerovane wind speed and direction sensor.
23
-------
---
\ ,
, J
. ,
I
\
to "'!
\
Fig u re 1 2 .
Missouri State Police Station C and transmission tower.
24
-------
.../'
~.--
~
"""'-
-
1.",,\
it=:
'--
c-
l
..-...~';'
~~.;:",t..,~
!",,1:'t~'"i <,,:"
--
- ----' - --
- --
- --
- --- - -
----
N
U1
Figure
13.
Aerovane on
roof of Hazelwood High
School.
-------
-- -- -
'j
, r;-.
,
I
"
G
,
~ I
f
I
,
I
, ,
,
I
I J
--'"---1
'"
- .J_-
---
Fig u re 1 4.
KMOX- TV tower.
26
-------
-- --
"'"
~~~ OPEN AREAS-PARKING LOTS, PARKS
~[fl] 30-50
z I-~ ....
0::1: m8 80-150
...J ~
3w D >150
m::l:
o
"'---
500
---"
FEET
1,000
~
Figure
15.
Land
usage
in
vicinity of KMOX-TV tower.
27
-------
Figure 16.
28
~
.R~I'.~~-~.
/" ..~~ ..~ ..
... ~.
1811-
(a) .
Looking North.
.
~ -~'~~~~'T"~' z: -
.--.11 ..... . , i:-. -
- ... ..... . ./~ .f"..~ -
-- - . ~. ,,,", -~.-.. 'i;;....
... - / . to; ..'- . ~-".
(b) .
Looking South.
St. Louis as seen from 125-foot level of KMOX-TV tower.
-------
(c).
Looi<.ing East.
, .
'... - -'3,' ~ .
...:,' ~;;. ,..~ :-",;::.. ",-,--.
.~., -.,..- f~.... ~ P'~ .'" ~ ~~ .~ -=-..
J',.~ - . ~. . . ;;,,-.",,"='" '-' ,', -
1I~ .' 6..;~r-~:'1';ki~;';..c:: .-- .:~~~1-::--,
. f ,.' -.'- ..,.~~~,,,y}~' '~~''''''''I
.<~ ,..:./." ~."~," """.,"'-".' ..,.'~"II
..!",,,~ .~,. .~.ft;-~.~,:. ,",_'."'1
, I '~.~:.L .....~.
,,... ..-=- . - ~ .'
'"t,:i~ jo",~ :a. .a.
~
(d) .
Looki ng West.
Figure 16 (Cont.)
St. Louis as seen from 125-foot level of KMQX-TV tower.
29
-------
~.."t;''''\''.~'.'.;''.>:;:''
J ;.~~ ,~::~:~.,
...~~
. \~
~~r - ~.
. .'
-,
~.
-<-'~ ~ ,,'0. ..
. ,;~-
Figure 17.
Leeds and Northrup Thermohm unit.
""
{,:-::....-
"
Figure 18.
Annular fin bivane.
-------
9;;:""""'0,.. ,'" '.
'- .,,:;{" ", ;l'
. . ':" ~;:~ .~~ ~'f "
g- >.
" .,.:'
~... ' a ~ > . ~.~.''(
J~ '> , f' .~- '~'~~ 1~
. -'to { -' . -
Fig u re 1 9 .
Beckman and Whitley wind speed and direction sensors.
Figure 20.
Tetroon and attached transponder.
31
-------
W
N
--..tAl
I
,
Figure 21.
radiosonde ascent.
Free
":igure 22.
Tethered
radiosonde ascent.
-------
PART 2 - DATA TABULATIONS
INTRODUCTION
Part II presents in tabulated form the data collected in the St. Louis
Bispersion Study. Supplementary meteorological data that might assist in analysis
of results of the tracer experiments also are included. These data consist of
tabulations of surface weather observations taken at the WBAS, Lambert Field in
St. Louis; tabulations of rawinsonde soundings at Columbia, Missouri, and Peoria,
Illinois; and surface and 500-millibar charts. An introduction to each set of
tables describes the data and the format and gives other pertinent information.
A summary page for each experiment lists the available sampling and meteoro-
logical data and details of the dissemination; the summary also presents commentary
on the sampling and on the existing synoptic situation.
As an aid in describing the Aerovane data and as a potential aid in analyz-
ing the results of the tracer experiments, the highest, third highest, and fifth
highest wind-direction and wind-speed ranges over 30-minute intervals were
computed. The highest range was determined as the maximum value of direction or
speed minus the minimum value; the third highest range as the third highest value
minus the third lowest value, and the fifth highest range as the fifth highest
value minus the fifth lowest value, over an interval.
All data are presented in the units measured. The adoption of a single,
consistent set of units would have allowed more direct utilization of the reported
data. For some measurements, however, a sacrifice of reported accuracy would be
required to convert the units; for other measurements, a degree of accuracy better
than that obtained in the measurements would be implied if conversions were
strictly made.
During all experiments an air sample was taken approximately 1 mile upwind
of the release site. The general location of the sample was designated by the
project meteorologist. These samples were analyzed and found to contain no
significant background count of FP material.
33
-------
EXPERIMENT SUMMARY SHEETS
A summary sheet is presented for each of 42 experiments. Experiment One
was a test run; no fluorescent particles were released. Sampling data collected
during this experiment are presented in the tables to indicate background fluor-
escent particles in the St. Louis area.
Details of the tracer dissemination, including a list of the dissemination
feed-voltage readings, are presented first. Because feed-voltage was at least
qualitatively related to the rate of tracer emission, changes in emission rate
are reflected by variations in this voltage; feed-voltage readings were normally
made at l5-minute intervals during dissemination.
The types of fluorescent particle dosage data and meteorological data
available for the experiment are listed next; incomplete data are noted. Any
necessary commentary concerning dissemination and sampling follows. Whenever
possible, comments concerning specific samplers are generalized, details being
given as footnotes to the tables.
The final section of each summary sheet consists of a brief description of
the existing synoptic situation and the surface and 500-millibar charts from the
Daily Weather Map (U. S. Weather Bureau) nearest the time of the experiment.
35
-------
w
(j)
Table 1.
EXPERIMENT SUMMARY SHEETS
'::;xperi;nenr, ]'wo
27 May 1963
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 1410 to 1440 CST
Dissemination: 2102.0 gm
Lot Size No. 1320
Disseminator Feed Voltage Readings
9.0 v (1415 CST); 7.5 v (1426 CST); 8.5 v (1438 CST)
Sampling Data
Total Surface Dosages
Meteorological Data
Pilot Balloons
CBI and PIA Rawinsondes
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except middle level)
Commentary
None
Synoptic Situation
A cold front passed through the St. Louis area several hours prior to the beginning of the
experiment, causing gradually clearing skies and westerly to northwesterly winds.
-------
Table 1
(continued).
EXPERIMENT SUMMARY SHEETS
I
,,'
i,
"'r
I
i
!
: SEA LEVEL PRESSURE MAP
"~7 May_IJ63
1200 CST
jl;>'-
-~
~
'-"---'~
-- _.__.~-----
- -- ~_.- -'--'-
\ .--,
iV" t-
,.,,,~~~.;~~L ~l,
100. ~. ~.
,,'
\
\
\~
'"
W
-.J
os'
,AD'
IZO.
1500 MB. HEIGHT CHART
'27 May 196T
'1800 CST
:-
2
'00'
-------
w
ex:>
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
:J!!JqJe:ci.1DlleJIJrt ~
28 May 1963
Sampling Arcs: 1, 2, 3
llissenlliatirest Park
llisseJlllliJ:DatiiQ)!]; f'r
-------
Table 1
(continued)~
".
l~EA LEVEl PRESSURE MAP
~May 1963
1200 CST
\ ,...- ~ -~20.
\ ,,;j;;, . ~ \- ~,6~ ~
//" \ <,~
\
\
~__----1,5.'
--~---o:...-.__1 .
00'
/""" " -
,if
".,
--- ---- --..- - -,--""
".
W
I.D
EXPERIMENT SUMMARY SHEETS
,,'
,,'
:35a
,I
~'SOO MB,._HETGHT CHARf-
; 28 May J963
',1800 CST
-~
00'
-------
+'>
a
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Four
19 July 1963
Sampling Arcs: l, 2, 3
Dissemination Site: Forest Park
Dissemination from ll30 to l230 CST
Dissemination: 5785.4 gm
Lot Size No. l339-4
Disseminator Feed Voltage Readings
l3.0 v (ll30, ll40 CST); ll.O v (l200 CST); 9.5 v (l2l0 CST); l2.0 v (l220 CST);
l5.0 v (l230 CST)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorologi cal Data
Tetroon
Pilot Balloons
CBI and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except
(speed missing)
middle level)
Commentary
Several samplers on the middle sampling arc apparently were not turned on until after the
initial elements of the tracer cloud had reached them; however, significant loss of dosage
was not considered to have occurred.
Synoptic Situation
Strong, gusty southwesterly winds and clearing skies occurred as St. Louis was in the
se~tor between an advancing cold front and a receding warm front.
-------
Table 1
(continued).
...
".
- - ~-- ._~-
".40.
------- ~---
-Po
-'
EXPERIMENT SUMMARY SHEETS
120.
'00.
00.
00.
'0.
,458
...
\
\
i'S8
".
00.
-------
~
N
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Five
22 July 1963
Sampling Arcs: 4, 5, 6
Dissemination Site: K. of C. Building
Dissemination from 1104 to 1204 CST
Dissemination: 5143.5 gm
Lot Size No. 1339-4
Disseminator Feed Voltage Readings
9.5 v (1104 CST); 9.0 v (1133 CST); 11.0 v (1144 CST); 10.5 v (1150 CST)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBI and PIA Rawinsondes
Free Radiosonde
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except middle level)
Commentary
NONE
Synoptic Situation
Partly cloudy skies and moderate southeasterly winds persisted from a
high pressure area centered over Tennessee. A weak stationary front
lay to the west over the Plains states.
-------
Table 1 (continued).
00'
(SEA LEVEL PRESSURE MAP
F '22 July 1963
". 1200 CST
-
,..
i
".
8"
~
w
E)PERIMENT SUMMARY SHEETS
,,'
500 MB. HEIGHT CHART
. 22 ML!963
-.} 1800 CST
-------
~
~
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Six
23 July 1963
Sampling Arcs: 4, 5, 6
Dissemination Site: K. of C. Building
Dissemination from 1130 to 1230 CST
Dissemination: 7308.3 gm
Lot Size No. 1339-4
Disseminator Feed Voltage Readings
13.5 v (1130 CST); 13.7 v (1140 CST); 8.5 v (1310 CST); 12.0 v (1220 CST)
Sampling Data
Total Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBI and PIA Rawinsondes
Free Radiosonde
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except middle level)
Commentary
Coverage of the tracer cloud by the sampling arcs is skimpy.
Synoptic Situation
The St. Louis area weather was under the influence of a high pressure cell centered over
Pennsylvania. Clear skies and moderate southerly winds prevailed.
-------
Table 1
(continued).
+::>
U1
EXPERIMENT SUMMARY SHEETS
500 MB. HEIGHT CHART
.~. JuID963
; !800 CST
-------
~
0"1
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Seven
25 July 1963
Sampling Arcs: 4, 5, 6
Dissemination Site: K. of C. Building
Dissemination from 1040 to 1140 CST
Dissemination: 6681.9 gill
Lot Size No. 1339-4
Disseminator Feed Voltage Readings
14.0 v (1040, 1050 CST)j 13.5 v (1100 CST)j 11.5 v (1110 CST)j 9.5 v (1115 CST)j
9.0 v (U30 CST)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBI and PIA Rawinsondes
Free RadiDsonde
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except middle level)
Co=entary
None
Synoptic Situation
Moderate southeasterly winds and clear skies existed in advance of a cold front centered
over the upper Plains.
-------
Table 1
(continued).
. SEA LEVEL PRESSURE MAP
. 25 July 1963
t-lf200 CST -
I . .
.po
"
EXPERIMENT SUMMARY SHEETS
,500 MB. HEIGHT CHART
25 Ju1tJJ~3
:1800 CST
-------
~
co
__Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Eight
26 July 1963
Sampling Arcs: 4, 5, 6
Dissemination Site: K. of C. Building
Dissemination from 1045 to 1145 CST
Dissemination: 8871.9 gm
Lot Size No. 1339-4
Disseminator Feed Voltage Readings
18.0 v (1045 CST); 15.0 v (1105 CST); 12.0 v (1110, 1125, 1140 CST)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBI and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except
(Direction missing)
middle level)
Commentary
None.
Synoptic Situation
Moderate to strong south southeasterly winds and partly cloudy skies persisted in f!dvance of
a cold front centered over Kansas and Nebraska.
-------
Table 1 (continued). EXPERIMENT SUMMARY SHEETS
120° 100' BO'
SEA LEVEL PRESSURE MAP
26 July 1963
1200 CST
-------
U1
a
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Nine
12 September 1963
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 1115 to 1215 CST
Dissemination: 9082.2 gm
Lot Size No. 1339-1
Disseminator Feed Voltage Readings
*
19.0 v (1118, 1128 CST); 15.0 v (1128, 1154, 1215 CST)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBl and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
(Speed missing)
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except middle level)
Commentary
None
Synoptic Situation
A cold front passed through the St. Louis area at about 0700 CST.
winds and cloudy skies persisted throughout the experiment.
Moderate northerly
*Feed rate adjusted from 19 to 15 volts at 1128 CST.
-------
Table 1
(continued)~
'00'
120.
140.
eo'
00'
."
--.,....-------- - ----~ -- ~_. -
50."
45-,
.0'
,;358
35",
25",-
.SEA LEVEL PRESSURE MAP
.12 September 1963
1200 CST
t .:~~L~~-
100. 115" g.&.
(J1
--'
EXPERIMENT SUMMARY SHEETS
'0'
12.0.
,1000
90'
,,'
500 MB. H-EIGHTCHARf
12 September 1963
.1800 CST
,1
-------
U1
N
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Ten
14 September 1963
Sampling Arcs: 4, 5, 6
Dissemination Bite: K. of C. Building
Dissemination from 1045 to 1145 CST
Dissemination: 5425.1 gm
Lot Size No. 1339-1
Disseminator Feed Voltage Readings
11.0 v (1045, 1100 CST); 9.0 v (1100, 1115, 1130, 1145 CST)
Sampling Data
Total Surface Dosages (incomplete)
Meteorological Data
Pilot Balloons
CBI and PIA Rawinsondes
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except middle level)
Commentary
The tracer cloud passed about 30 degrees (in azimuth) off the left end of the sampling arcs;
no useful results were obtained.
Synoptic Bituation
Light easterly winds and clear skies resulted from a ridge -extending from the Gre~t !akes
to Arkansas.
-------
Table 1 (continued). EXPERIMENT SUMMARY SHEETS
SEA LEVEL PRESSURE MAP
14 September 1963
1200 CST
500 MB. HEIGHT CHART
14 September 1963
1800 CST
en
CO
-------
U1
..j::o,
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Eleven
16 September 1963
Sampling Arcs: 4, 5, 6
Dissemination Site: K. of C. Building
Dissemination from 1100 to 1200 CST
Dissemination: 7220.7 gill
Lot Size No. 1339-1
Disseminator Feed Voltage Readings
12.5 v (entire dissemination)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBI and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except
upper levels)
-( Speed mis sing)
middle,
Commentary
None.
Synoptic Situation
Light southeasterly winds and partly cloudy skies existed in respon1,{" to a hi.-:h prer,sure
area center over the Eastern states.
-------
Table 1
(continued),
".
,SO'
",'
-.,1
, I SEA -LEVEL PRESSURE MAP
1]6 S~~ember 1963
11200 CST
I
l
(J1
(J1
EXPERIMENT SUMMARY SHEETS
'500 MB. HEIGHT CHART
!~~,tember 1963
1800 CST
-------
CJ1
0"1
Table 1
(continued).
EXPERIMENT SUMMARY SHEETS
Experiment Twelve
l7 September 1963
Sampling Arcs: 4, 5, 6
Dissemination Site: K. of C. Building
Dissemination from 2000 to 2030 CST
Dissemination: 804.6 gill
Lot Size No. l339-l
Disseminator Feed Voltage Readings
4.0 v (entire dissemination)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBI and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except
upper levels)
middle,
Commentary
Several samplers on the outer sampling arc apparently were not turned on until the initial
elements of the tracer cloud had reached them; significant loss of dosage was not thought
to have occurred.
Synoptic Situation
Steady southeasterly winds and clear skies persisted in response to a high pressure area
over the Eastern states and a ridge line to the north of St. Louis.
-------
Table 1 (continued).
RY SHEETS
EXPERIMENT SUMMA
>. I
i
, I
.r:
~, ~.;f
".
.':.:-
1
la ,,'
I~
I~
.' ,
I
ESSURE MAP
HAs~~~~~::R 1963
2400 CST
- .
~ -:-""'"
/.~
~
,~
I;
, MB HEIGHT CHART
500. 63
' 17 September 19
1800 CST
.:20'
~~
\
',,--
E 'OODOOOOO""
, 85"
'00'
'.
;'-j
,,'
~.
".
"'.
U1
-..J
-------
U1
00
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Thirteen
18 September 1963
Sampling Arcs: 4, 5, 6
Dissemination Site: K. of C. Building
Dissemination from 2000 to 2100 CST
Dissemination: 2651.9 gm
Lot Size No. 1339-1
Disseminator Feed Voltage Readings
5.5 v (entire dissemination)
Sampling Data
Total Surface Dosages
Se~uential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBI and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except
middle levels)
lower,
Commentary
The samplers on the inner samplin~ arc and several samplers on the outer sampling arc
were apparently turned off before the entire tracer cloud reached them; because- of-the
uncertainty of the results obtained, no,ade~uate method wa~ devised for adjusting the"
dosages.
Synoptic Situation
A diffuse high pressure system existed over the area. During the course of the experi-
ment, 1 ight easterly winds we re gradually replace d by moderate southeasterly wi nds.
-------
Table 1
(continued).
EXPERIMENT SUMMARY SHEETS
so.
so.
)
U1
<.0
-------
0"1
a
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Fourteen
1 April 1964
Sampling Arcs: 4, 5, 6
Dissemination Site: K. of C. Building
Dissemination from 1200 to 1300 CST
Dissemination: 3055.0 gill
Lot Size No. 1339-2
Disseminator Feed Voltage Readings
6.0 v (entire dissemination)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBl and PIA Rawinsondes
Free Radiosonde
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except middle level)
Commentary
One sampler contained contamination dosage.
Synoptic Situation
Strong southe.asterly winds and cloudy skies existEd in advance of an advancing warm front.
-------
Table 1 (continued).
,SEA LEVEL PRESSURE MAP
'I April 1964
1200 CST
.:._-~
L-_-
..'
.0'
0"\
--'
EXPERIMENT SUMMARY SHEETS
,,'
.,'
,40~
:356,
,30.
,,'
,,'
".
---~j
-------~---- -~---
L~-
OS'
-------
Q)
N
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Fifteen
6 April 1964
Sampling Arcs: 4J 5J 6
Dissemination Site: K. of C. Building
Dissemination from 2040 to 2140 CST
Dissemination: 2229.7 gill
Lot Size No. 1339-2
Disseminator Feed Voltage Readings
5.0 v (entire dissemination)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Pilo' Balloons
CF~ and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBASJ Lambert Field
Outlying Station Winds
KMOX Tower Winds (except middle level)
Commentary
The tracer cloud was not completely contained within the sampling arcs.
Synoptic Situation
Squall lines with attendant showers and thundershowers developed during the afternoon and
passed through the St. Louis area during the course of the experiment. The first and
second lines passed through at about 1800 and 2100 CSTJ respectively. The winds slowed
and backed from west during squall line passage to southwest following passage.
-------
Table 1
(continued) .
EXPERIMENT SUMMARY SHEETS
I
I
I"
I
i
,
I"
I
I
. 4
80"
0"'>
W
-------
0'\
.+::0
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Sixteen
7 April 1964
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 2048 to 2148 CST
Dissemination: 1761.1 gm
Lot Size No. 1339-2
Disseminator Feed Voltage Readings
6.0 v (entire dissemination)
Sampling Data
Total Surface Dosages
Se~uential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBl and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except
middle level)
Commentary
None.
Synoptic Situation
Strong, increasing northwesterly winds, cloudy skies, and strong cold air advection existed
following the passage of a cold front.
-------
SUMMARY SHEETS
EXPERIMENT
>-----
0"'>
(J1
-------
0"1
0"1
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Seventeen
8 April 1964
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 2030 to 2130 CST
Dissemination: 2593.3 gill
Lot Size No. 1339-2
Disseminator Feed Voltage Readings
7.5 v (entire dissemination)
Sampling Data
Total Surface Dosages (incomplete)
Meteorological Data
Pilot Balloons
CBl and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except middle level)
Commentary
The tracer cloud almost completely missed the sampling arcs; no useful
data
were obtained.
Synoptic Situation
Moderate westerly winds and clear skies persisted in response to a high pressure area
centered over Oklahoma.
-------
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
eo-
Q")
-.....s
-------
0'1
00
Table 1
(continued).
EXPERIMENT SUMMARY SHEETS
Experiment Eighteen
9 April 1964
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 2045 to 2145 CST
Dissemination: 2256.8 gm
Lot Size No. 1339-2
Disseminator Feed Voltage Readings
6.8 v (entire dissemination)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Dosages in the Vertical
Meteorological Data
Pilot Balloons
CBI and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except middle level)
Commentary
Several samplers on the outer sampling arc apparently were turned off before the last
elements of the tracer cloud had reached them; significant loss of dosage was not
considered to have occurred. One sampler contained contamination dosage.
Synoptic Situation
Moderate southwesterly winds and partly cloudy skies occurred in response to a high
pressure area centered on the Arkansas-Mississippi border.
-------
Table 1
(continued).
EXPERIMENT SUMMARY SHEETS
';
Q"I
~
"
-------
'-J
a
Table 1
(continued) .
EXPERIMENT SUMMARY SHEETS
Experiment Nineteen
2 June 1964
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 1030 to 1130 CST
Dissemination: 7532.6 gill
Lot Size No. 1339-5
Disseminator Feed Voltage Readings
15.0 v (1030 CST); 13.5 v (1045 CST); 12.0 v (1100, 1115, 1130 CST)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Pilot Balloons
CBl and PIA Rawinsondes
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Co=entary
Three samplers contained contamination dosage.
Synoptic Situation
Gusty westerly winds and partly cloudy skies existed.
by a high pressure cell centered over Western Kansas.
The low level circulation was dominated
-------
Table 1 (continuedL
160.
".
~r: . ~.,--..
.------.--. --~-~-
)'40.
_';35. :
I : SEA lEVE.l PRESSURE .MAP
'2 June 1964
". 1200 CST
\ -:".
/C-
- ::_,"_40~~ooo~~\.L~
100. liS"
".
...
-....J
EXPERIMENT SUMMARY SHEETS
80.
00.
i 500 .MB. HEIGHT CHART
:2JUne1964
1800 CST
-------
'-J
N
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Twenty
3 June 1964
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 1040 to 1140 CST
Dissemination: 7383.0 gm
Lot Size No. 1339-5
Disseminator Feed Voltage Readings
12.5 v (entire dissemination)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBI and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Commentary
Two samplers contained contamination dosage.
Synoptic Situation
Light, variable winds and clear skies result from a high pressure area centered overthe
Arkansas-Mississippi border.
-------
Table 1
(continued).
,,'
- "
--~._-~~-
I
i.'
I
".l -
. ,..::._-~-~-~~.
.SEA LEVEL PRESSURE M-"P
3 June 1964
1200 (ST
,
.1.------'::-
t;
t-l \. .,s."
-.~-~-=:~~-
85" 80°
---_._~-,' "O.OOOoat;l~~-.---",
,,'
~
-....J
W
EXPERIMENT SUMMARY SHEETS
,,-
1---
-------
-....J
~
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Twenty-One
4 June 1964
Sampling Arcs: 4, 6, 7
Dissemination Site: K. of C. Building
Dissemination from 1030 to 1130 CST
Dissemination: 9783.3 gm
Lot Size No. 1339-4, 1339-5a
Disseminator Feed Voltage Readings
19.3 v (1030 CST)j 16.0 v (1050, 1115, 1130 CST)
Sampling Data
Total Surface Dosages
Se~uential Surface Dosages
Dosages in the Vertical
Meteorological Data
Tetroon
Pilot Balloons
CBI and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Commentary
One sampler contained contamination dosage.
Synoptic Situation
Decreasing south southwesterly winds and cloudy skies existed.
located in western Missouri.
An advancin~ shower area was
a2673.2 gm of 1339-4 and 7110.0 gm of 1339-5.
-------
Table 1
(continued).
120.
'00.
.0.
,''''''---""",1
,~1 .1 I
7'''-'''..,
SEA LEVEL PRESSURE MAP
,4June 1964
.1200 CST
-....J
U1
EXPERIMENT SUMMARY SHEETS
....
...
'00.
".
500 MB. HEIGHLCH~RT
4 June 12.64 -
1800 CST -
.--
-------
......,
C'I
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
E4Periment Twenty-Two
6 June 1964
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 1130 to 1230 CST
Dissemination: 8724.3 gm
Lot Size No. 1339-4
Disseminator Feed Voltage Readings
16.0 v (entire dissemination)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBl and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Commentary
The left edge of the tracer cloud was not completely contained wi thin the ~.;..ng arcs.
Synoptic Situation
Moderate southeasterly winds and cloudy skies persisted in advance Qf a low pressure area
located over southwestern Missouri.
-------
Table 1 (continued). EXPERIMENT SUMMARY SHEETS
SEA LEVEL PRESSURE MAP
6 June 1964
1200 CST
IZO* 100° 9O' OO*
5QOLMB. HEIGHT CHART
6 June 1964
1800 CST
-------
-....J
00
Table 1.
EXPERIMENT SUMMARY SHEETS
Experiment ~ =nty-Three
7 June 1963
Sampling Arcs: 1, 2, 3
Dissemination Site: forest Park
.....,
Dissemin~tion from~~ to 1232 CST
Dissemination: 8064.9 gm
Lot Size No. 1320
14.5 v (entire dissemination)
Disseminator Feed Voltage Readings
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Tetro()n
Pilot Balloons
CBI and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
OUtlying Station Winds
:£
-------
Table 1 (continued). EXPERIMENT SUMMARY SHEETS
1*0* 120* 100° eo*
SEA LEVEL PRESSURE MAP
7 June 1964
1200 CST
140* 120'
500 MB. HEIGHT CHART
/June 1964
1800 CST
-------
OJ
a
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Twenty-Four
9 June 1964
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 1030 to 1130 CST
Dissemination: 9019.0 gm
Lot Size No. 1339-1
Disseminator Feed Voltage Readings
16.0 v (entire dissemination)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBI and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds (except
KMOX Tower Winds
Hazelwood)
Commentary
One sampler contained contamination dosage.
Synoptic Situation
Strong southwesterly winds and increasing cloudiness existed in advance of a cold front
which was located in northwestern Missouri.
-------
Table 1
(continued).
...
".
I /
".l
I """.p..----!3.-
, -
i~EA LEVEL PRESSURE MAP
.9 June 1964
1200- CST
co
--'
EXPERIMENT SUMMARY SHEETS
500 MB. HEIGHT CHART
9 June 1964
!1800 CST
...
-------
ex:>
N
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Twenty-Five
10 June 1964
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 1033 to 1133 CST
Dissemination: 7801.4 gill
Lot Size No. 1339-1
Disseminator Feed Voltage Readings
13.5 v (entire dissemination)
SaIIlJ!ling Data
Total Surface Dosages
Sequential Surface Dosages
Dosages in the Vertical
Meteorological Data
Tetroon
Pilot Balloons
CBl and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds (except Hazelwood)
KMOX Tower Winds
Commentary
The left edge of the tracer cloud missed the saIIlJ!ling arcs.
contamination dosage.
One saIIlJ!ler contained
Synoptic Situation
Moderate north northeasterly winds and clear skies resulted from a high pressure area
which was centered over Minnesota.
-------
Table 1 (continued). EXPERIMENT SUMMARY SHEETS
SEA LEVEL PRESSURE MAP
10 JuneJ964
1200 CST
500 MB. HEIGHT CHART
CO
OJ
-------
00
~
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Twenty-Six
II Jillle 1964
Sampling Arcs: 4J 6J 7
Dissemination Site: K. of C. Building
Dissemination from 1035 to 1135 CST
Dissemination: 9001.8 gm
Lot Size No. 1339-2
Disseminator Feed Voltage Readings
16.0 v (1035, 1050J 1105 CST); 15.5 v (1120J 1135 CST)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Dosages in the Vertical
Meteorological Data
Tetroon
Pilot Balloons
eEI and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds (Direction missing)
WBAS J Lambert Field
Outlying Station Winds (except Hazelwood)
KMOX Tower Winds
Commentary
The tracer cloud missed the sampling arcs and at times moved more parallel than perpen-
dicular to the arcs.
Synoptic Situation
A mesoscale front formed in the lee of the Ozark Mountains but weakened as it passed througn
the St. Louis area during the course of the experiment. Wind below and above the frontal
inversion were east so~theasterly and south south southeasterlYJ respectively.
-------
Table 1 (continued).
"--
/,
\
\
---+--
SEA J~VEl PRESSURE MAP \ , \ ...--' :
"11 June 1964 '''k.:. '.,.-..-.-'\r" ~------ \ CJj
1200 CST ""\: '/-~ '
---- --~- _:,1:~~_~~ -<-~-:~~ _11 " ---~:\~=-j156
0:>
(J1
,,'
...
EXPERIMENT SUMMARY SHEETS
,
I . - - .
i500 MB. HEIGHT CHART
ill June 1964
Isfo CST
. 4
-------
co
Q)
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Twenty-Seven
10 October 1964
Sampling Arcs: 4, 5, 7
Dissemination Site: K. of C. Building
Dissemination from 1130 to 1230 CST
Dissemination: 7838.0 gm
Lot Size No. 1339-2
Disseminator Feed Voltage Readings
15.5 v (1130, 1140 CST)j 14.0 v (1200, 1230 CST)
Sampling Data
Total Surface Dosages (incomplete)
Meteorological Data
Tetroon
Pilot Balloons
GEI and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
(Direction missing)
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Vertical Temperature Gradients
on KMOX Tower
Commentary
The tracer cloud almost completely missed the sampling arcsj no useful results were obtained.
Synoptic Situation
Partly cloudy skies and light easterly winds were associated with a high ~ressure area
which wag centered over Wisconsin. A stagnating front extended from the Plains to Texas.
-------
Table 1 (continued). EXPERIMENT SUMMARY SHEETS
SEA LEVEL PRESSURE MAP
10 October 1964
1200 CST
70' US' 160' 'SO' I40" '3°' 1W "0 100 90 80 70' W 50' «' 3V
500 MB. HEIGHT CHART
10 October T964
1800 CST
CO
-------
ex:>
ex:>
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Twenty-Eight
11 October 1964
Sampling Arcs: 4, 5, 7
Dissemination Sit€: K. of C. Building
Dissemination from 1105 to 1205 CST
Dissemination: 7486.4 gm
Lot Size No. 1339-2
Disseminator Feed Voltage Readings
14.0 v (1105, 1119 CST); 12.0 v (1135, 1205 CST)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Dosages in the Vertical
Meteorological Data
Tetroon
Pilot Balloons
CBl and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
(Direction missing)
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Vertical Temperature Gradients
on KMOX Tower
Commentary
The left edge of the tracer cloud missed the sampling arcs.
Synoptic Situat ion
Moderate south southeasterly winds and cloudy skies were associated with a high pressure area
which"-was centered over Ohio.
-------
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
170'
IbS'
160'
ISO" 140' '30' 120'110"100'90" 80' 70' 60' so'
.r
,,'
",'
1.50" l.tO' 130" 120'110' 100' 90' eCI" 7rf 6(f sri
",'
56
.c'
".
",'
os,
,..'
20'
10 :-SEA LEVEL PRESSURE' MAP
, '11 October 1964
1200 CST
.'
,,'
~ ~
125"
120'
105'
125'
110'
11.5'
~~-- -.. ".
no' 105'
~
--- 1:50,000,000-
,/.,,- }
:,.
150.000,000
\0\1.
'00'
,,'
00'
----~
ss'
"'.
-~
".
()j
~
-------
\D
a
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
ExpeIi ment Twenty-Nine
12 October 1964
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 2000 to 2100 CST
Dissemination: 2262.6 gill
Lot Size No. 1339-1
Disseminator Feed Voltage Readings
5.3 v (entire experiment)
Sampling Data
Total Surface Dosages
Se~uential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBI and PIA Rawinsondes
Tethered Radiosondes
Dissemination Site Winds
(Speed missing)
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Vertical Temperature Gradients
on KMOX Tower
Commentary
The tracer cloud almost completely misspd the two outer sampling arcsj few useful results
were obtained.
Synoptic Situation
Light, variable winds and clear skies were associated with a weak pressure gradient.
-------
Table 1 (continued). EXPERIMENT SUMMARY SHEETS
-*y» --.?*-• aa*"r&^r
SEA LEVEL PRESSURE MAP
12 OCTOBER 1964
2400 CST
500 MB. HEIGHT CHART <
12 October 1964
1800 CST
-------
~
~
Table 1
(continued).
EXPERIMENT SUMMARY SHEETS
Experiment Thirty
16 October 1964
Sampling Arcs: 4, 5, 6
Dissemination Site: K. of C. Building
Dissemination from 2000 to 2100 CST
Dissemination: 1707.7 gm
Lot Size No. 1339-2
Disseminator Feed Voltage Readings
5.0 v (entire dissemination)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Dosages in the Vertical
Meteorological Data
Tetroon
Pilot Balloons
CBl and PIA Rawinsondes
Tethered Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except lower
Vertical Temperature Gradients
level)
on KMOX Tower
Commentary
The right side of the tracer cloud missed missed the sampling arcs. The samplers on the
outer sampling arc may have been turned off before the last elements of the tracer cloud
had reached them; significant loss of dosage was not considered to have occurred.
Synoptic Situation
Light southerly winds and clear skies existed in advance of a cold front.
-------
Table 1 (continued). EXPERIMENT SUMMARY SHEETS
/^{-A —"'^
.—(—*^- fA -„• /'
^ ^\ f \ ^~ /-
SEA LEVEL PRESSURE MAP
16 OCTOBER 1964
2400 CST
500 MB. HEIGHT CHART
16 October 1964
1800 CST
-------
w
+>-
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Thirty-One
17 October 1964
Sampling Arcs: 1,2/6,3,7
Dissemination Site: Forest Park
Dissemination from 1315 to 1415 CST
Dissemination: 7357.7 gill b
Lot Size No. 1339-2, 1339-3
Disseminator Feed Voltage Readings
13.0 v (entire dissemination)
Sampling Data
Total Surface Dosages
Se~uential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBl and PIA Rawinsondes
Free Radiosonde
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except middle level)
Vertical Temperature Gradients on KMOX Tower
Commentary
Coverage of the tracer cloud by the sampling arcs was inade~uate; few useful results were
obtained~ One sampler contained contamination dosage.
Synoptic Situation
Light south southeasterly to south southwesterly winds and cloudy skies were associated with
an advancing cold front which was situated over northwestern Missouri at 1200 CST.
b 7310.7 gill of 1339-2 and 47.0 gill of 1339-3.
-------
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
17'
\60"
15P 140' no 1(0'10)00 il 8) 70 6Ci y,
l'
N"
170
\65'
150 141) 130" 120" tic' 1IXf 9(1' 80' 70 60 SO"
,,"
,,"
30"
.,"
,,"SEA LEVEl PRESSURE MAP
17 October 1964
,,"1200 CST
,.,,0,\
~U V
LE 150000000
30
30"
"
IttGIt
""
,,"
.,
30"
"
""
","
''''500 MB. HEIGHT CHART
17 October 1964
,,~1800 CST
\
'- }11GB
'-
'--<
" .;
1--/ "
-~-- --~-------~_.
I ~ ~ 110
-
~tE 150000 000
125"
120'
,,"
\.0
U1
-------
~
Cf\
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Thirty-Two
19 October 1964
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 1945 to 2045 CST
Dissemination: 3724.0 gm
Lot Size No. 1339-3
Disseminator Feed Voltage Readings
6.5 v (entire dissemination)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Dosages in the Vertical
Meteorological Data
Tetroon
Pilot Balloons
CBl and PIA Rawinsondes
Tethered Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Vertical Temperature Gradients
on KMOX Tower
Commentary
None.
Synoptic Situation
Decreasing northwesterly winds, partly cloudy skies, and weak cold air advection prevailed
during the course of the experiment.
-------
Table 1 (continued). EXPERIMENT SUMMARY SHEETS
SEA LEVEL PRESSURE MAP
19 OCTOBER 1964
2400 CST
> ' \\ ^cr ^***
»-500 «AB HEIGHT CHART
•19 October 1964
,1800 CST
','• / }
/ ( /
-------
\.0
co
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Thirty-Three
20 October 1964
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 1915 to 2015 CST
Dissemination: 3143.1 gm
Lot Size No. 1339-3
Disseminator Feed Voltage Readings
5.7 v (entire dissemination)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBl and PIA Rawinsondes
Tethered Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Vertical Temperature Gradients
on KMOX Tower
Commentary
None
Synoptic Situation
Clear skies, warm air advection, and moderate southwesterly winds occurred in advance of a
rapidly moving cold front.
-------
Table 1 (continued). EXPERIMENT SUMMARY SHEETS
SEA LEVEL PRESSURE MAP
20 OCTOBER 1964
2400 CST
500 MB. HEIGHT CHART
20 October 1964
1800 CST
-------
--"
C)
C)
Table 1
(continued).
EXPERIMENT SUMMARY SHEETS
Experiment Thirty-Four
21 October 1964
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 1920 to 2020 CST
Dissemination: 3661.2 gm
Lot Size No. 1339-3
Disseminator Feed Voltage Readings
6.3 v (entire dissemination)
Sampling Data
Total Surface Dosages (incomplete)
Meteorological Data
Pilot Balloons
CBI and PIA Rawinsondes
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Vertical Temperature Gradients on KMOX Tower
Commentary
The tracer cloud almost completely missed the sampling arcs; few useful results were obtained.
Synoptic Situation
Clearing skies, cold air advection, and moderate north to northwesterly winds occurred
following the passage of a cold front the previous evening.
-------
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
"
/'
H~ 1:'00000'.'
a
-------
a
N
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Thirty-Five
6 March 1965
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 1230 to 1330 CST
Dissemination: 7166.8 gm
Lot Size No. 1339-3
Disseminator Feed Voltage Readings
14.5 v (1230 CST)j 13.5 v (1245 CST)j 11.0 v (1300 CST)j 9.0 v (1315, 1330 CST)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBl and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
(Speed missing)
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Vertical Temperature Gradients
on KMOX Tower
Commentary
The tracer clourl was not we]} defined by the sampling arcs.
Synoptic Situation
Strong, gusty northwesterly winds and cloudy skies existed behind an easterly moving storm
center. Snow flurries occurred during the early morning hours.
-------
Table 1 (continued). EXPERIMENT SUMMARY SHEETS
SEA LEVEL PRESSURE MAP
6 March 1965
1200 CST
,v.
/,•*/
500 MB. HEIGHT CHART
1 March 1965
1800 CST
o
CO
-------
o
+»
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Thirty-Six
7 March 1965
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 1230 to 1330 CST
Dissemination: 4986.6 gm
Lot Size No. 1339-3
Disseminator Feed Voltage Readings
10.5 v (1230 CST); 8.0 v (1245, 1300, 1315 CST)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Dosages in the Vertical
Meteorological Data
Tetroon
Pilot Balloons
CEl and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
(Speed missing)
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Vertical Temperature Gradients
on KMOX Tower
Commentary
Snow fell during dissemination; the rate of fall was so slight that it is unlikely that any
significant portion of the cloud was ~~tive,,~sc ty the snow.
Synoptic Situation
Light to moderate northwesterly winds and snow flurries ~~p associateu *lth ~ ceeu vort~x
located northeast of St. Louis. About six inches of snow .hy on the ground.
-------
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
170
"0
.c'
3~'
'"
)S'
,,'
-
"-:5~0- MB. HEIGHT CHART
.7 March 1965
-,,1800 CST
~
,-'
-
...
~---------
-~
~/
,//
/"
/~
,,'
115'
170
11(1
'00
co
"
-- - - If 1 50,000,000
l2.f
\20'
'"
110.
,os
"",
05'
80'
-'
o
CJ1
-------
a
0"1
Table 1
(continued).
EXPERIMENT SUMMARY SHEETS
Experiment Thirty-Seven
8 March 1965
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 2030 to 2130 CST
Dissemination: 5398.9 gm
Lot Size No. 1339-3
Disseminator Feed Voltage Readings
9.0 v (entire dissemination)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Pilot Balloons
CBl and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Vertical Temperature Gradients
on KMOX Tower
Commez:tary
The left E'~f"e of the t.r1ir:er clo'.1d r.-Ji'B~~Hi tJ:.E sanlt)JirW arcs.
SynOpt ic Sit U8 tior,
~tron~ ~c,thwester~y
strong cu!d front.
\\'incs
!in dovE. !',::a!' t
,~!': ie s co is u, r. !'ollo...i ng the reo s sB.f:e of a
-------
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
ISO' ,..0' 130' 120" 110" 100' 90' SO' 70" 6IJ" so'
,,' 500 MB. HEIGHT CHART
~--- - -------
:8 March 1965
~--~
,,",1800 CST
125'
120'
115'
C>
.......
","
,,'
-~'
110'
.-
lOS'
-~
""
--
""
---~---
""
",.
00'
-------
a
co
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Thirty-Eight
11 March 1965
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 2030 to 2130 CST
Dissemination: 3479.3 gm
Lot Size No. 1339-2, 1339-3c
Disseminator Feed Voltage Readings
6.5 v (2030 CST); 6.0 v (2045, 2100, 2115, 2130 CST)
Sampler Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Pilot Balloons
CBl and PIA Rawinsondes
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Vertical Temperature Gradients on KMOX Tower
Co=entary
The tracer cloud almost completely missed the sampling arcs; few useful data
were obtained.
Synoptic Situation
Cloudy skies and moderate winds existed in-advance of a weak cold front.
c2756.9gm of 1339-2 and 722-4 gm of 1339-3.
-------
Table 1 (continued). EXPERIMENT SUMMARY SHEETS
SEA LEVEL PRESSURE MAP
11 MARCH 1965
2400 CST
-1500 MB. HEIGHT CHART
II MorchJ96T
ls 1800 CST
105' 100*
CD
-------
.......
.......
a
Table 1
(continued).
EXPERIMENT SUMMARY SHEETS
Experiment Thirty-Nine
13 March 1965
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 1220 to 1320 CST
Dissemination: 8028.5 gm
Lot Size No. 1339-2
Disseminator Feed Voltage Readings
14.5 v (1220, 1235, 1250 CST); 14.0 v (1305 CST)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Dosages in the Vertical
Meteorological Data
Tetroon
Pilot Balloons
CBI and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Vertical Temperature Gradients
on KMOX Tower
Commentary
A portion of the tracer cloud missed the sampling arcs. The dosages of several samplers
on the outer sampling arc were adjusted; these samplers appeared to have been turned off
before the entire tracer cloud had reached them.
Synoptic Situtation
Clearing skies and light, variable winds occurred in response to a high pressure area
centered over Missouri.
-------
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
,,"
160"
150' 1.40" 130' 120' 110" 100' 90' SO" 70' 6(1' Yf
so'
".
",,"
()
'''' .
""-~-
30'
20' SEA LEVEL PRESSURE MAP
-13 March 1965
".1200 CST
125'
120'
.E. I 50 000.000
-------
110 IO~
""
"
125'
120'
115'
110'
100
""
"
--'
--'
--'
-------
N
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Forty
14 March 1965
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 1100 to 1200 CST
Dissemination: 8426.7 gill
Lot Size No. H-454
Disseminator Feed Voltage Readings
15.5 v (1100 CST); 14.5 v (1115 CST); 14.0 v (1130, 1145 CST)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBl and PIA Rawinsondes
Free Radiosonde
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Vertical Temperature Gradients
on KMOX Tower
Co=entary
None.
Synoptic Situation
Partly cloudy skies and strong, gusty northwesterly winds persis~d following the passage
of a cold front about 0600 CST-
-------
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
25"~__.
so"
165"
160"
ISO 140' 130' lW' no' 100 90 BO 70' 60 SO'
,,"
,,"
151:Y 140' 130' 120'110' 100' 90' so' 70' 6IJ' 5IJ'
.,
.,.
,,"
,."
"," SEA LEVEl PRESSURE MAP.-
14Mar~~ 19j~._"
IS" 1200 CST
IS"
/ ,
./ .
125
120'
liS'
no'
IDS'
,£- 1:50,000,000
100"
os"
90"
. _u- -
,,"
80"
,,"
m'
"~~~.
.. 1:50,000,000 -- - ---- - -
100'" 95' 90' 85' 80'
~~i'
,,"
///'
IS"
125"
120'
110'
105'
-'
-'
(,.oJ
-------
--'
~
Table 1
(continued).
EXPERIMENT SUMMARY SHEETS
Experiment Forty-One
15 March 1965
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 2050 to 2150 CST
Dissemination: 2374.2 gill
Lot Siz9 No. H-454
Disseminator Feed Voltage Readings
6.0 v (2050 CST); 4.5 v (2105 CST); 3.5 v (2120, 2135 CST)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBl and PIA Rawinsondes
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Vertical Temperature Gradients
on KMOX Towe r
Co=entary
Dosages of several samplers on the two outer arcs were adjusted; the samplers appeared to
have been turned off before the entire tracer cloud had reached them. The coverage of
the tracer cloud by these two arcs is meager.
Synoptic Situation
Clearing skies and weak northwesterly winds were associated with a high presBure area
centered over Eastern Tennessee.
-------
Table 1 (continued). EXPERIMENT SUMMARY SHEETS
SEA LEVEL PRESSURE MAP
15 MARCH 1965
2400 CST
SO? MB. HEIGHT CHART
15 March 1965
1800 CST
-------
......
......
0'\
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Forty-Two
16 March 1965
Sampling Arcs: 4, 5, 6
Dissemination Sit.e: K. of C. Building
Dissemination from 2030 to 2130 CST
Dissemination: 3509.5 gm
Lot Size No. H-454
Disseminator Feed Voltage Readings
8.5 v (2030 CST); 7.0 v (2045, 2100, 2115 CST)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Tetroon
Pilot Balloons
CBI and PIA Rawinsondes
Dissemination Site Winds
(Direction missing)
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds (except middle level)
Vertical Temperature Gradients on KMOX
Tower
Commentary
Two samplers contained contamination dosage. A few light rain sprinkles fell during the
course of the experiment; significant dosage was not considered to have been washed out.
Synoptic Situation
Strong increasing southeasterly winds, cloudy skies, and light rain sprinkles occurred
in advance of a deepening storm system over Kansas.
-------
Table 1 (continued). EXPERIMENT SUMMARY SHEETS
500 MB. HEIGHT CHART
March 1965
1800 CST
SEA LEVEL PRESSURE MAP
16 MARCH 1965
2400 CST
-------
--'
--'
ex:>
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
Experiment Forty-Three
17 March 1965
Sampling Arcs: 1, 2, 3
Dissemination Site: Forest Park
Dissemination from 2000 to 2100 CST
Dissemination: 6109.9 gm
Lot Size No. H-454
Disseminator Feed Voltage Readings
12.0 v (2000 CST); 10.0 v (2015 CST); 8.5 v (2030, 2045 CST)
Sampling Data
Total Surface Dosages
Sequential Surface Dosages
Meteorological Data
Pilot Balloons
CBl and PIA Rawinsondes
Dissemination Site Winds
WBAS, Lambert Field
Outlying Station Winds
KMOX Tower Winds
Vertical Temperature Gradient on KMOX Tower
Commentary
'One sampler contained contamination dosage.
Synoptic SitDation
The St. Louis area was under the influence of a low pressure cell centered over
Michigan. Strong gusty northwesterly winds, cloudy skies and strong cold air advection
existed during the experiment.
-------
Table 1 (continued).
EXPERIMENT SUMMARY SHEETS
-- ---- ----
125"
11.5"
100'
110.
120
.~
/-1 :yy
---
---
1..0
,..
-- --- -
as'
SO"
-"--<
,,'
-------
SAMPLER DOSAGE DATA
The sampler flow rate of Rotorod samplers was assumed constant at 41.3
liters per minute. Rotorod sampler efficiency depended on the size of the fluor-
escent particles and thus on the lot number. The sampler efficiency for each
lot number used is listed in Table 2. Flow rates of drum-pulsed samplers are
given'in Table 3.
Table 2.. ROTOROD SAMPLER EFFICIENCIES
Lot number
1320 1339- 1 1339-2 1339-3 1339-4 1339-5 H-454
Sample~ efficiency 0.61 0.61 0.61 0.61 0.60 0.60 0.59
The effiGiencies were read from a calibration curve (Brown and Webster,1964;
Appendix E-l).
Table 3.
FLOW RATES OF DRUM-PULSED SAMPLERSa
Sampler number
2
3
4
5
7
8
'9
10
12
Flow rate,
liters/minute
47.0 46.0 45.8 49.0 48.0 46.3 51.8 45.0 48.? 44.0
aSampler efficiencies of the drum-pulsed samplers were assumed constant
at 90%.
Dosage data obtained during the 43 experiments are presented in
Tables 4 through 6.
Table 4 presents the total surface dosages provided by the Rotorod, mem-
brane filter, and drum-pulsed samplers. To facilitate comparisons and possible
computations, the table lists the arc upon which samplers were located, the
azimuth in terms of true north, the range of the samplers from the tracer release
site, and the time samplers were turned on and off. These times are reported to
121
-------
the nearest whole minute for the Rotorod and membrane filter samplers and to the
nearest second for the drum-pulsed sampler. Drum-pulsed samplersyielqed a time
resolution of the passage of tracer clouds in addition to the total dosages.
Table 5 lists sequential dosages provided by the drum-pulsed samplers and
times of the end of sampling intervals. In each case the period of record begins
with the fir$t non-zero sample and ends with the last non-zero sample. Samples
of 1-, 2-, or 4- minute duration were taken, depending on the distance from
release site to the sampler and on existing meteorological conditions.
Table 6 lists the total dosages in the vertical provided by RotorQd
samplers attached to tethered balloons. Heights above the surface of samplers
were computed from (time) mean clinometer angles and length of tethering line
between samplers and from the surface to the lowest sampler. The opposing but
quantitatively unknown effects of stretch in the tethered line pnd curvpture of
the tethered line were neglected in these computations. Tethered sampling was
not attempted in the daytime when the mean wind speed at balloon level was
expected to eXGeed 20 mph or at night when the wind speed at balloon level was
expected to exceed 25 mph. Total dosages were converted to equivalent concen-
trations by the equation:
3
X = 10 n/vet
where X = equivalent concentration, particles per cubic meter
n = number of particles (dosage)
v = sampler flow rate, liters per minute
e = efficiency of the sampler, decimal fraction
t = duration of tracer release, minutes
122
-------
R(m)
Dosage, Part
X, part/m3
RR
MF
DP
Site A
Site B
TABLE 4.
TOTAL DOSAGES AT SURFACE
Symbols
Range to the nearest 10 meters of sampler from dissemination site
'Numqer of (fluorescent) particles
Equivalent concentration, particles per cubic meter
Rotorod sampler
Membrane filter sampler
Drum-pulsed sampler
Forest Park
Roof of the Knights of Columbus Building
123
-------
N Table 4 (continued). TOTAL DOSAGES AT SURFACE
-+:>
23 May 1903 Experiment No.1 No Tr&cer He1eased (Dry Run) 27 May 1963 Experiment No.2 Tracer Release from C.ite A:1410 to 1440 CST
Azimuth Sampler Time On Time orr Dosage Azimuth Sampler Time On Time Off Dosage X 3
Arc (deg) R(m) Type (CST) (CST) Part. Arc (0'<'[0) R(m) Type (CST) (CST) Part. Part. 1m
1 10.8 940 P.R 1311 1325 1 1 87.4 800 RR 1403 1601 6 8
1 22.7 980 RR 1307 1331 2 1 115.7 770 MF 1405 1558 1712 6341
1 35.4 910 MF 1302 1334 2 1 110.9 740 MF 1400 1553 1406 5207
1 43.7 960 RR 1300 1339 2 1 118.0 770 RR 1358 1547 38837 51725
1 51. 7 820 MF 1258 1343 0 1 122.1 680 RR 1354 1546 64397 85767
1 68.9 850 MF 1244 1350 2 137.9 670 DP-4 1350:58 1535: 40 a
1
1 87.4 800 MF 1240 1356 0 1 143.6 670 RR 1348 1524 18 24
1 105.7 770 DP-8 1232 1401 0 1 147.8 630 RR 1348 1523 1 1
1 122.1 680 RR 1230 1407 3 1 154.5 600 MF 1408 1515 0 0
1 137.9 670 MF 1225 1411 2 1 171.4 580 RR 1340 1513 2 3
2 31.6 I 3480 RR 1302 1310 4 1 191.1 650 RR 1343 1510 1 1
2 42.9 3180 RR 1300 1317 1
2 60.2 3200 MF 1255 1324 2 2 95.0 2980 RR 1418 1518 0 0
2 77.3 3270 RR 1248 1331 3 2 101. 6 3150 RR 1415 1520 34 45
2 122.6 3080 MF 1237 1300 2 2 122.6 3080 MF 1407 1531 1118 4141
2 129.1 3180 RR 1409 1537 4602 6129
2 138.7 3320 MF 1235 1352 0 2 134.2 3230 RR 1407 1541 162 216
2 154.1 3230 RR 1233 1354 2
2 167.0 3240 RR 1230 1358 1 2 138.7 3220 DP-l 1403:00 1617:45 0 0
2 181.8 3370 RR 1234 1405 2 2 143.8 3250 RR 1358 1548 0 0
2 154.1 3230 RR 1353 1605 0 0
19.6 6980 RR 1324 1341 0 2 160.2 3180 MF 1351 1556 0 0
32.5 7710 RR 1306 1348 0 2 171.3 3240 RR 1349 1602 1 1
41.6 7610 RR 1304 1352 1
55.1 7610 MF 1256 1358 10 3 104.8 6810 RR 1430 1717 1 1
67.6 7390 MF 1252 1404 2 3 lio.8 6490 RR 1427 1714 62 83
3 li3.5 6410 RR 1424 1710 88 117
3 88.2 7240 RR 1240 142, 0 3 123.0 6360 RR 1421 1705 345 459
3 104.8 6810 DP-6 1240 1)<14 0 3 128.5 6670 MF 1416 1649 16 59
3 113.5 6410 MF 1245 1400 0
3 128.5 6670 MF 1251 1351 4 3 . 131.4 6470 RR 1410 1643 0 0
3 136.7 6250 RR 1257 1341 1 3 136.7 6250 DP-3 1407: 10 1631:10 0 0
3 142.0 6180 MF 1400 1623 0 0
3 152.2 6780 RR 1300 1336 3 3 152.2 6780 MF 1357 1618 0 0
3 165.1 7450 RR 1305 1326 1 3 157.7 7360 RR 1354 1613 0 0
3 184.8 7170 RR 1312 1320 0
3 165.1 7450 RR 1351 1610 1 1
3 184.8 7170 RR 1342 1603 0 0
aQollector tape damaged; no data obtained.
-------
Table 4 (continued). TOTAL DOSAGES AT SURFACE
28 May 1963 Experiment No.3 Tracer Release from 8i te A :1000 to 1100 CST 19 July 1963 Experiment No.4 Tracer Release from Site A:1130 to 1230 CST
Azimuth Sampler Time On Time Off Dosage X Azimuth Sampler Time On Time Off Dosage X
Arc (d"g) R(m) Type (CST) (CST) Part. Part. 1m3 Arc (deg) R(m) Type (CST) (CST) Part. Part. 1m3
1 60.9 790 RR 0959 1205 2 1 1 19.5 970 RR 1128 1236 1239 838
1 80.6 780 MF 0954 1202 11776 21808 1 29.6 930 MF 1127 1242 8256 15289
1 87.4 800 MF 0951 1154 20740 38408 1 35.4 910 MF 1126 1246 9742 18041
1 94.8 750 RR 0948 1150 64671 43066 1 41.1 980 RR 1125 1325 34158 23090
1 105.7 770 DP-4 0943:40 1109:40 203474 76899 1 43.7 960 RR 1125 1324 45162 30528
1 110.4 740 MF 0940 1126 31010 57427 1 45.1 910 MF 1123 1316 31~9~ 58131
1 118.0 770 RR 0937 1137 40540 26997 1 51. 7 820 DP-3 1118:00 1328: 50
1 122.1 680 RR 0935 1140 9931 6613 1 60.9 790 MF 1115 1334 31528 58387
1 137.9 670 RR 0929 1145 1 1 1 68.9 850 MF 1113 1337 31058 57518
1 75.4 870 RR 1104 1339 10272 6944
2 65.4 3470 RR 1004 1220 6 4
2 83.9 3150 RR 0959 1214 192 128 1 87.4 800 RR 1103 1343 4782 3232
2 88.4 3070 RR 0956 1209 2311 1539
2 95.0 2980 MF 0955 1205 1064 1970 2 18.5 3400 RR 1208 1301 2c 2
2 101. 6 3150 RR 0952 1202 13712 9131 2 31.6 3480 MF 1214 1308 42c 78
2 36.4 3330 MF 1127 1315 442 819
2 112.0 3110 DP-l 0950:00 1150: 32 5743 2263 2 42.0 3410 RR 1125 1326 960 649
2 122.6 3080 !,IF 0946 1143 8 1137 2 48.6 3400 RR 1121 1333 8286 5601
2 129.1 3180 MF 0942 1137 2 4
2 134.2 3230 RR 0940 1144 0 0 2 53.6 3200 RR 1119 1337 7410 5009
2 143.8 3250 RR 0938 1133 0 0 2 65.4 3470 DP-5 1115 :00 1347:00 3425 1321
2 68.5 3260 RR 1110 1410 1534 1037
3 79.4 7430 RR 1019 1312 4 3 2 72.3 3230 RR 1150 1405 293c 198
3 84.7 7240 RR 1015 1306 9 6 2 79.3 3270 RR 1159 1418 12c 8
3 88.2 7240 RR 1009 1300 90 60
3 94.2 7040 RR 1004 1254 603 402 2 83.9 3150 RR 1157 1424 24c 16
3 104.8 6810 MF 1001 1246 456 844
3 19.6 6980 RR 1104 1413 0 0
3 110.8 6490 DP-3 0955:40 1235:40 1979 800 3 25.4 7230 RR 1110 1410 0 0
3 113.5 6410 MF 0951 1227 148 274 3 32.5 7710 RR 1116 1403 2 2
3 123.0 6360 MF 0947 1220 614 15 3 37.7 7690 RR 1119 1401 4 3
3 128.5 6670 RR 0940 1215 1 1 3 43.6 7590 MF 1121 1357 82 152
3 136.7 6250 RR 0936 1208 0 0
3 48.7 7670 DP-4 1124:55 1349:55 - d
3 55.1 7610 MF 1130 1344 - e
3 61.6 7590 MF 1138 1340 246 456
3 67.4 7560 RR 1141 1337 13 9
3 73.5 7520 RR 1143 1335 0 0
3 79.4 7430 RR 1145 1333 0 0
3 87.4 7240 RR 1150 1330 2 2
b
Collector tape damaged; no data obta ined.
cSamplers probably not in operation until after initial elements of tracer cloud
reached them; loss in dosage not considered to be significant and thus no revision
in listed measured dosages made.
dCollector tape damaged; no data obtained.
N
U1 €Sampler damaged; no data obtained.
-------
N Table 4 (continued). TOTAL DOSAGES AT SURFACE
C">
22 July 1963 Experiment No.5 Tracer Release from Site B :1104 to 1204 CST 23 July 1966 Experiment No.6 Tracer Release from Site B:1130 to 1230 CST
Azimuth Sample r Time On Time Off Dosage X Az imuth Sampler Time On Time Off Dosage X
Arc (d',!:) R(m) Type (CST) (CST) Part. Part. 1m3 .Arc (de!:) R(m) Type (CST) (CST) Part. Part. 1m3
4 346.7 1970 RR 1030 1223 4478 3027 I 4 286.2 1880 ME' 1052 1303 164 304
4 355.5 1910 ME' 1032 1227 348 644 4 307.2 1930 ME' 1054 1307 1302 2411
4 4.7 2020 ME' 1036 1231 416 770 ' 4 315.6 2140 RR 1059 1313 3338 2256
4 15.5 1870 ME' 1038 1236 1056 1956 4 346.7 1970 RR 1104 1320 0 0
4 15.5 1870 RR 1039 1233 3816 2580 4 355.5 1:910 DP-2 1106~ 00 1324: 30 0 0
4 20.8 1920 RR 1044 1243 3780 2555 4 004.7 2020 ME' 1109 1348 0 0
4 27.6 1970 DP-2 1046: 30 1245: 30 1822f 734 4 015.5 1870 ME' 1114 1337 0 0
4 33.1 1940 RR 1047 1247 186 126 4 020.8 1920 RR 1115 1339 0 0
4 40.0 1930 RR 1052 1255 0 0 4 027.6 1970 ME' 1117 1343 0 0
4 50.6 1890 ME' 1055 1257 0 0 4 040.0 1930 RR 1119 1347 0 0
4 61.4 2010 ME' 1056 1303 0 0 5 305.5 4250 RR 1048 1339 3033 2050
4 73.0 1980 RR 1100 1308 0 0 5 321. 2 4360 ME' 1152 1347 788 1459
5 330.7 4240 RR 1100 1358 74 50
5 349.3 4310 RR 1110 1249 3037 2053 5 342.8 4170 RR 1107 1404 0 0
5 359.3 4090 ME' 1113 1257 29ffi 548 5 353.9 4250 RR 1111 1409 32 22
5 1l.0 4180 RR 1123 1316 1434 969
5 19.6 4300 RR 1104 1321 620 419 5 359.3 4090 ME' 1112 1412 21 39
5 23.0 4420 BE 1100 1323 780 527 5 005.6 4250 DP-5 lu6:00 1422:46 0 0
5 01l.0 4180 RR 1125 1433 45 30
5 31.9 4260 RR 1054 1329 256 173 5 019.6 4300 RR 1126 1436 10 7
5 35.2 4230 RR 1051 1333 1\ 10 5 023.0 4420 RR 1128 1440 0 0
5 42.1 4120 MF 1048 1339 0 0
5 46.9 4210 RR 1043 1347 0 0 031.2 4470 RR 1131 1447 0 0
5 59.0 4170 RR 1037 1353 0 0 042.1 4120 RR 1136 1452 0 0
71. 7 4080 RR 1033 1359 1 1 6 304.8 7910 RR 1100 1531 1945 1315
6 318.0 7930 RR 1105 1524 2478 1675
6 346.7 8100 RR 1126 1324 777 525 6 322.7 8070 MF 1110 1517 232 430
6 357.7 8070 RR 1120 1330 1418 959 6 328.5 8060 RR 1115 1510 32 22
6 13.4 7920 RR 1113 1337 1085 733 6 341.5 7920 DP-3 1129:16 1457: 16 0 0
6 20.9 8170 DP-4 1l06: 35 1342:35 836 316
6 23.9 8160 ME' 1055 1355 258 478 6 353.0 8120 RR 1137 1446 1 1
6 357.7 8070 ME' n42 1440 4 7
6 23.9 8160 RR 1057 1357 667 451 6 007.3 8220 DP-4 1150:06 1434:06 0 0
6 33.6 8200 DP-3 1046: 45 1402: 45 225 91 6 013.4 7920 RR 1153 1425 0 0
6 39.8 7630 RR 1040 1415 27 18 6 020.9 8140 ME' 1159 1416 4 7
6 023.9 8130 ME' 1204 1410 0 0
fBug found in collector orifice; measured dosage of 911 particles adjusted.
gPlastic dust cap was left on; measured dosage of 74 particles adjusted.
~lastic dust cap left on; adjustment in measured dosage considered unnecessary.
-------
Table 4 (continued). TOTAL DOSAGES AT SURFACE
July 25, 1963 Experiment N0.7 Tracer Release from Site B :1040 to 1140 CST July 26, 1963 Experiment No. 8 Tracer Release from Site B : 1045 to 1145 CST
Azimuth Sampler Time On Time Off Dosage X Azimuth Sampler Time On Time Off Dosage X
Arc (der;) R(m) Type (CST) (CST) Part. Part. 1m3 Arc (dpr;) R(m) Type (CST) (CST) Part. Part. 1m3
4 275.0 2290 RR 1033 1204 2 1 4 307.2 1930 RR 1003 1216 3 2
4 286.2 1880 MF 1029 1208 2 4 4 315.6 2140 RR 1007 1205 316 214
4 293.9 2000 MF 1026 1213 62 115 4 332.1 1980 MF 1014 1220 12,641 23,411
4 300.6 2020 RR 1024 1219 793 537 4 341.0 2030 MF 1018 1226 14,915 27,623
4 307.2 1930 RR 1022 1222 1678 1101 4 346.7 1970 RR 1024 1230 16,498 11,523
4 311. 5 2050 RR 1019 1234 2807 1898 4 350 7 2010 RR 1024 1233 10,224 6911
4 315.6 2140 DP-2 1014:50 1228:50 3344 1346 4 355.5 1910 DP-2 1027: 50 1236: 50 16,090 64,8
4 323.4 1940 MF 1012 1241 3122 5782 4 001.0 1930 MF 1034 1245 186 344
4 341.0 2030 MF 1008 1248 984 1822 4 004.7 2020 MF 1039 1250 14 26
4 350.4 2010 RR 1006 1252 16 11 4 022.6 1970 RR 1044 1258 6 4
001.0 1930 RR 1004 1255 5 315.3 4050 RR 0957 1324 0 0
5 324.7 4250 RR 1000 1328 28 19
5 278.3 4160 RR 1038 1242 0 0 5 337.6 4120 MF 1006 1338 3367 6236
5 288.5 4190 RR 1033 1245 1 1 5 341. 7 4170 MF 1009 1345 2514 4656
5 296.1 4270 MF 1031 1250 4 7 5 349.3 4310 DP-5 1011: 00 1353:45 5000 1929
5 302.7 4120 MF 1029 1259 24 44
5 305.5 4250 MF 1027 1314 86 159 5 353.9 4250 MF 1016 1405 352 652
5 359.3 4090 MF 1020 14n 9 17
5 315.3 4050 DP-5 1020 : 38 1322: 38 698 26g 5 005.6 4250 MF 1022 1414 4 7
5 321.2 4360 MF 1017 1333 448 830 5 017.0 4280 RR 1024 1422 0 0
5 324.7 4250 MF 1015 1341 471 872 5 031. 2 4470 RR 1027 1425 0 0
5 337.6 4120 RR 1009 1348 159 107
5 349.3 4310 RR 1006 1355 0 0 6 304.8 7910 RR 1052 1242 1 1
6 318.9 7640 RR 1045 1249 0 0
359.3 4090 RR 1003 1402 0 0 6 328.5 8060 MF 1036 1255 222 4n
6 341. 5 7920 DP-4 1023: 55 1307:42 5720 2162
6 272.1 7720 RR 1105 1321 0 0 6 346.8 1980 RR 1020 1321 2153 1455
6 283.5 7150 RR 1101 1325 0 0
6 294.3 7380 RR 1058 1330 0 0 6 354.9 8890 RR 1016 1325 267 180
6 301.1 7720 DP-3 1053:06 1337:06 0 0 6 001. 3 8620 DP-3 1012: 29 1332: 29 0 0
6 304.8 7910 MF 1045 1347 34 63 6 013.4 7920 RR 1001 1344 0 0
6 023.9 8330 JR 0957 1349 0 0
6 312.8 8020 RR 1042 1355 724 489
6 318.0 7930 RR 1037 1400 2025 1369
6 322.7 8070 DP-4 1032: 50 1408: 50 3342 1263
6 335.4 7860 RR 1020 1423 0 0
6 346.7 8100 RR 1012 1431 1 1
6 357.7 8070 RR 1007 1438 0 0
N
'-J
-------
N Table 4 (continued). TOTAL DOSAGES AT SURFACE-
co
September 12, 1963 Experiment No.9 Tracer R(=leas~- from 01 tE: A: 1115to 1215 CST September 14, 1963 Experimtnt No. 101 Tracer Release from Site B : 1045 to 1145 CST
Azimuth Sampler Time On Tim~ Orf Dosage X Azimuth Sampler Time On Time Off Dosage X
Arr:. (dq,) R(m) Type (CST) (CST) P8.rt. Part. 1m3 Arc (d',d R(m) Type (CST) (CST) Part. Part. 1m3
1 91.8 780 RR 1044 1258 11 7 4 273.2 1860 RR 1033 1232 14 9
1 104.0 770 RR 1046 1255 7 5 4 274.7 1850 RR 1035 1234 6 4
1 110.4 770 MF 1047 1248 2074 3841
1 115.8 750 DP-4 1048:06 1243:03 36,862 13,928 5 269.8 4340 RR 1106 1246 0 0
1 122.6 780 RR 1052 1237 110,431 72,937 5 276.1 4260 RR 1104 1250 1 1
1 127.2 700 RR 1054 1236 . 136,377 90,074 6 269.3 7210 RR 1048 1317 0 0
1 134.2 730 RR 1055 1232 113,430 74,918 6 275.9 7P20 MF 1051 1323 5 9
1 142.4 700 MF 1055 1226 n;~~~ 127,753
1 147.8 710 MF 1058 1221 142,435
1 158.4 650 RR 1100 1224 6 j, )06 41,984 iTracer cloud appeared to ;S::bRoet completely miss the sampling arcs.
Above samplers
2 95.2 3000 RR 1043 1338 0 0 amdyzed to verify this observation. On the basis of the results of this
2 104.0 3190 RR 1051 1334 1 1 assessment, no further analysis attempted.
2 112.0 3110 DP-l 1045: 15 1319: 35 0 0
2 116.0 3380 MF 1059' 1314 6 11
2 122.6 3080 MF 1102 1306 274 507
2 129.1 3180 DP-5 1105: 20 1259:35 6675 2575
2 134.2 3230 RR 1108 1254 8300 5482
2 138.7 3320 MF 1111 1245 2979 5517
2 143.8 3250 RR 1116 1241 10 , 588 6993
2 154.1 3230 RR 1120 1237 1453 960
3 88.2 7240 RR 1105 1314 0 0
3 94.2 7040 RR 1112 1323 0 0
3 104.8 6810 RR 1118 1332 1 1
3 110.8 6490 DP-2 1130:00 1339:10 0 0
3 113.5 6410 MF 1131 1355 0 0
3 123.0 6360 MF 1124 1346 18 33
3 128.5 6670 DP-3 1112:09 1334:09 598 241
3 131.4 6470 MF 1104 1323 1036 1919
3 145.0 6380 RR 1058 1317 2801 1850
3 152.2 6780 RR 1056 1313 1166 770
3 157.7 7360 RR 1051 1305 92 61
-------
- Tab 1 e 4 (continued). TOTAL DOSAGES AT SURFACE
September l6, 1963 Experiment No. 11 Tracer Release from Site B: llOOto l200 CST September l7, 1963 Experiment No. l2 Tracer Release from Site B : 2000 to 2030 CST
Azimuth Sampler Time On Time Off Dosage X Azimuth Sampler Time On Time Off Dosage X
Arc (de!;) R(m) Type (CST) (CST) Part. Part. 1m3 Arc (de!;) R(m) Type (CST) (CST) Part. Part. 1m3
4 286.2 1880 RR 1019 l227 l 4 286.2 l880 RR 1943 2109 0 0
2
4 293.9 2000 MF l02l l230 4 293.9 2000 MF 1945 2114 2 7
4 300.6 2020 2 4 4 300.6 1948
RR l023 l236 l4 9 2020 RR 2120 0 0
4 307.2 1930 MF l025 l238 4 307.2 1930 DP-4J 1932:20 2051: 20 445 336
302 559
4 3l1. 5 2050 RR l03l 4 3ll 5 2050 RR 1954 2l4o 826 l09l
l25l l578 l042
4 3l5.6 2140 DP-4 l048: 20 l245:20 l6246 4 3l5.6 2140 MF 1951 2138 5722 21193
4 323.4 1940 MF l035 l258 833l 6139 4 323.4 1940 MF 1957 2128 6590 24407
4 332.l 1980 MF l036 l304 l5428 4 332.l 198o :k 2000 2145 82 304
6924 l2823
4 341. 0 2030 RR l039 4 346.7 1970 2003 2151 1 1
1310 10232 6758
4 350.4 2010 RR 1041 4 355.5 1910 RR 2005 2150 2 3
1315 ll29 746
5 288.5 4190 RR 1021 1250 2 288.5 4190 RR 1934 2126 1 1
5 296.1 4270 1 296.1 4270 RR 1940
MF 1026 1256 0 2130 0 0
5 302.7 4120 0 305.5 4230 RR 1943
DP-5 1030:05 1305: 10 0 0 2135 1 1
5 305.5 4250 MF 1036 1312 0 315.3 4050 MF 1947 2137 1686 6244
5 315.3 4050 MF 0 321. 2 4360 MF 1948 2143 8193 30344
1039 1320 684 1267
5 321.2 4360 MF 1044 1324 1278 2367 321. 2 4360 RR 1952 2145 19095 25224
5 324.7 4250 DP-1 1046: 25 1329:45 4128 1626 324.7 4250 MF 1954 2150 1998 7400
5 330.7 4240 MF l051 1337 1532 2837 330.7 4240 DP-5 1957:00 2155:00 50 39
5 337.6 4120 RR 1055 1344 4233 2796 337.6 4120 MF 2004 2206 2 7
5 349.3 4310 RR llOO 1348 4 342.8 4170 RR 2007 2214 9 12
3
6 283.5 7150 RR ll06 1416 5 353.9 4250 RR 2009 2218 5 7
6 289.6 7240 0 0
6 RR ll03 14ll 0 0
294.3 7380 RR llOl 1406 3 2 6 283.5 7150 RR1 2028 2120 8 II
6 301.1 7720 MF 1057 1401 6 289.6 7240 RR1 2026 2230 9 12
0 0
6 304.8 7910 DP-2 1051: 10 1354: 45 6 294.3 7380 RR1 2023 2235 7 9
0 0
6 301.1 7720 MF1 2020 2241 0 0
6 312.8 8020 RR 1047 1347 6 304.8 7910 DP-2 1 2038:05 2248:00 0 0
2 1
6 318.0 7930 RR 1047 1347
6 322.7 8070 235 l55 6 3l2.8 8020 RR1
DP-3 1050:00 1352: 45 1483 601 2015 2300 38 50
6 328.5 8060 MF 6 318.0 7930 RR 1945 2246
llOO 1404 782 l448 191 252
6 335.4 7860 RR ll10 l413 830 6 322.7 8070 MF 1949 2340 1410 5222
1257
6 328.5 8060 DP-3 1956:14 2231: 59 0 0
6 341.5 7920 RR lll4 1418 6 335.4 7860 RR 2001 2224 4 5
72 48
6 341. 5 7920 RR 2005 2219 0 0
J Sampler turned off' prematurely by a local resident; no satisfactory methcd
discovered for adjusting listed measured dosage.
k Sampler removed and then replaced during the experiment
by a person or
persons unknown; no satisfactory methcxi discovered for adjusting listed
mea sured dos age.
Samplers probably not in oper3.tion W1til after initi'31 elements of tracer
cloud reached them; loss of dosage considered to be insignificant, and thus
no revisions in listed measured dosages made.
N
1.0
-------
w Table 4 (continued). TOTAL DOSAGES AT SURFACE --
C>
September 19, 1963 Experiment No. 13 Tracer Release from SiteB : 2000 to 2100 CST April 1, 1964 Experiment No. 14 Tracer Release from Site B: 1200 to 1300 CST
Azimuth Sample r Time On Time Off Dosage X Azimuth Sampler Time On Time Off Dosage X
Arc (dee) R(m) Type (CST) (CST) Part. Part. 1m3 Arc (dee) R(m) Type (CST) (CST) Part. Part. 1m3
4 286.2 1880 RRm 1935 2215 5340 3527 4 300.6 2020 RR 1128 1358 177 117
4 297.2 2010 ~ 1941 2214 3685 2434 4 311. 5 2050 RR 1136 1323 11,606 7,703
4 307.2 1930 RR 1929 2210 6089 4022 4 315.6 2140 RR 1135 1315 11,645 7,729
4 311. 5 2050 RRm 1925 2206 4436 2930 4 323.4 1940 MF 1138 1323 5,362 9,930
4 315.6 2140 MF'" 1922 2159 144 267 4 332.1 1980 DP-3 1141:25 1334:27 5,101 2062
4 323.4 1940 MF 1946 2125 16970 31427 4 341.0 2030 MF 1144 1338 4 7
4 341. 0 2030 MF'" 1954 2142 878 1626 4 346.7 1970 RR 1147 1336 16 11
4 346.7 1970 RRm 1959 2147 1956 1292 4 350.4 2010 RR 1149 1339 14 9
4 350.4 2010 RRm 2003 2150 1391 919 4 355.5 1910 DP-8 1150:55 1343:05 0 0
4 355.5 1910 RRm 2007 2154 12 8 4 001. 0 1930 MF 1152 1343 4 7
282.7 4040 RR 1933 2206 45 30 4 008.9 1910 RR 1155 1354 0 0
296.1 4270 RR 1938 2210 15 10 4 020..8 1920 RR 1157 1356 16 11
305.5 4250 RR 1942 2213 25 17
315.3 4050 MF 1945 2218 14 26 5 296.1 4270 RR 1145 1315 7 5
321. 2 4360 DP-5 1948:55 2226: 45 15 6 5 302.7 4120 RR 1150 1319 55 36
5 308.7 4150 RR 1155 1325 960 637
5 324.7 4250 MF 1950 2233 24 44 5 315.3 4050 MF 1156 1333 1015 1880
5 330.7 4240 DP-2 1954: 30 2238: 30 27 11 5 321. 2 4360 DP-4 1156:40 1332: 40 952 360
5 337.6. 4120 DP-l 1959: 55 2247:40 2352 925
5 342.8 4170 RR 2005 2257 2723 1798 5 324.7 4250 MF 1202 1345 384 711
5 349.3 4310 RR 2008 2301 5819 3843 5 330.7 4240 MF 1205 1350 376 696
5 337.6 4120 DP-l 1142:30 1330:02 0 0
353.9 4250 RR 2011 2306 5356 3538 5 341.7 4220 MF 1150 1339 6 11
5 349.3 4310 MF 1153 1345 16 30
6 294.3 7380 RR 2030 2312 0 0
6 301.1 7720 RR 2028 2307 0 0 5 353.9 4250 DP-2 1157: 26 1353: 26 0 0
6 304.8 7910 MF"' 2024 2258 14 26 5 359.3 4090 MF 1200 1400 0 0
6 312.8 8020 RR"' 2018 2251 1 1 5 005.6 4250 RR 1203 1405 34 22
6 318.0 7930 RR'" 2012 2243 9 6 5 011.4 4190 RR 1208 1408 66 44
5 017.0 4280 RR 1210 1411 21 14
6 322.7 8070 MY" 2100 2235 2 4
6 328.5 8060 DP-3m 2015: 00 2230: 55 0 0 6 297.0 7490 RR 1215 1447 14 9
6 335.4 7860 RR 2002 2241 26 17 6 302.3 7770 RR 1212 1441 3 2
6 341. 5 7920 MF 1952 2249 73 103 6 308.5 8230 RR 1209 1437 12 8
6 346.7 8100 RR 1946 2300 175 116 6 312.8 8020 MF 1207 1427 183 339
6 316.0 7790 DP-7 1204 : 20 1414:00 2414 966
6 353.0 8120 RR 1938 2307 220 145
6 332.6 7980 DP-10 1145 :45 1339: 56
m 6 321. 2 7930 MF 1200 1403 261 483
Samplers appeared to have been turned off before the entire tracer cloud 6 325.9 8020 MF 1156 1357 156 289
reached them; no satisfactory method discovered for adjusting listed, 6 328.5 8060 MF 1151 1350 96 178
measured dosages. 6 335.4 7860 RR 1141 1231 36 24
-------
Table 4 (continued). TOTAL DOSAGES AT SURFACE
April 1, 1964 Experiment No. 14 Tracer Release from Site B : 1200 to 1300 CST April 6, 1964 Experiment No. 15 Tracer Release from Site B : 2C40 to 2140 CST
( CONTINUED)
Azimuth Sample r Time On Time orr Dosage X Azimuth Sampler Time On Time Off Dosage X
Arc (dee) R(m) Type (CST) (CST) Part. Part. 1m3 Arc (dee) R(m) Type (CST) (CST) Part. Part. 1m3
6 339.0 7990 RR 1128 1330 38 25 4 323.4 1940 RR 2013 2155 40 26
6 341. 5 7920 MF 1124 1335 2 4 4 341.0 2C30 MF 2019 2200 4 7
6 344.4 8100 RR 1132 1344 40 26 4 350.4 2010 RR 2017 2206 34 22
6 346.8 7980 RR 1135 1348 15 10 4 355.5 1910 DP-3 2023 : 50 2209 : 49 0 0
6 349.5 7880 DP-5 1142:24 1356:11 0 0 4 01.0 1930 MF 2C29 2220 2 4
6 351. 7 8430 MF 1152 1409 0 0 4 04.7 2C20 MF 0 2032 2227 2 4
6 358.4 8800 MF 1156 1419 0 0 4 08.9 1910 DP-8 2034:30 2233:24 7392 2642
6 003.5 8470 RR 1159 1424 0 0 4 15.5 1870 MF 2C36 2240 1952 3615
6 007.3 8220 RR 1202 1428 26 17 4 27.6 1970 RR 2040 2247 776 515
6 013.4 7920 RR 1204 1439 0 0 4 40.0 1930 RR 2042 2250 1154 766
n 5 324.7 4250 RR 2015 22C6 23 15
Measured dosage of 2892 particles considered to be contamination. 5 337.6 4120 RR 2C19 2211 16 11
5 349.3 4310 RR 2C24 2216 11 7
5 353.9 4250 RR 2028 2221 31 2C
5 359.3 4090 DP-9 2031:00 2225:35 0 0
5 05.6 4250 RR 2C21 22C5 7 5
5 11.4 4190 RR 2024 2211 2 1
5 17.0 4280 RR 2026 2216 131 87
5 27.6 4620 RR 2C39 2235 125 83
5 18.4 4320 RR 2028 222C 148 98
5 25.9 4410 DP-1 2C32:24 2238:24 223 88
5 36.6 3970 RR 2042 2243 114 76
6 325.9 8020 RR 2C17 2225 4 3
6 335.4 7800 RR 2C21 2230 14 9
6 341. 5 7920 RR 2025 2233 11 7
6 346.8 7980 RR 2027 2237 8 5
6 351. 7 8430 DP-7P 2033:05 2244:10 0 0
6 354.9 8890 RR 2038 2254 12 8
6 358.4 8800 MF 2C41 2257 0 0
6 01. 3 8620 MF 2044 2303 2 4
6 05.2 8340 DP-2 2055:03 2221 : 00 0 0
6 09.3 8100 ~ 2049 2130 1 2
W
-..J
-------
w Table 4 (continued). TOTAL DOSAGES AT SURFACE
N
April 6, 1964 Experiment No. 15 Tracer Release from 8i te B : 2040 to 2140 CST April 7, 1964 Experiment No. 16 Tracer Release from 81 teA' 2048to 2148 CST
( CONTINUED ) Sampler Time Off Dosage X
Azimuth Sampler Time On Time Off Dosage X Azimuth Time On
Arc (dc~) R(m) Type (CST) (CST) Part. Part. 1m3 Arc (de~) R(m) Type (CST) (CST) Part. Part. 1m3
6 13.4 7920 RR 2046 2240 3 2 1 105.7 770 RR 2040 2225 21,998 14,600
6 18.2 8370 RR 2021 2248 5 3 1 118.0 770 RR 2038 2222 75 , 181 49,898
6 23.9 8160 RR 2028 2304 6 4 1 122.1 680 RR 2036 2220 74,495 49 ,442
6 27.1 8330 DP-5 2010:30 2311:45 0 0 1 129.5 700 RR 2035 2218 73,108 48,522
6 27.1 8330 RR 2015 2259 28 18 1 137.9 670 DP-8 2032: 30 2213 : 30 126,704 45,297
6 33.6 8200 RR 2023 2323 8 1 143.6 670 MF 2032 2210 1134 2100
1 147.8 630 RR 2031 2209 466 309
o 1 154.5 600 RR 2030 2207 101 67
Plastic rain cover blew over intake orifice at an unknown time; adjustment 1 161. 4 590 RR 2029 2206 4 3
to the measured dosage considered unnecessary. 1 171.4 580 RR 2027 2205 7 ~
p Plastic rain cover blew over the intake orifice at an unknown time; adjust- 1 182.5 600 RR 2026 2203 54 36
ment to the measured dosage considered unnecessary. 106.8
2 3190 RR 2025 2200 17 11
q Sampler turned off prematurely by a local resident; adjustment to the measured 2 112.0 3110 RR 2027 2205 1034 686
dosage considered unnecessary. 2 116.0 3380 RR 2032 2210 1325 879
2 122.6 3080 MF 2036 2217 485 898
2 134.2 3230 RR 2044 2225 4876 3236
2 138.7 3320 DP-4 2048:15 2230: 30 5010 1893
2 143.8 3250 RR 2043 2216 193 128
2 149.5 3280 RR 2047 2219 38 25
2 154.1 3230 RR 2037 2222 23 15
2 160.2 3180 DP-l 2031:59 2226: 00 0 0
2 167.0 3240 MF 2028 2235 4 7
2 171.3 3240 RR 2026 2240 10 7
2 178.0 3150 RR 2023 2245 4 3
3 116.7 6410 RR 2038 2248 91 60
3 123.0 6360 RR 2041 2242 16 11
3 128.5 6670 MF 2035 2236 255 472
3 131. 4 6470 DP-l0 2030:41 2231:20 5006 1923
3 133.7 6410 RR 2043 2227 1390 922
3 136.7 6250 MF 2027 2223 444 822
3 139.2 6160 RR 2027 2219 698 463
3 142.0 6180 MF 2025 2215 50 93
3 145.0 6380 DP-5 2026:17 2216:06 0 0
3 152.2 6780 MF 2031 2229 0 0
3 148.4 6660 RR 2030 2224 2 1
3 156.1 6470 RR 2036 2233 0 0
3 159.3 6960 DP-2 2037:20 2238: 10 0 0
3 162.5 7210 MF 2043 2247 0 0
3 168.4 7510 RR 2047 2254 0 0
3 175.5 7290 RR 2015 2259 0 0
-------
Table 4 (continued). TOTAL DOSAGES AT SURFACE
April 8, 1964 Experiment No. 17r Tracer Release from Site A : 2030 ~o 2130 CST April 9, 1964 Experiment No. 18 Tracer Release from Site A : 2045 to 2145 CST
Azimuth Sampler Time On Time Off Dosage X Azimuth Sampler Time On Time Off Dosage X
/"\rc (d"l3) R(m) Type (CST) (CST) Part. Part. 1m3 Arc (deC) R(m) Type (CST) (CST) Part. Part. 1m3
105.7 770 RR 2021 2201 6 4 1 04.0 940 RR 2024 2242 11,382 7,554
110.9 740 MF 2018 2158 0 0 1 10.8 940 RR 2023 2219 16,821 11,164
1 19.5 970 RR 2019 2215 554,126 367,773
2 101. 6 3150 RR 2003 2145 19 13 1 22.7 980 RR 2018 2213 427,219 283,545
2 106.8 3190 RR 2005 2149 30 20 1 29.6 930 DP-8 2014:48 2205:51 980,245 350,438
2 112.0 j110 RR 2009 2155 17 11
1 35.4 910 MF 2012 2203 39,944 73,976
3 110.8 6490 RR 2032 2216 0 0 1 41.1 980 RR 2011 2201 55,868 37,080
3 116.7 6410 RR 2029 2254 0 0 1 43.7 960 RR 2011 2159 65,452 43,440
3 123.0 6360 RR 2025 2220 2 1 1 45.1 910 RR 2010 2159 61 ,425 40 , 768
1 51. 7 820 RR 2010 2156 323,828 214,925
r 60.9
Tracer cloud appeared to completely miss the sampling arcs. The above 1 790 RR 2009 2155 355,298 235,811
samplers analyzed to verify this observation. On the basis of the results of 1 68.9 850 RR 2008 2152 8,432 5,596
this assessment, no further analysis attempted.
2 00.2 3390 RR 2043 2234 241 160
2 05.4 3360 RR 2040 2230 303 201
2 11.9 3370 RR 2037 22Zl 916 608
2 18.5 3400 RR 2035 2223 33,940 22,526
2 23.0 3350 RR 2031 2217 53,582 35,562
2 31.6 3480 DP-9 2025:30 2211:20 35,395 14,565
2 28.0 3340 RR 2020 2241 42,873 28,455
2 36.9 3270 RR 2024 2210 968 642
2 42.9 3180 MF 2031 2217 10 18
2 48.7 3470 DP-1 2038:05 2226:05 648 255
2 53.6 3200 RR 2044 2235 0 0
2 60.2 3200 MF 2050 2239 0 0
2 65.4 3470 RR 2052 22"7 1 1
2 72.3 3230 RR 2057 2254 1 1
3 04.3 7910 8 2036
RR 2232 2 1
3 08.3 7430 RRs 2041 2236 1 1
3 13 3 7220 RRs 2043 2239 32 21
3 19.6 6980 DP-7s 2049:05 2247:15 1940 776
3 25.4 7230 RRs 2054 2303 12,316 8,174
3 30 1 6920 RRs 2055 2301 836 555
S
3 32.5 7710 DP-2 2024: 52 2142:02 291t 117
3 34.8 7610 MFs 2035 2300 22 41
3 37.5 7740 RRs 2032 2257 9 6
41.6 7610 s
3 MF 2028 2253 2 4
w
w
-------
w Table 4 (continued). TOTAL DOSAGES AT SURFACE
+::>
April 9, 1964 Experiment No. 18 Tracer Release from Site A : 2045 to 2145 CST June 2, 1964 Experiment No. 19 Tracer Release from Site A : 1030 to 1130 CST
(CONTINUED) X
Azimuth Sampler Time On Time Off Dosage X Azimuth Sampler Time On Time Off Dosage Part. 1m3
Arc (de~) R(m) Type (CST) (CST) Part. Part. 1m3 Arc (dcd R(m) Type (CST) (CST) Part.
3 45.2 7590 B 2025 2250 1135:30 20,014 37,066
RR s 5 3 1 105.7 770 MF 1025
3 48.7 7690 DP-5 2018: 23 2240: 22 0 0 1 110.9 740 DP-9 1021: 22 1142: 54 292,025 120,168
3 55.1 7610 RRs 2C13 2236 0 0 1 118.0 770 RR 1019 1202 117,889 79,422
3 61.6 7590 RRs 2008 2233 1 1 1 122.1 680 RR 1019 12Cl 150,212 101,198
3 67.6 7390 RRs 2008 2230 2 1 1 129.5 700 RR 1015 1156 92,523 62,333
s 1 137.9 670 DP-4 1015:15 1149:53 125,156 47,296
Samplers probably turned off before entire tracer cloud reached them; loss of 1 143.6 670 MF 1010 1208 9,144 16,935
dosage considered to be insignificant, and thus no r~visions madE" in li~ted 1 147.8 630 RR 1008 1211 28,081 18,918
measured nosCige. 1 154.5 600 RR 1007 1212 17,776 11,976
t 1 161.4 590 MF 1006 1214 2,090 3,871
Sampler turned off during passage of tracer cloud; measured dosage considered to
be primarily contamination; by coincidence, adjusted dosage is identical in 1 182.5 600 RR 1004 1218 27 18
magnitude to measured dosage.
2 106.8 3190 RR 1030 1236 5,094 3,432
2 112.0 3110 RR 1035 1239 5,420 3,651
2 116.0 3380 MF 1028 1229 1,336 2,474
2 122.6 3080 DP-l 1023:40 i219:15 6,918 2,726
2 129.1 3180 MF 1019 1208 1,356 2,511
2 134.2 3230 RR 1016 1205 2,360 1,590
2 138.7 3320 DP-I0 1010:04 1157:30 2,936'1 1,128
2 143.8 3250 RR 1010 1150 1,702 1,147
2 149.5 3280 RR 1011 1154 210 141
2 154.1 3230 RR 1016 1201 87 59
2 160.2 3180 DP-5 102C : 32 1207: 55 0 0
2 167.0 3240 RR 1025 1224 1 1
2 178.0 3150 RR 1029 1225 4 3
3 104.8 6810 RR 1018 1215 355 239
3 110.8 6490 RR 1022 1222 319 215
3 116.7 6410 DP-7 1025: 55 1233:40 1,466 586
3 123.0 6360 MF 1027 1237 560v 1036
3 128.5 6670 DP-3 1030:00 1249 : 20 583 236
3 133.7 6410 RR 1036 1259 2C2 136
3 136.7 6250 DP-2 1006:40 1214:40 536 216
3 142.0 6180 MF 1012 1221 26 48
3 145.0 6380 DP-8 1015:40 1225:40 147w 53
3 152.2 6780 MF 1025 1239 2 4
-------
Table 4
(continued).
TOTAL DOSAGES AT SURFACE
June 2, 1964 Experiment No. 19 Tracer Rr.=leas~ frO!.n ~i t,(..A : 1030 tC'1130 C:T June 3, 1964 Experiment No. 20 Tracer Release from Site A: 1040to 1140 CST
( CONTINlJED) I\.zimuth Sampler
,,~i"luth Sampler Timf: On Tim~ Off Dosage ) Time On Time Off Dosage X
f~rr; (d' c;) R(m) Type (CST) (C3T) Part. Part. 1m3 ,'..rr: (d'd R(m) Type (CST) (CST) Part. Part. 1m3
3 148.4 6660 RR 1022 123~ 2 1 1 19.5 970 RR 1027 1141 2 1
3 159.3 6960 MF 10,2 - A 0 0 1 29.6 930 MF 1023 1149 6 11
3 165.1 7450 RR 1O~6 1252 11 7 1 35.4 910 DP-8 1021:00 1145:07 71 25
3 172.5 7460 RR 104 1359 0 0 1 41.1 980 RR 1020 1156 128 86
1 45.1 910 MF 1019 1157 1132 2096
u Assumed contamination subtracted from measured dosage of 5390 particles. 1 51. 7 820 DP-4 1016:12 1203:08 97,607 36,886
1 60.9 790 MF 1014 2109 27,089 50 ,169
v As Burned contamination subtracted from mt8sured dosage of 566 particles. 1 68.9 850 DP-9 1011:00 1214:25 58,803 24,197
1 75.4 870 RR 1008 1219 50 ,921 34,305
w 1 87.4 800 RR 1007 1220 41,491 27,952
Assumed contamination subtracted from measured dosage of 1123 particles.
2 11.9 3370 RR 1022 1222 3 2
x Power turned off' at an unknown time by a person or persons unknown; no 2 18.5 3400 RR 1020 1218 3 2
adjustment to measured dosage considered necessary. 2 23.0 3350 RR 1019 1217 9 6
2 28.0 3340 RR 1018 1213 2 1
2 31.6 3480 MF 1016 1208 0 0
2 36.9 3270 DP-10 1007: 54 1159: 52 .::r
2 42.9 3180 MF 1012 1155 6z 12
2 48.7 3470 DP-5 1011:04 1157:42 97 37
2 53.6 3200 RR 1018 1206 50 34
2 60.2 3200 MF 1021 1211 38 70
2 65.4 3470 DP-1 1026: 30 1225:30 272 107
2 72.3 3230 RR 1035 1236 287 193
2 77.3 3270 RR 1040 1243 848 571
3 13.3 7220 RR 1015 1210 15 10
3 19.6 6980 RR 1020 1217 10 7
3 25.4 7230 RR 1023 1222 0 0
3 32.5 7710 DP-3 1029:10 1229:00 0 0
3 37.5 7740 MF 1036 1238 0 0
41.5 7510 MF 1037 1242 0 0
52.3 7490 RR 1022 1210 65 ~4
52.:1 7490 MF 1024 1213 38 70
3 48.7 7670 DP-7 1043:25 1249: 50 0 0
3 57.:) 7510 ~iF 1028 1217 132 244
3 04.3 7410 DP-2 1031:15 1222:45 1305 525
3 69.9 7410 RR 1034 1231 900 &J6
75.5 7420 RR 1037 1235 1810 1219
82.1 7410 RR 1041 1230 1585 1068
Y IvIeasured dosage of 804 particles considered to be cont.aminatiou.
Assumed contaminati,:->o subtracted from measured d.osage of 44 particles.
w
U1
-------
w Table 4 (continued). TOTAL DOSAGES AT SURFACE
0"1
June 4, 1964 Expf.:riment No. 21 Tracer Release from 2itE:B 103otC' 1130 C=T JUNE 4, 1964 Experiment No. 21 Tracer Release from Site B : 1030 to 1130 CST
( CONTINUED ) Dosage )( 3
Azimuth Sampler Time On Time Orf Dosage )( Azimuth Sampler Time On Time orr
Arc (d"d R(m) Type (CST) (CST) Part. part./mS f~rf? (d"e) R(m) Type (CST) (CST) Part. Part. 1m
4 311. 5 2050 RR 1000 ll38 24 359.8 17,370 DP-3 llOO : 00 1319:35 - d1
35 7
4 323.4 1940 MF 1004 ll42 1,958 3,626 7 03.3 17,340 RR 1058 1316 4ll 277
4 341.0 2030 MF 1008 ll47 6,397 ll,847 7 06.3 17,290 RR 1056 1314 410 276
4 355.5 1910 MF 1010 ll54 1,144 2,ll9 7 09.4 17,330 RR 1054 1312 862 581
4 355.5 1910 RR lOll 1152 4,853 3,269 7 12.6 17 , 390 DP-2 1051:00 1303:05 - d1
4 04.7 2020 DP-9 1017:05 1201 :05 30~1 124
4 15.5 1870 MF 1015 1207 0 0 al
4 27.6 1970 MF 1022 1212 0 0 Assumed contamination subtracted from measured dosage of 2300 particles.
4 40.0 1930 RR 1024 1214 17 II
4 50.6 1890 RR 1026 1216 23 15 bl Power turned off at an unknown time by a person or persons unknown;
6 318.9 7640 adjustment in measured dosage considered unnecessary.
RR 1044 1215 2,402 1,618
6 322.7 8070 RR 1041 1219 7,539 5,079 cl Measured dosage of 1714 particles considered to be contamination.
6 328.5 8060 RR 1038 1223 8,106 5,461
6 335.4 7860 RR 1035 1227 6,531 4,400 dl No data obtained; collector tapes damaged.
6 341.5 7920 DP-l0 1028:10 1236:10 1,832 704
6 349.5 7880 MF 1021 - bl =~1 44
6 334.9 8890 RR 1018 1254
6 354.9 8890 MF 1016 1250 42 78
6 01.3 8620 DP-5 1019: 25 1217: 54 _dl
6 05.2 8340 MF 1025 1223 32 59
6 09.3 8100 MF 1028 1230 70 130
6 13.4 7920 RR 1030 1234 1,729 1,165
6 18.2 8,370 DP-1 1035:40 1242: 31 - d1
6 23.9 8,160 RR 1049 1254 1,322 891
6 31.3 8450 RR 1055 1301 361 243
7 327.1 16,370 RR ll05 1340 3,171 2,136
7 333.2 15,920 RR 1059 1332 687 463
7 337.3 17,080 RR 1050 1327 381 257
7 340.0 17,680 RR 1044 1320 234 158
7 342.0 18,010 DP-7 1040:10 1313: 46 1,042 417
7 345.4 17,790 RR 1035 1310 291 196
7 348.6 17,570 RR 1033 1305 341 230
7 351.4 17,410 RR 1029 1300 274 184
7 354.7 17,300 RR ll05 1328 467 315
7 357.6 17,280 "RR ll03 1326 505 340
-------
Table 4 (continued). TOTAL DOSAGES AT SURFACE
June 6, 1964 Experiment No. 22 Tracer Release from Cite A 113oto 1230 C=:C June 7, 1964 Experiment No. 23 Tracer Release from Site A : 1132 to 1232 CST
Azimuth Sampler Time On Time Off Dosage X Azimuth Sampler Time On Time Off Dosage X
Arc (d' e) R(m) TYJ'E' (CST) (CST) Part. Part. 1m3 Arc (dq::) R(m) TYJ'E' (CST) (CST) Part. Part. 1m3
1 10.8 940 RR 1130 1313 247,187 167,098
1 14.4 950 RR 1130 1315 106,813 72,206 1 4.0 940 RR 1120 1307 9 6
1 22.7 980 RR 1126 1307 50,836 34,365 1 14.4 950 RR 1116 1311 20 13
1 29.6 930 DP-4 1121:43 1257:20 83,350 31,498 1 22.7 980 RR 1110 1301 48 32
1 35.4 910 MF 1117 1303 5,795 10,732 1 29.6 930 DP-4 1107:13 1256: 13 5,202 1,966
1 35.4 910 MF 1105 1252 2,508 4,645
1 41.1 980 RR 1116 1255 447 302
1 45.1 910 MF 1115 1251 8 15 1 41.1 980 RR 1104 1250 28,749 19,144
1 51.7 820 DP-9 1113:27 1245 :26 0 0 1 45.1 910 MF 1103 1247 33,592 62,212
1 60.9 790 MF 1111 1242 10 18 1 51. 7 820 RR 1101 1245 161,334 107,432
1 68.9 850 RR 1111 1239 18 12 1 60.9 790 MF 1057 1238 71,341 1~2,124
1 60.9 790 DP-9 1059 : 10 1238:10 452,870 186,356
1 80.6 780 RR 1109 1236 4 3
68.9 850 RR 1057 1235 177,194 117,993
2 0.2 3390 RR 1122 1323 3,661 2,475
2 5.4 3360 MF 1120 1318 1,184 2,193 2 00.2 3390 MF 1112 1320 14 26
2 11.9 3370 RR 1118 1316 6,370 4,306 2 05.4 3360 MF 1107 1315 4 7
2 18.5 3400 RR 1116 1313 3,392 2,293 2 11.9 3370 RR 1105 1313 1 1
2 23.0 3350 RR 1111 1309 305 206 2 18.5 3400 RR 1102 1310 0 0
2 23.0 3350 RR 1101 1304 1 1
2 31.6 3480 DP-10 1107:05 1301:05 0 0
2 28.0 3340 RR 1114 1307 17 11 2 28.0 3340 RR 1059 1307 7 5
2 36-9 3270 RR 1110 1257 6 4 2 31.6 3480 DP-10 1052: 15 1258: 05 0 0
2 42.9 3180 MF 1114 1301 2 4 2 36.9 3270 RR 1054 1259 90 60
2 48.7 3470 DP-1 1116: 30 1312: 32 0 0 2 42.9 3180 MF 1058 1302 591 1,095
2 48.7 3470 DP-5 1059: 50 1309 : 30 4,929 1.902
2 53.6 3200 RR 1126 1320 1 1
2 60.2 3200 MF 1128 1323 2 4 2 53.6 3200 RR 1105 1315 5,362 3,570
2 65.4 3470 RR 1130 1330 4 3 2 60.2 3200 MF 1109 1318 4,025 7,454
2 72.3 3230 RR 1136 1338 0 0 2 65.4 3470 RR 1111 1325 4,134 2,753
3 04.3 7910 RR 1121 1321 2,252 1,522 3 04.3 7910 RR 1129 1310 1 1
3 08.3 7430 DP-8 1125: 30 1325: 45 6,695 2,395 3 08.3 7430 DP-8 1131 : 10 1315:00 0 0
3 13.3 7220 RR 1130 1333 4,"98 3,041 3 13.3 7220 RR 1134 1324 1 1
3 19.6 6980 DP-3 1132: 50 1338:00 2,672 1,080 3 19.6 6980 RR 1127 1328 16 11
3 25.4 7230 MF 1125 1348 172 318 3 25.4 7230 RR 1140 - e1 1 1
3 30.1 6920 DP-2 1132: 10 1353: 45 632 254 3 32.5 7710 DP-3 1144:15 1341:10 0 0
3 34.8 7610 MF 1129 1354 76 141 3 37.5 7740 RR 1130 1329 2 1
3 39.5 7650 RR 1141 1359 128 87 3 41.6 7610 DP-2 1125:10 1324:00 0 0
3 41.6 7610 DP-7 1117: 21 1336: 20 93 37 3 48.7 7670 RR 1122 1318 352 234
3 45.2 7590 RR 1119 1341 3 2 3 55.1 7610 RR 1120 1316 843 561
3 55.1 7610 RR 1114 1330 1 1 3 61.6 7590 RR 1115 1314 999 665
3 61.6 7590 RR 1112 1327 1 1 3 67.6 7390 RR 1114 1310 51 34
3 67.6 7390 RR 1108 1324 1 1
3 72.5 7410 RR 1108 1320 0 0
ei Sampler ceased to operate at an unknown time; no adjustment to measured
dosage considered necessary.
W
-.....J
-------
w Table 4 (continued). TOTAL DOSAGES AT SURFACE
(X)
JW1e 9, 1964 Experiment No. 24 Tracer Release from SiteA : 1030 to 1130 CST JW1e 10, 1964 Experiment No. 25 Tracer Release from Site A : 1033 to 1133 CST
I\zimuth Sampler Time On Time Off Dosage X Azimuth Sampler Time On Time Off Dosage X
fl.r~ (d"e) R(m) Type (CST) (CST) Part. Part. 1m3 Arc; (deej R(m) Type (CST) (CST) Part. Part. 1m3
1 4.0 940 RR 1029 1216 55,481 36,645
1 10.8 940 RR 1028 1214 101,978 67,356 1 110.9 740 RR 1027 1313 88,468 58,433
1 19.5 970 RR 1022 1207 261,221 172,536 1 122.1 680 RR 1026 1311 93,955 62,057
1 22.7 980 RR 1020 1204 221,170 146,083 1 129.5 700 RR 1024 1308 52,635 34,765
1 29.6 930 DP-9 1015: 36 1156: 36 419,042 172,436 1 137.9 670 MF 1022 1306 5,990 11,093
1 143.6 670 MF 1022 1303 1,263 2,339
1 35.4 910 DP-4 1014: 35 1150:35 238,731 90,216
1 41.1 980 RR 1012 1147 15,086 9,964 1 147.8 630 RR 1021 1301 8,589 1 5,673
1 45.1 910 MF 1010 1143 1,732 3,208 1 154.5 600 DP-9 1018: 44 1155: 59 9,759g 4,016
1 51.7 820 MF 1009 1138 2,224 4,119 1 161.4 590 RR 1019 1156 3,188 2,106
1 60.9 790 RR 1006 1135 928 613 1 171.4 580 RR 1016 1151 252 166
1 182.5 500 RR 1016 1150 81 54
2 00.2 3390 RR 1021 1219 0 °
2 05.4 3360 MF 1020 1214 12 22 1 191.1 650 MF 1014 1145 3 6
2 11.9 3370 RR 1019 1212 398 263
2 18.5 3400 RR 1017 1208 6,769 4471 2 116.0 3380 RR 1020 1340 7,487 4,945
2 23.0 3350 RR 1016 1206 11,906 7864 2 122.6 3080 RR 1022 1335 7,214 4,765
2 129.1 3180 MF 1018 1227 997 1,8 46
2 31.6 3480 DP-lO 1008: 32 1156: 22 23,096 8873 2 134.2 3230 RR 1016 1223 5,443 3,595
2 28.0 3340 RR 1014 1203 14,706 9713 2 138.7 3320 DP-l0 1012 : 11 1218:07 8,464 3,252
2 36.9 3270 DP-l 1023: 33 1214:05 4,472 1762
2 42.9 3180 MF 1022 1208 15 28 2 143.8 3250 RR 1006 1311 2,858 1,888
2 42.9 3180 RR 1021 1206 97 64 2 149.5 3280 RR 1004 1205 2,037 1,345
2 154.1 3230 RR 1028 1201 1,223 808
2 48.7 3470 DP-5 1015: 30 1158:46 0 0 2 160.2 3180 DP-1 1003:10 1300: 45 0 0
2 53.6 3200 RR 1012 1154 24 16 2 167.0 3240 MF 1008 1209 6 11
2 60.2 3200 RR 1008 1150 9 6
2 171.3 3240 MF 1008 1312 20 37
3 04.3 7910 RR 1002 1237 10 7 2 178.0 3150 RR 1012 1319 3 2
3 08.3 7430 RR 1005 1232 1 1 2 181.8 3370 RR 1015 1322 3 2
3 19.6 6980 DP-8 1012: 25 1216: 25 17rl 64
3 25.4 7230 MF 1016 1209 413 765 3 113.5 6410 RR 1014 1330 4,718 3,116
3 32.5 7710 DP-3 1022:00 1200 : 00 1,349 545 3 119.9 6380 RR 1018 1337 4,449 2,939
3 125.4 6370 RR 1022 1344 4,643 3,067
3 37.5 7740 MF 1009 1222 34 63 3 131. 4 6470 RR 1025 1349 3,414 2,255
3 37.5 7740 RR 1007 1226 54 36 3 136.7 6250 DP-2 1027:35 1256:03 2,931 1,180
3 41.6 7610 DP-2 1012: 10 1217: 35 0 0
3 48.7 7670 DP-7 1016:20 1210:40 0 0 3 142.0 6180 MF 1024 1404 417 772
3 55.1 7610 RR 1021 1205 3 2 3 148.4 6660 RR 1021 1400 388 256
3 156.1 6740 RR 1017 1356 42 28
61.6 7590 RR 1024 1200 2 1 3 162.5 7210 DP-8 1006:15 1346:15 0 0
3 168.4 7510 RR 1001 1341 7 8
f 1 Assumed contamination subtracted from the measured dosage of 387 particles. 0954 1336
3 175.5 7290 RR 8 5
3 184.8 7170 RR 0953 1330 3 2
gl Assumed contamination subtracted from the measured dosage of 11,411 particles.
-------
Table 4 (continued). TOTAL DOSAGES AT SURFACE
June 11, 1964 Experiment No. 26 Tracer Releas~ from f.:i te: B : 1035 tol135 CGT October 10, 1964 Experiment No. 27hl Tracer Release from Site B : 1130 to 1230 CST
Azimuth Sampler Time On Time orr Dosage X - Azimuth Sampler Time On Time Orf Dosage X
Arc (d"C) R(m) Type (CST) (CST) Part. part./mj Arc (der;) R(m) Type (CST) (CST) Part. Part./m3
4 273.2 1860 RR 1004 1152 16,916 11,227 4 273.2 1860 RR 1117 1258 29 19
4 278.7 1850 RR 1006 1154 13,850 9,192 4 278.7 1850 HE 1116 1300 19 13
4 286.2 1880 MF 1008 1200 3,318 6,145 4 293.9 2000 MF 1112 1312
4 293.9 2000 DP-9 1011:48 1204 : 44 5,598 2,304
4 300.6 2020 RR 1014 1212 2,008 1,333 5 269.8 4380 RR 1044 1310 12 8
5 280.0 4260 RR 1051 1320 2 1
4 307.2 1930 MF 1016 1215 124 230 5 283.8 4290 MF 1053 1322 1 2
4 311. 5 2050 RR 1024 1226 596 396
4 315.6 2140 MF 1031 1241 3,234 5,989 7 269.6 17420 RR 1140 1430 0 0
4 323.4 1940 DP-4 1026:46 1232:45 19,859 7,505 7 276.2 17520 RR 1143 1434 0 0
4 332.1 1980 RR 1030 1238 9,093 6,035 7 282.0 17770 RR 1146 1437 0 0
341.0 2030 RR 1032 1242 1,868 1,240
1
6 269.3 7210 RR 1002 1210 622 413 h Tracer cloud appeared to . completely miss the sampling arcs. The above~
6 275.9 7220 RR 1004 1214 3,624 2,405 samplers analyzed to verif'~r this observation. On the basis of the results of
6 280.6 7140 RR 1006 1216 737 489 this assessment, no f'urther analysis mad,:,.
6 286.3 7200 DP-3 1009:15 1222 : 05 1,066 431
6 291.9 7330 MF 1014 1231 636 1,178
6 297.0 7490 DP-8 1016:06 1239:20 1,777 635
6 302.3 7770 RR 1019 1248 831 552
6 308.5 8230 RR 1008 1210 857 569
6 316.0 7790 DP-2 1013:40 1217: 25 2,346 944
6 321.2 7930 MF 1018 1229 608 1,126
6 322.7 8070 RR 1021 1236 892 592
6 332.6 7980 RR 1025 1243 4,956 3,289
6 339.0 7990 RR 1030 1246 4,227 2,805
7 269.6 17,420 RR 1036 1325 12 8
7 276.2 17,520 RR 1031 1319 17 11
7 282.0 17,770 RR 1027 1315 29 19
7 288.1 18,370 RR 1023 1311 51 34
7 291.0 18, 580 RR 1021 1308 87 58
7 293.7 16,910 DP-l0 1016:03 1300:01 266 102
7 296.6 16,700 RR 1012 1254 358 238
7 300.3 17,290 RR 1010 1249 382 254
7 302.7 16,240 RR 1006 1250 581 386
7 306.2 16,320 RR 1010 1254 77 502
7 309.2 17,130 DP-1 1012:00 1257: 51 1,689 665
7 313.0 15,240 RR 1017 1305 791 525
7 316.5 15,120 RR 1021 1308 743 493
7 323.0 16,820 RR 1027 1316 969 643
7 330.1 15,930 RR 1035 1324 1,000 664
-'
W
\.0
-------
--' Table 4 (continued). TOTAL DOSAGES AT SURFACE-
.j:::>
(:) I
October 11, 1964 Experiment No. 28 Tracer Release from SiteB :1105 to1205 CJT October 12, 1964 Experiment No. 29 Tracer Release from 8i te A: 2000to2100 CST
Azimuth Sampler Time On Time Off Dosage 1( Az imuth Sampler Time On Time Off Dosage 1( 3
Arc (d'CC) R(m) Type (CST) (CST) Part. Part. 1m3 Arc (d'CC) R(m) Type (CST) (CST) Part. Part. 1m
4 307.2 1930 RR 1023 1307 2374 1576 1 29.6 930 RR 1921 2114 19 13
4 311. 5 2050 RR 1039 1305 2921 1939 1 41.1 980 RR 1922 2111 1 1
4 315.6 2140 RR 1037 1301 5371 3565 1 80_6 780 RR 1932 2128 21 14
4 323.4 1940 MF lOp 1257 1640 3037 1 94.8 750 RR 1934 2130\ 7 5
4 332.1 1980 DP-9 1042:00 1231: 34 7016 2887 1 105.7 770 DP-9 1936:00 2134: 15 64 26
4 341. 0 2030 il 1046 1238 666 442 1 118.0 770 RR 1942 2143 26,729 17,655
RR
4 346.7 1970 RR 1054 1240 146 97 1 129.5 700 RR 1944 2146 85,002 56,144
4 350.4 2010 RR 1048 1243 5 3 1 143.6 670 RR 1945 2151 48 , 207 31,841
4 355.5 1910 MF 1050 1245 0 0 1 154.4 600 RR 1948 2153 84,108 55,553
4 000.1 1930 RR 1052 1250 5 3
2 031. 6 3480 RR 1936 2130 41 27
5 308.7 4150 RR 1031 1233 440 292 2 042.9 3180 RR 1933 2134 42 28
5 315.3 4050 RR 1033 1235 1376 913 2 053.6 3200 RR 1931 2137 24 16
5 321. 2 4360 RR 1034 1239 2219 1473 2 065.4 3470 DP-4 1926: 05 2141:54 0 0
5 324.7 4250 RR 1036 1240 2566 1703 2 077.3 3270 MF 1920 2149 8 15
5 330.7 4240 MF 1038 1243 552 1022
2 088.4 3070 RR 1946 2153 12 8
5 337.6 4120 DP-5 1043:14 1247:14 79 30 2 101. 6 3150 DP-5 1949:00 2155:40 0 0
5 341. 7 4220 RR 1048 1259 0 0 2 112.0 3110 RR 1957 2202 13 9
5 349.3 4310 RR 1050 1302 0 0 2 122.6 3080 RR 1957 2205 37 24
5 353.9 4250 DP-4 1053: 45 1305:40 0 0 2 134.2 3230 RR 2000 2209 4 3
5 359.3 4090 RR 1102 1312 1 1
2 143.8 3250 RR 2003 2211 25 17
005.6 4250 RR 1102 1315 3
3 034.8 7610 RR 2010 2247 2 1
7 313.0 15240 RR 1051 1315 1537 1020 3 041.6 7610 RR 2007 2245 18 12
7 316.5 15120 RR 1055 1319 2134 1416 3 048.7 7670 RR 2006 2242 1 1
7 320.4 16320 RR 1058 1322 1916 1272 3 055.1 7610 RR 2007 2240 0 0
7 324.4 17150 DP-7 1103:28 1329:20 2,742 1097 3 061. 6 7590 RR 1959 2237 1 1
7 327.1 16370 RRil 1109 1337 685 455
3 072.5 7410 MF 1948 2224 0 0
7 330.1 15930 RR 1111 1341 238 158 3 079.4 7430 MF 1945 2218 2 4
7 332.2 15920 RR 1114 1344 20 13 3 084.7 7240 MF 1938 2212 0 0
7 335.6 16280 RR 1117 1347 1 1 3 088.2 7240 RR 1930 2206 0 0
7 337.3 17080 RR 1121 1351 0 0 3 094.2 7040 DP-l 1959:45 2242:05 0 0
7 340.0 17680 RR 1122 1346 1 1
3 101.7 6880 MF 1952 2231 0 0
7 345.4 17790 RR 1115 1337 0 0 3 107.8 6580 RR 1951 2228 2 1
7 348.6 17570 RR 1113 1334 1 1 3 119.9 6380 RR 1946 2218 0 0
7 354.7 17300 RR 110B 1323 0 0 3 125.4 6370 RR 1940 2214 1 1
7 357.6 17280 RR 1105 1320 2 1 3 131.4 6470 RR 1937 2213 2 1
7 003.3 17340 RR 1102 1315 2 1
3 136.7 6250 RR 1936 2210 1 1
il 3 142.0 6180 RR 1934 2206 2 1
Samplers dropped during removal at sampling site; rr~. ;(: ,,'~':.
not. !l'ijns'p-1.
-------
Table 4 (continued). TOTAL DOSAGES AT SURFACE
October 16, 1964 Experiment No. 30 Tracer Release from 8i tf: B : 200Qto 2100 CST October 17, 1964 Experiment No. 31 Tracer Release from 8i te A 1315100 11,15 CST
Azimuth Sampler Time On Time Ofr Dosage X Azimuth Sampler Time On Time Off Dosage X
Arc (d"e) R(m) Type (CST) (CST) Part. Part. 1m3 Arc (d',e) R(m) Type (CST) (CST) Part. Part. 1m3
4 293.9 2000 RR 1932 2122 0 0
4 307.2 1930 RR 1934 2125 6 4 1 4.0 940 RR 1256 1425 19,418 12,888
4 315.6 2140 RR 1943 2134 26 17 1 10.8 940 RR 1257 1426 8,145 5,406
4 323.4 1940 DP-9 2009 : 00 2129 : 12 922 380 1 14.4 950 RR 1259 1429 82 54
4 332.1 1980 MF 1946 2138 391 724 1 19.5 970 RR 1303 1434 33 22
1 22.7 980 RR 1303 1435 1 1
4 341. 0 2030 MF 1948 2142 118 219
4 346.7 1970 RR 1949 2146 26 17 2 0.2 3390 MF 1259 1457 17 31
4 350.4 2010 RR 1950 2148 10\ 70 2 5.4 3360 MF 1255 1454 0 0
4 355.5 1910 DP-3 1951:30 2151: 50 - J 2 11.9 3370 RR 1255 1452 2 1
4 001.0 1930 MF 1956 2200 2,334 4,323
3 1.9 7000 DP-8 1334:20 1552.15 0 0
4 008.9 1910 RR 1957 2203 9,191 6,100 3 8.3 7430 RR 1330 1545 2 1
4 020.8 1920 RR 1958 2204 16,223 10,767 3 30.1 6920 DP-7 1318:25 1530:22 0 0
5 296.1 4270 RR 1932 2145 0 0 6 334.9 3330 RR 1314 1521 1,125 747
5 308.7 4150 RR 1934 2150 0 0 6 349.9 3440 RR 1310 1515 551 366
5 321.2 4360 RR 1936 2153 0 0 6 355.8 3450 DP-4 1302:05 1505: 03 162 61
5 324.7 4250 DP-5 1938:00 2155: 50 0 0
5 330.7 4240 MF 1945 2200 16 30 7 343.2 13,100 RR 1334 1611 695 461
7 350.4 13,330 RR 1330 1606 28 19
5 337.6 4120 MF 1948 2206 4 7 7 354.7 13,210 RR 1328 1604 29 19
5 341. 7 4220 RR 1954 2213 1 1 7 2.9 13,170 :;iO 1324:25 1556:88 0 0
5 349.3 4310 RR 1955 2216 6 3 7 9.4 13,480 1319 1551 47 31
5 353.9 4250 DP-4 1958:00 2221 : 20 0 0 1
5 005.6 4250 RR 2006 2228 1,906 1,265 7 13.8 13, 640 :~1 1317 1548 82 54
7 17.6 13,760 1314 1545 137 91
017.0 4280 RR 2008 2230 8,155 5,412 7 21.3 13,990 RRl 1 1311 1543 170 113
kl 7 25.1 14,250 DP-ll 1307: 30 1535:00 26 10
6 291.9 7330 RR 1949 2230 0 0
6 297.0 7490 RRkl 1954 2233 1 1 11
6 304.8 7910 RRkl 1957 2237 0 0 Part of' each listed, measured dosage considered to be ccntamination; no
6 312.8 8020 RRkl 1960 2239 0 0 satisfactory method discovered for adjusting dosages.
6 318.9 7640 MFkl 2004 2245 0 0
6 328.5 8060 ~1 2015 2301 0 0
6 332.6 7980 ~1 1902 23]1 0 0
6 344.4 8100 kl 2025 2304 1 1
6 354.9 8890 :kl 2017 2245 0 0
6 001. 3 8620 MFkl 2012 2236 0 0
6 007.3 8220 kl 2010 2232 22 15
6 013.4 7920 :k1 2008 2230 77 51
6 018.2 8370 RRkl 2004 2225 398 264
6 339.0 7990 RRkl 2029 2309 0 0
j1 Plastic ra in cover left on intake orifice; no data obtained.
kl Samplers may have been turned off before the last elements of the tracer
cloud reached them. No adjustments in the measured dosages were made
since no significant losses of dosages were considered to have occurred.
~
--'
-------
~ Table 4 (continued). TOTAL DOSAGES AT SURFACE
N
October 19, 1964 Experiment No. 32 Tracer Release from Cite A : 1945 tc 2045 CGT October 20, 1964 Experiment No. 33 Tracer Release from 81 te A : 1915 to 2015 CST
Azimuth Sampler Time On Tim~ orr Dosage X Azimuth Sampler Time On Time Of'f' Dosage X
Arc (d..C) R(m) Type (CST) (CST) Part. Part. 1m3 I,rc ('1' C) R(m) Type (CST) (CST) Part. Part. 1m3
1 99.3 780 RR 1940 2131 5 3
1 110.9 740 MF 1938 2127 546 1,011 1 4.0 940 RR 1907 2058 103 68
1 118.0 770 RR 1937 2125 60 ,152 39,857 1 10.8 940 RR 1908 2100 37,389 24,774
1 122.1 680 RR 1936 2123 57,165 37,878 1 14.4 950 RR 1910 2103 236,900 156,970
1 129.5 700 RR 1935 2122 83,018 55,008 1 22.7 980 RR 1904 2054 156,560 103.737
1 29.6 930 MF 1901 2049 5,828 10,793
1 137.9 670 DP-3 1933: 30 2115:47 155,163 62,732
1 143.6 670 MF 1931 2111 39 , 620 73,376 1 35.4 910 DP-3 1902:00 2043:45 4,718 1,907
1 147.8 630 RR 1930 2110 121,128 80,259 1 41.1 980 RR 1857 2041 7 5
1 154.5 600 DP-9 1927:00 2103: 55 243,557 100,224 1 45.1 910 MF 1855 2039 8 15
1 161.4 590 RR 1925 2102 113,403 75,141 1 51. 7 820 RR 1854 2038 3 2
1 60.9 790 DP-9 1852:15 2035: 20 0 0
1 171.4 580 RR 1925 2101 90 , 228 59,785
1 182.5 600 RR 1924 2100 9,897 6,558 1 68.9 850 MF 1851 2029 0 0
1 80.6 780 RR 1848 2027 0 0
2 106.8 3190 RR 1918 2200 0 0
2 116.0 3380 MF 1920 2155 2 4 2 5.4 3360 RR 1913 2114 1 1
2 122.6 3080 DP-4 1926: 35 2143:30 905 342 2 11.9 3370 RR 1912 2112 391 259
2 129.1 3180 RR 1930 2137 8,123 5,382 2 18.5 3400 RR 1910 2109 52,736 34,943
2 134.2 3230 RR 1931 2136 11,475 7,603 2 23.0 3350 RR 1908 2108 2,171 1,439
2 31. 6 3480 DP-5 1908:05 2106: 45 0 0
2 138.7 3320 DP-5 1934:00 2129 : 40 18,466 7,124
2 143.8 3250 RR 1940 2126 9,577 6,346 2 28.0 3340 RR 1908 2107 21 14
2 149.5 3280 RR 1939 2123 6,238 4,133 2 36.9 3270 RR 1902 2053 0 0
2 154.1 3230 RR 1945 2121 9,555 6,331 2 42.9 3180 MF 1900 2055 0 0
2 160.2 3180 DP-12 1947:00 2110:03 18,897 7,954 2 53.6 3200 RR 1852 2043 0 0
2 60.2 3200 RR 1852 2041 2 1
2 167.0 3240 RR 1950 2106 1,693 1,122
2 178.0 3150 RR 1955 2102 1 1 2 72.3 3230 RR 1848 2035 0 0
3 104.8 6810 RR 1928 2128 1 1 3 8.3 7430 RR 1926 2143 5 3
3 110.8 6490 RR 1930 2130 1 1 3 13.3 7220 RR 1924 2141 2,946 1,952
3 123.0 6360 MF 1940 2143 2 4 3 19.6 6980 DP-8 1917:10 2152: 33 54,558 19,504
3 119.9 6380 RR 1942 2148 0 0 3 22.6 7190 RR 1915 2127 9,513 6,303
3 128.5 6670 MF 1948 2154 654 1,211 3 25.4 7230 RR 1910 2123 430 285
3 125.4 6370 RR 1946 2151 49 32 3 30.1 6920 RR 1912 2124 1 1
3 131.4 6470 MF 1950 2157 647 1,198 3 34.8 7610 MF 1902 2108 0 0
3 133.7 6410 RR 1953 2200 5,861 3,883 3 37.5 7740 RR 1901 2105 2 1
3 136.7 6250 DP-7 1956: 34 2204:30 12,787 5,115 3 39.5 7650 RR 1925 2127 9 6
3 142.0 6180 MF 1949 2158 798 1,478 3 41.6 7610 MF 1923 2124 0 0
3 145.0 6380 MF 1947 2154 612 1,133 3 45.2 7590 RR 1921 2122 10 7
3 152.2 6780 MF 1943 2145 452 837 3 52.3 7490 RR 1917 2114 7 5
3 148.4 6660 RR 1945 2150 1,206 799 3 55.1 7610 RR 1914 2112 2 1
3 156.1 6740 RR 1939 2143 2,466 1,634 3 57.6 7510 RR 1913 2110 44 29
3 165.1 7450 RR 2032 2131 408 270 3 64.3 7410 RR 1911 2110 3 2
3 172.5 7450 RR 2028 2128 3 69.9 7410 RR 1909 2107 1 1
3 75.5 7420 RR 1907 2105 1 1
-------
Table 4 (continued). TOTAL DOSAGES AT SURFACE
October 21, 1964 Experiment No. 34 Tracer Release from [,i tE:A : 1920 to 2020 CST March 6, 1965 Experiment No. 35 Tracer Release from Site A : 1.230 t01330 CST
A 'l. imuth Sampler Time On Time Off Dosage Jl Azimuth Sampler Time On Time Off Dosage X
Arc (d',C;) R(m) Type (CST) (CST) Part. Part. 1m3 Arc (d"C;) R(m) Type (CST) (CST) Part. Part. 1m3
1 143.6 670 MF 1905 2031 2 4 1 110.9 740 MF 1.215 1400 3, 99om1 7,389
1 147.8 630 RR 1905 2030 32 21 1 118.0 770 RR 1212 1357 131,718 87,276
1 154.5 600 DP-9 1902:20 2048:30 0 0 1 122.1. 680 RR 12l1. 1355 81.,577 54,053
1 161. 4 590 RR 1902 2029 41 27 1 129.5 700 RR 1. 1210 1353 5,768 3,822
1 171.4 580 RR 1901 2028 2353 1559 1 1.37.9 670 DP-4n 1206: 00 1347:35 22,000 8,31.0
1 182.5 600 RR 1900 2027 83,334 55,217 J. 143.6 670 MF 1203 1343 0 0
1 147.8 630 RR 1.202 1341. 11 7
2 143.8 3250 RR 1906 2054 24 16 1 154.5 600 MF 1201 1.338 94 174
2 149.5 3280 RR 1904 2051 1 1 1 161. 4 590 RR 1146 1.336 7 5
2 154.1 3230 RR 1901 2019 0 0 1. 171.4 580 RR 1145 1334 6 4
2 167.0 3240 RR 1849 2037 3 2
2 178.0 3150 RR 1853 2034 153 101 1 182.5 600 RR 1143 1333 6
3 152.2 6780 MF 1906 2105 0 0 2 116.0 3380 MF 1146 1.430 3,748 6,941.
3 148.4 6660 RR 1904 2106 4 3 2 122.6 3080 MF 1150 1.424 3,050 5,649
3 156.1 6740 RR 1908 2111 4 3 2 129.1 3180 RR 1152 1421 3 2
3 162.5 7210 RR 1914 2121 2 1 2 1.34.2 3230 RR 1153 1419 2 1
3 168.4 7510 RR 1918 2124 8 5 2 143.8 3250 RR 1.206 1406 3 2
3 175.5 7290 RR 1926 2127 0 0 2 149.5 3280 RR 1204 1.403 4 3
3 184.8 7170 RR 1930 2130 580 384 2 154.1 3230 RR 1210 1359 184 122
2 1.67.0 3240 RR 1219 1.349 3 2
2 178.0 3150 RR 1224 1345 4 3
3 113.5 6410 RR 1154 1412 6,1.00 4,042
3 119.9 6380 RR 1157 1.4l5 4,696 3,244
3 123.0 6360 RR 1160 141.7 835 553
3 125.4 6370 RR 1200 142l 0 0
3 128.5 6670 RR 1.202 1424 1 1.
3 133.7 6410 RR 1.207 1432 3 2
3 139.2 6160 RR 1209 1.444 0 0
3 142.0 6180 RR 1153 1405 1. 1
3 148.4 6660 RR 1202 1417 5 3
3 152.2 6780 RR 1203 1420 6 4
3 156.1 6740 RR 1205 1422 1.0 7
3 162.5 7210 RR 1213 1431. 2 1
3 172.5 7460 RR 1218 1.438 1 1
3 168.4 751.0 RR 1216 1435 5 3
nil Measured dosage of' 1294 particles adjusted; plasti c cov~!" left on.
nl Sampler operated improperly until about 1302 CST; adjustment to the measured
dosage considered unnecessary.
..j:::>
W
-------
Table 4 (continued). TOTAL DOSAGES AT SURFACE -.
~
~
March 7, 1965 Experiment No. 36 Tracer Releas~ from SitE:A : 1230 t01330 CST March 8, 1965 Experiment No. 37 Tracer Release from SiteA : 2030 t02130 CST
Azimuth Sampler Time On Time Off Dosage X Azimuth Sampler Time On Time Off Dosage X
Arc (d"C) R(m) Type (CST) (CST) Part. Part. 1m3 Arc (d"C) R(m) Type (CST) (CST) Part. Part. 1m3
1 122.1 680 RR 1135 1355 23,039 15,266
1 129.5 700 RR 1134 1354 32,005 21,207 1 99.3 780 RR 2014 2202 99,036 65,621
1 137.9 670 MF 1133 1351 10,558 19,553 1 105.7 770 MF 2012 2200 160 ,680 297,579
1 143.6 670 MF 1130 1347 25,923 48,009 1 110.9 740 DP-4 2008: 50 2154:44 1,334,543 504,324
1 147.8 630 RR 1129 1346 91,030 60 ,316 1 118.0 770 RR 2009 2155 9,213 6,105
- 01 1 122.1 680 RR 2007 2150 5,672 3,758
1 154.5 600 DP-4 1202:00 1341: 09
1 161. 4 590 RR 1128 1339 124,199 82,294 1 129.5 700 RR 2006 2148 49 32
1 171.4 580 RR 1126 1338 75 , 522 50,041 1 143.6 670 MF 1959 214;L 0 0
1 182.5 600 RR 1125 1337 4,768 3,159 1 147.8 630 RR 1958 2140 6 4
1 191.1 650 RR 1124 1335 56 37 1 154.5 600 RR 1956 2135 27 18
1 154.5 600 MF 1957 2137 16 30
2 129.1 3180 RR 1200 1427 1,747 1,158
2 134.2 3230 RR 1158 1425 4,166 2,760 2 101.6 3150 RR 2023 2225 12,76r 8,459
2 138.7 3320 MF 1156 1422 1,170 2,167 2 112.0 3110 RR 2024 2221 - '1
2 143.8 3250 RR 1151 1418 2,883 1,910 2 116.0 3380 MF 2019 2216 558 1,033
2 149.5 3280 RR 1148 1416 2,490 1,650 2 122.6 3080 DP-10 2013 : 18 2209:05 0 0
2 129.1 3180 RR 2012 2206 1 1
2 154.1 3230 RR 1145 1413 3,402 2,254
2 160.2 3180 DP-10 1139: 54 1406:49 9,576 3,679 2 134.2 3230 RR 2011 2204 3 2
2 167.0 3240 MF 1137 1402 1,024 1,896 2 143.8 3250 RR 2002 2153 2 1
2 171.3 3240 MF 1136 1359 940 1,741 2 149.5 3280 RR 2000 2150 1 1
2 181. 8 3370 RR 1208 1355 2 1 2 154.1 3230 RR 1953 2147 2 1
2 167.0 3240 RR 1955 2145 0 0
3 125.4 6370 RR 1202 1421 52 34
3 131. 4 6470 RR 1207 1423 42 28 3 101.7 6880 RR 2016 2205 61 40
3 136.7 6250 RR 1209 1425 1,534 1,016 3 107.8 6580 RR 2J19 2207 11,149 7,387
3 139.2 6160 RR 1210 1428 1,504 997 3 110.8 6490 RR 2020 2209 11,923 7,900
3 142.0 6180 RR 1211 1430 302 200 3 113.5 6410 RR 2021 2211 3,845 2,548
3 116.7 6410 DP-8 2036:35 2212 : 22 1,408 503
3 145.0 6380 DP-8 1212: 30 1431:57 881 315
3 148.4 6660 RR 1217 1440 737 488 3 119.9 6380 RR 2027 2216 9 6
3 152.2 6780 RR 1218 1442 1,609 1,066 3 123.0 6360 RR 2028 2218 1 1
3 156.1 6740 RR 1220 1444 2,=~~ 1,491 3 124.5 6370 RR 2030 2219 3 2
3 159.3 6960 DP-7 1202:00 1418: 22 3 131.4 6470 RR 2007 2205 11 7
3 133.7 6410 RR 2009 2207 0 0
3 162.5 7210 RR 1207 1424 1,940 1,285
3 165.1 7450 RR 1208 1426 1,979 1,311 3 136.7 6250 RR 2010 2209 1 1
3 168.4 7510 RR 1211 1429 598 396 3 139.2 6150 RR 2040 2210 1 1
3 172.5 7460 RR 1213 1431 164 109 3 142.0 6180 RR 2013 2210 2 1
3 175.5 7290 RR 1214 1433 3 2 3 152.2 6780 RR 2024 2224 1 1
3 148.4 6660 RR 2022 2222 0 0
3 184.8 7170 RR 1223 1439 24 16
3 179.1 7290 RR 1216 1436 5 3 3 159.3 6960 RR 2026 2226 1 1
3 165.1 7450 RR 2028 2229 0 0
01 Measured dosage of 1936 particles disregarded; plastic T8-in cover blew over
the air intake orifice at an unknown time. '11 Measured dosage of 3562 particles disregarded; collector rod damaged d1.1Xing
p1 removal at sampling s1 te.
Measured dosage of 998 particles disregarded; sampler seemed to be operating
improperly.
-------
Table 4 (continued). TOTAL DOSAGES AT SURFACE
March 11, 1965 Expt:.:riment No. 38 Tracer Relt:asl: from Gi tf: A 2030to 2130 C~~' March 13, 1965 Experiment No. 39 Tracer Release from SiteA : 1220 to 1320 CST
Azimuth Sampler Time: On Time orr Dosage X Azimuth Sampler Time On Time Off Dosage X
Arc (
-------
--' Table 4 (continued). TOTAL DOSAGES AT SURFACE
~
0'\
March 13, 1965 Experiment No. 39 Tracer Release from SiteA :1220 to1320 CST March 14, 1965 Experiment No. 40 Tracer Release from Site A :1100 to 1200 CST
( CONTINUED)
Azimuth Sample r Time On Time Off Dosage X Azimuth Sampler Time On Time Off Dosage X
Arc (d',r;) R(m) Type (CST) (CST) Part. Part. 1m3 Arc (dcr;) R(m) Type (CST) (CST) Part. Part. 1m3
1 87.4 800 RR 1050 1228 196 134
128.5 6670 DP-7 1223: 00 1501:11 0 0 1 99.3 780 RR 1049 1227 22,714 15,561
125.4 6370 RR 1220 1456 92 61 1 105.7 770 RR 1048 1224 38,352 26,275
131. 4 6470 RR 1224 1506 10 7 1 110.9 740 DP-4 1045: 25 1220:37 294,828 111,416
133.7 6410 RR 1230 1507 21 14 1 118.0 770 RR 1042 1219 96,917 66,398
139.2 6160 RR 1232 1509 18 12
1 122.1 680 RR 1041 1217 101,357 69,440
145.0 6380 RR 1235 1512 1 1 1 129.5 700 RR 1040 1216 25,338 17,359
1 137.9 670 RR 1039 1215 17,271 11,832
1 143.6 670 DP-5 1036:10 1210: 55 3,575 1,379
t1 Sampler turned off at an unknown time by a person or persons ill1knOWD; 1 147.8 630 RR 1035 1209 503 345
measured dosage of 271 particles disregarded.
1 154.5 600 MF 1034 1207 0 0
vl Sampler damaged at an 1.mknown time by a person or persons unknown; 1 171.4 580 RR 1033 1205 5 3
measured dosage of 1223 particles disregarded.
2 95.0 2980 RR 1102 1249 8 5
u1 Samplers thought to have been turned off before the entire tracer 2 112.0 3110 RR 1103 1246 4,526 3,101
cloud reached them; measured dosagesof 15, 27, 49, 285, 428, 1239, 2 106.8 3190 RR 1100 1243 1,475 1,011
1433, 1633, and 3432 particles respectively adjusted assuming a 2 116.0 3380 DP-12 1054:09 1237:49 8,936 3,761
constant dosage pattern and relative time of sampler operation 2 122.6 3080 MF 1052 1232 1,535><1 2870
during cloud passage.
2 129.1 3180 RR 1050 1230 2,990 2,048
2 134.2 3230 RR 1049 1228 832 570
2 138.7 3320 DP-10 1044:45 1224:05 1,252 481
2 143.8 3250 RR 1041 1219 203 139
2 149.5 3280 R!! 1039 1217 4 3
2 160.2 3180 RR 1037 1215 2 1
3 97.8 6910 RR 1055 1235 2 1
3 104.8 6810 RR 1056 1238 11 8
3 110.8 6490 RR 1058 1242 535 367
3 107.8 6580 RR 1057 1241 312 214
3 113.5 6410 RR 1059 1245 1,579 1,082
3 116.7 6410 DP-8 1100:15 1245:15 6,866 2,455
3 119.9 6380 RR 1102 1254 1,907 1,306
3 128.5 6670 DP-7 1033:00 1238:12 2,503. 1,001
3 124.5 6370 RR 1102 1255 1,559 1,068
3 131.4 6470 RR 1038 1243 543 372
3 133.7 6410 RR 1039 1244 5 3
3 136. T 6250 DP-2 1040: 00 1247:45 0 0
3 139.2 6160 RR 1045 1254 9 6
3 142.0 6180 RR 1046 1255 0 0
3 145.0 6380 RR 1048 1257 0 0
3 148.4 6660 RR 1049 1259 1 1
,,1 Measured dosage of" 442 particles adjusted; plastic dust cap left on.
-------
Table 4 (continued). TOTAL DOSAGES AT SURFACE
March 15, 1965 Experiment No. 41Xl Tracer Release from SHeA: 2050 to 2150 CST March 15, 1965 Experiment No. 4lxl Tracer Release from S1 te A : 2050 to 2150 CST
Azimuth Sampler Time On Time orr Dosage X Azimuth Sampler Time On Time Off Dosage X
Arc (d',c:) R(m) Type (CST) (CST) Part. Part. 1m3 Arc {d',c:) R(m) Type (CST) (CST) Part. Part. 1m3
1 110.9 740 DP-8 2049 : 30 2224:15 11,302 4,040 3 148.4 6660 RR 2040 2304 0 0
1 118.0 770 RR 2047 2222 10,951 7,503 3 156.1 6740 RR 2043 2307 2 1
1 122.1 680 RR 2046 2220 15,043 10,506 3 159.3 6960 DP-5 2044:00 2309 : 30 0 0
1 129.5 706 RR 2045 2218 21,321 14,607 3 162.5 7210 RR 2049 2313 17 13
1 137.9 670 RR 2044 2215 75,017 51,394 3 165.1 7450 RR 2051 2315 705 484
1 143.6 670 DP-l 2036:00 2212 : 00 455,073 179,299 3 172.5 7460 RR 2054 2318 24,500 16,800
1 154.5 600 RR 2035 2209 157,267 107,744
1 161. 4 590 RR 2034 2207 142,978 97,954
1 171.4 580 RR 2032 2205 124,199 85,089 xl All samplers probably turned off before entire tracer cloud reached them;
1 182.5 600 RR 2032 2202 122,214 83,729 loss in dosage considered to be significant only for specific samplers on
2026 49 arcs 2 and 3; the measured dosages of 17, 2868, 23673, 14546, 10, 567, 4,
2 088.4 3070 RR 2319 72 188, and 7519 particles, respectively, were adjusted primarily on the basis
2 101. 6 3150 RR 2028 2315 16. 11 of observed, sequential dosage patterns on drum-pulsed samplers- A tracer
2 112:0 3110 MF 2031 2309 14 26 cloud of 75 minutes duration and a constant travel speed. were assumed.
2 n6.0 3380 MF 2034 2307 2 4 Measured dosages were then multiplied by 75/8, where ( 8)i5 time in minutes
2 122.6 3080 MF 2037 2301 0 0 samplers operated during tracer cloud passage, to yield adjusted dosages;
tracer cloud assumed to reach arcs 2 and 3 at 2300 and 2355 CST re-
2 129:1 3180 RR 2040 2258 14 10 specti vely.
2 134.2 3230 RR 2042 2255 110 75
2 138.7 3320 DP-l0 2047:00 2248: 55 0 0 r Sampler daIIL9.ged during operation; measured dosage of' 270 particles dis -
2 143.8 3250 RR 2051 2241 30xl 21 regarded.
2 149.5 3280 RR 2055 2240 5630xl 3870
_yl zl Measured dosage of' 1076 particles considered to be contamination.
2 154.1 3230 RR 2109 2236
2 160.2 3180 DP-12 2103: 37 2233: 37 53,800xl 22,600
2 167.0 3240 RR 2106 2223 49, 700xl 34,000
2 171.3 3240 RR 2110 2221 39,600 27,100
3 101. 7 6880 RR 2054 2252 1 1
3 104.8 6810 RR 2055 2253 0 0
3 110.8 6490 RR 2057 2255 0 0
3 113.5 6410 DP-4 2100 : 00 2256: 50 - zl
3 116.7 6410 RR 2101 2302 2
3 123.0 6360 RR 2103 2305 0 0
3 119.9 6380 RR 2102 2303 0 0
3 128.5 6670 DP-2 2109:45 2308: 32 0 0
3 125.4 6370 RR 2107 2306 1 1
3 131.4 6470 RR 2112 2312 0 0
3 133.7 6410 RR 2113 2313 0 0
3 136.7 6250 RR 2033 2255 0 0
3 142.0 6180 RR 2033 2256 0 0
3 145.0 6380 DP-7 2035 :00 2258:01 0 0
3 152.2 6780 RR 2042 2305 0 0
~
-...J
-------
.j::. Table 4 (continued). TOTAL DOSAGES AT SURFACE
(X)
March 16, 1965 Experiment No. 42 Tracer Release from Site B : 2030 to 2130 CST March 16, 1965 Experiment No. 42 Tracer Release from Site B: 20 30to 2130 CST
( CONTINUED)
Azimuth Sampler Time On Time Off Dosage X Azimuth Sampler Time On Time Off Dosage X
Arc (dec;) R(m) Type (CST) (CST) Part. Part . 1m3 Arc (dec;) R(m) Type (cST) (CST) Part. Part. 1m3
4 286.2 1880 RR 1955 2214 8,673 5,942
4 293.9 2000 MF 1957 2210 1l,905 22,048 6 332.6 7980 RR 2019 2226 lO 7
4 300.6 2020 RR 1959 2207 37,677 25,813 6 335.4 7860 RR 202l 2227 II 8
4 307.2 1930 DP-2 2000 : 00 2201:25 19,609 7,895 6 339.0 7990 RR 2026 2230 4 3
4 3ll.5 2050 RR 2005 2200 2,488 1,705 6 344.4 8100 RR 2030 2234 0 0
4 315.6 2140 RR 2013 2150 2
4 323.4 1940 DP-4 2006: 16 2152:14 _all all Measured dosage of 2954 particles considered to be contamination.
4 332.1 1980 MF 2015 2144 0 0
4 341.0 2030 MF 2017 - bll 2 4 bll Power turned off at an unknown time by a person or persons unknown;
4 346.7 1970 RR 2020 2142 3 2 adjustment to the measured dosage was considered mmecessary.
5 276.1 4090 RR 1953 2152 14 10 cll Plastic rain cover blew over air intake orifice at an unknown time;
5 283.8 4290 RR 1955 2155 15 10 measured dosage of 128 particles adjusted.
5 288.5 4190 MF 1957 2157 902 1,671
5 296.1 4270 DP-10 1958:23 2204 : 04 19,253 7,397 dll Measured dosage of 52 particles considered to be contamination.
5 302.7 4120 MF 2005 22ll 2,258 4,182
5 308.7 4150 MF 2009 2217 932 1,726
5 3l5.3 4050 RR 2012 2223 5 3
5 321.2 4360 DP-12 2018: 25 2245:45 0 0
5 324.7 4250 MF 2029 2234 10 19
5 330.7 4240 RR 2031 2238 24 16
5 341. 7 4220 RR 2035 2243 1
6 273.'l. 7060 RR 2005 2205 l3 9
6 280.6 7140 RR 2007 2208 7 5
6 286.3 7200 RR 2009 22ll l l
6 289.6 7240 RR 2021 2213 494 338
6 291. 9 7330 RR 20ll 2214 2,863 l,96l
6 294.3 7380 RR 2012 2216 4,526 3,10l
6 297.0 7490 RR 2Ol3 2218 3,876 2,655
6 299.8 7610 DP-5 2024:00 2222 : 02 5,l25 l,977
6 304.8 7910 RR 2031 2227 l,903 l,304
6 308.5 8230 DP-7 2033:00 223l:59 l,536cll 612
6 312.8 8020 RR 2005 2205 59 40
6 3l6.0 7790 RR 2008 2209 7 II 5
6 3l8.9 7640 DP-- 2009:45 22ll : 40 - d
6 322.7 8070 MF 2013 2218 8 15
6 325.9 8020 RR 2Ol5 2222 20 14
-------
Table 4 (continued). TOTAL DOSAGES AT SURFACE
March 17, 1965 Experiment No.4 3 Tracer Release from 8i teA 2000to 2100 CST March 17, 1965 Experiment No. 43 Tracer Release from Site A: 2000 to 2100 CST
(CONTINUED)
Azimuth Sampler Time On Time Off Dosage X Azimuth Sampler Time On Time Off Dosage X
Arc (dec) R(m) Type (CST) (CST) Part. Part. 1m3 Arc (deg) R(m) Type (CST) (CST) Part. Part. 1m3
1 75.4 870 RR 1934 2103 3,469 2,377
1 80.6 780 RR 1935 2105 17,459 11,961 3 119.9 6380 RR 1943 2142 89 61
1 87.4 800 MF 1937 2109 1,541 2,854 3 128.5 6670 DP-5 1947:00 2146:00 0 0
1 94.8 750 RR 1948 2107 148,938 102,037 3 125.4 6370 RR 1945 2144 0 0
1 99.3 780 RR 1938 2111 139,050 95,263 3 131. 4 6470 RR 1951 2151 1 1
3 136.7 6250 RR 1953 2152 2 1
1 105.7 770 DP-l 1939:00 2112: 59 237,536 93,589
1 110.9 740 DP-2 1941: 15 2120: 10 443,015 178,358 p'11
1 118.0 770 RR 1950 2125 10,904 7,470 Measured dosage of ill particles considered to be contamination.
1 122.1 680 RR 1950 2126 4,212 2,886 fll
1 129.5 700 RR 1951 2127 279 191 Measured dosage of 13 particles disregarded; sample damaged.
1 137.9 670 RR 1952 2128 74
2 77-3 3270 RR 1931 2141 0 0
2 83.9 3150 RR 1933 2147 54 37
2 88.4 3070 RR 1933 2146 13 9
2 95.0 2980 RR 1934 2194 2,142 1,467
2 101. 6 3150 DP-I0 1935:50 2137:05 17,763 6,825
2 106.8 3190 RR 1940 2137 8,422 5,770
2 112.0 3110 RR 1942 2131 5,586 3,827
2 116.0 3380 DP-12 1944:25 2123:27 9,989 4,204
2 122.6 3080 MF 1950 2117 38 70
2 129.1 3180 RR 1952 2114 0 0
2 134.2 3230 RR 1952 2112 0 0
3 72.5 7410 RR 1959 2124 3 2
3 79.4 7430 RR 2000 2130 0 0
3 82.1 7410 RR 2001 2132 0 0
3 84.7 7240 DP- 4 2005 :00 2135:04 - ell
3 88.2 7240 RR 2006 2140 4 3
3 90.9 7130 RR 2007 2142 67 46
3 94.2 7040 RR 2010 2144 - fll
3 97.8 6910 DP-8 2010:45 2146:23 2,193 784
3 104.8 6810 RR 2011 2150 2,203 1,509
3 101. 7 6880 RR 2012 2151 2,710 1,857
3 110.8 6490 RR 1937 2133 3,676 2,518
3 107.8 6580 RR 1936 2137 3,269 2,240
3 113.5 6410 RR 1938 2134 3,520 2,412
3 116.7 6410 DP-7 1939:00 2137: 45 3,314 1,326
3 123.0 6360 RR 1944 2144 8 5
~
UJ
-------
Azi(deg)
R(m)
Dosage
Site A
Site B
(Part.)
TABLE 5.
SEQUENTIAL DOSAGES AT SURFACE
Symbols
Azimuth to the nearest tenth of a degree of samplers from
dissemination site
Range to the nearest 10 meters of sampler from dissemination
site
Number of (fluorescent) particles
Forest Park
Roof of the Knights of Columbus Building
151
-------
U1 Table 5 (continued). SEQUENTIAL DOSAGES AT SURFACE
N
,...:r'('rimlnt I-jo. 3 Expt:riment N0.3 Experim. nt lie. 3 Experiment No. 3 Experiment No. 4 Experiment No. 5
23 May 1963 28 May 1963 28 May 1963 19 July 1963 22 July 1963
Tro';...:r R':.-l :J.~~( :Sitc A Trac~r R~lease:~ite Tracer Release:SiV;A Tracer Release: 8i te A Tracer Release:Site A Tracer Release:Site B
( 10001;C 1100 C::::T) ( to C:JT) ( 1000 to 1100 CST) ( 1000 to 1100 CST) ( 1130 to 1230 CST) (1104 to 1204 CST)
P.r':; 1; !\ol( ,..d: 105.1 Arc: ; Azi(d~g): Arc: 2; Azi(deg): 112 0 Arc: 3; AZi(deg): 110.8 Arc: 2; Azi(deg): 65.4 Arc: 4; Azi(deg): 27.6
R(",): 770 ; Drur:i Nc,. 4 R(m): ; Drum No.4 R (m): 3110; Drum No.1 R(m): 6490; Drum No. 3 R(m): 3470; Drum No. 5 R(m): 1970; Drum No. 2a
Time (Con't)
Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1006:40 1036:40 5480 1012:32 1025:40 1131:00 1150:30
07 211 37 7700 14 166 27 5 33 96 51 18
08 3308 38 6420 16 6 29 9 35 1 52 33
09 5405 39 6040 18 5 31 388 37 0 53 19
10 7484 40 9520 20 40 33 398 39 1 54 36
1011:40 4555 1041:40 3580 1022: 32 142 1035:40 333 1141:00 117 1155:30 8
12 4366 42 530 24 511 37 314 43 268 56 22
13 4952 43 292 26 1248 39 284 45 158 57 55
14 4820 44 1100 28 620 41 62 47 229 58 43
15 3326 45 688 30 90 43 22 49 336 59 28
1016:40 3137 1046:40 322 1032:32 21 1045: 40 0 1151:00 308 1200:30 73
17 4706 47 858 34 36 47 0 53 55 01 105
18 3118 48 2760 36 135 49 22 55 16 02 88
19 3780 49 3440 38 470 51 22 57 8 03 91
20 3988 50 612 40 855 53 10 59 1 04 68
1021: 40 5972 1051:40 107 1042:32 800 1055:40 24 1201:00 5 1205:30 51
22 7428 52 970 44 216 57 36 03 3 06 53
23 9015 53 3780 46 262 59 40 05 1 07 36
24 8694 54 902 48 24 1101 10 07 0 08 45
25 7031 55 492 50 18 09 0 09 19
1026:40 4328 1056:40 1365 1052:32 41 1111: 00 1 1210:30 5
27 2759 57 8000 54 30 13 148 11 5
28 522 58 7840 56 6 15 362 12 8
29 240 59 5840 58 1 17 525 13 2
30 51 1100:40 4060 19 465
1031:40 29 1101:40 4220 1121:00 158
32 21 02 515 23 4
33 268 03 277 25 4
34 4320 04 40 27 2
35 7780 05 23 29 3
1106:40 6 1131:00 0
07 0 33 2 aBug found in co11ector(Table IV)
08 6 35 0 orifice; total dosage adjusted/\
09 15 37 33 but no satisfactory method
39 87 discovered for adjusting the
1141:00 18 listed sequential patterns.
43 3
45 5
/ 47 2
-------
Table 5 (continued). SEQUENTIAL DOSAGES AT SURFACE
Experiment No.5 Experiment No. 5 Experiment N0.7 Experiment No. 7 Experiment No.7 Ex~riment No.8
22 July 1963 22 July 1963 25 July 1963 25 July 1963 25 July 1963 2 July 1963
Tracer Rel':'a~:!.' :SiteB Tracer Relea~e:3ite B Tracer Release:Sitr: B Tracer Release:Site B Tracer Release:Site B Tracer Release:Site B
( 1104 to 1204 CST) ( 1104 to 1204 CST) (1040 to 1140 CST) ( 1040 to 1140 CST) (1040 to 1140 CST) (1045 to 1145 CST)
Arc: 6; Azi(deg): 20.9 Arc: 6; Azi(deg): 33.6 Arc: 4; Azi(deg): 315.6 Arc: 5; Azi(deg): 315.3 Arc:6; AZi(deg): 322.7 Arc: 4; Azi(deg): 355.2
R(m): 8170; Drum No.4 R(m): 8200; Drum No. 3 R(m): 2140; Drum NO.2 R(m): 4050; Drum No. 5 R(m): 8070; Drum No.4 R(m): 1910; Drum No.2
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1130:35 1130:45 1042:50 1048: 38 1056: 50 1112:50
34 42 34 69 44 21 50 3 1100 4 13 30
38 63 38 36 46 5 52 0 04 87 14 12
42 71 42 32 48 47 54 40 08 321 15 8
46 42 46 40 50 201 56 9 12 228 16 5
1150:35 62 1150:45 16 1052: 50 34 1058:38 10 1116:50 154 1117: 50 0
54 72 54 18 54 69 1100 11 20 412 18 0
58 104 58 4 50 306 02 64 24 215 19 808
1202 59 1202 7 58 198 04 51 28 291 20 1971
06 54 06 3 1100 209 06 17 32 146 21 1516
1210:35 32 1102:50 175 1108:38 42 1136: 50 373 1122: 50 1416
14 28 04 40 10 11 40 195 23 1669
18 26 06 121 12 17 44 130 21f 1204
22 4 08 63 14 72 48 72 25 659
26 68 10 82 16 21 52 199 26 1659
1230:35 61 1112:50 100 1118:38 45 1156:50 336 1127: 50 1312
34 42 14 75 20 85 1200 150 28 795
38 5 16 210 22 25 04 29 29 63
42 1 18 253 24 22 30 14
20 53 26 15 31 0
1122: 50 32 1128:38 9 1132:50 0
24 0 30 0 33 0
26 6 32 0 34 0
28 9 34 5 35 0
30 78 36 7 36 0
1132: 50 342 1138:38 0 1137:50 0
34 191 40 0 .38 0
30 240 42 5 39 0
38 55 44 29 40 0
40 15 46 25 41 0
1142: 50 31 1148:38 41 1142: 50 J
44 35 50 15 43 0
46 30 52 1 44 5
48 12 54 1 45 5
50 6 46 77
CJ1
W
-------
U1
~
Table 5 (continued).
SEQUENTIAL DOSAGES AT SURFACE
]..,xrJ\ rim. nt IJu. 8 Exp'.::rim~nt ~J'). 8 Ez.perim,,;;nt No. 8 Experiment N°.9 Experiment No.9 Experim~nt No.9
26 July 2.9= 3 26 July 1963 12 September 1963 12 September 1963 12 September 1963
Trot,; "" 1\.,1. ',,'. :~lt,::: B Trac~r TI"'-.c'lf.: ~~'- :~ite B Trocer Re les S'=': ~i t,; B Tracer Release:Site A Trac~r Release:Site A Tracer Releas~:~it(, A
I to r::,:T) (1045 to 1145 C,;T) (1045 to 1145 CST) ( 1115 to 1215 CST) (1115 to 1215 C~T) (1115 to 1215 CST)
Arc: ; Aci(ded: Arc: 5; Azi(deg): 349.3 Arc:6; Azi(deg): 341.5 Arc:1; AZi(deg): 115.8 Arc: 2; Azi(dcg): 129.1 Arc: 3; AZi(deg): 128.5
R(m): ; Drum No.2 (cont)R(m): 4310; Drum No.5 R(m): 7920; Drum No.4 R(m): 750 ; Drum No. 4 R(m): 3180; Drum No.5 R(m): 6670; Drum No.3
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1147:50 396 1105:45 1059:42 1121:06 1127:35 1150:09
48 680 07 30 1103 7 22 1228 29 135 52 15
49 635 09 12 07 458 23 538 31 940 54 62
50 649 11 6 11 288 24 566 33 659 56 273
51 361 13 2 15 333 25 718 35 140 58 131
1152:50 69 1115:45 7 1119:42 385 1126:06 715 1137:35 46 1200:09 90
53 34 17 322 23 180 27 562 39 68 02 20
54 30 19 393 27 482 28 23 41 43 04 5
55 8 21 95 31 659 29 18 43 151 06 2
23 34 35 649 30 4 45 323
1125:45 139 1139:42 437 1131:06 7 1147:35 1745
27 390 43 357 32 7 49 1162
29 428 47 357 33 3 51 677
31 543 51 368 34 4 53 152
33 225 55 316 35 1 55 53
1135:45 153 1159:42 149 1136: 06 0 1157:35 15
37 83 1203 103 37 0 59 19
39 132 07 139 38 47 1201 6
41 9 11 48 39 76 03 2
43 16 15 5 40 909 05 4
1145:45 0 1141:06 17577 1207: 35 6
47 10 42 11605 09 1
49 24 43 1620 11 1
51 248 44 278 13 2
53 380 45 213 15 2
1155:45 390 1146:06 68 1217: 35 2
57 645 47 56 19 119
59 210 48 15 21 123
1201 40 49 4 23 54
03 7 25 21
1205:45 6 1227:35
07 7
09 2
11 6
13 1
1215:45 2
17 3
-------
Table 5 (continued). SEQUENTIAL DOSAGES AT SURFACE
Ecerimcnt No. II Experiment No. 11 Experiment No. 11 EtPeriment No. 11 Experiment No. 12 Experiment No. 12
1 September 1963 16 September 1963 1 September 1963 17 September 1963 17 September 1963
Tracer Release:Site B Tracer Release:Site Tracer Release: Sitr: B Tracer Release:Site B Tracer Release:Site B Tracer Release:Site B
(1100 to 1200 CST) ( to CST) (1100 to 1200 CST) ( 1100 to 1200 CST) (2000 to 2030 CST) (2000 to 2030 CST)
Arc:4 ; AZi(deg): 315.6 Arc: ; Azi(dcg): Arc: 5; Azi(deg): 324.7 Arc:6; Azi(deg): 322.7 Arc: 4; Azi(deg): 307.2 Arc: 5; Azi(deg): 330.7
R(m): 2140; Drum No.4 R(m): ; Drum No.4(cont) R(m): 4250; Drum NO.1 R(m): 8070; Drum No.3 R(m): 1930; Drum No.4 R(m): 4240; Drum No. 5
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1130 : 20 1205:20 11 1107: 50 1140:45 2033:20 2119:00
31 39 06 34 09 25 42 9 34 1 21 1
32 265 07 8 11 18 44 20 35 0 23 3
33 1575 08 23 13 27 46 42 36 1 25 1
34 1221 09 6 15 4 48 67 37 12 27 0
1135:20 2075 1210 : 20 9 1117:50 13 1150:45 93 2038:20 19 2129:00 1
36 1926 11 4 19 18 52 101 39 48 31 4
37 1818 12 7 21 2 54 62 40 23 33 4
38 1444 13 10 23 2 56 41 41 41 35 5
39 1135 14 2 25 47 58 81 42 71 37 4
1140:20 526 1127: 50 12 1200:45 123 2043:20 50 2139:00 2
41 418 29 12 02 55 44 15 41 7
42 409 31 66 04 36 45 20 43 4
43 301 33 14 06 23 46 25 45 3
44 151 35 181 08 12 47 23 47 3
1145:20 180 1137:50 229 1210:45 19 2048 : 20 27 2149:00 6
46 121 39 111 12 10 49 31 51 0
47 120 41 117 14 35 50 16 53 2
48 129 43 325 16 71 51 18
49 138 45 597 18 138 52 4
1150:20 137 1147: 50 196 1220:45 183
51 119 49 33 22 131
52 125 51 98 24 74
53 90 53 121 26 31
54 65 55 143 28 19
1155:20 31 1157: 50 205 1230:45 4
56 190 59 110 32 3
57 210 1201 69
58 299 03 105
59 310 05 318
1200: 20 180 1207:50 310
01 121 09 323
02 129 11 135
03 96 13 42
04 39
-'
(.J1
(.J1
-------
Ul
(J)
Table 5 (continued).
Ki:p-'rim' ni- Iir,. 13
18 September 1)63
TraCL r £:>:.lr::'~l~" ::;'it,:; B
( 2000 to 2100 C:;T)
Arc: 5 ; Aci(d~g): 321.2
R(!II): 4360; Drum Ne. 5
E:>:perim(-,nt~ rJo. 13
18 September 1963
Trac~r R~lease:~ite B
(2000 to 2100 CST)
Arc: 5; Aci(dcg): 330.7
R(m): 424,:;; Drum NO.2
Ej:p~rirF_nt Ho. 13
:L3 SeptE:L1bE:l" 1963
Tr<.:.cer R(:le8.s,_,:SiV; B
(2000 to 2100 CST)
Arc: 5; Azi(deg): 337.6
R(m): 4120; Drum No.1
Tir:le D'xecgc ':.'iai!-; Dosage Time Dosage
(CST) (Part.) ('cST) (Part.) (CST) (Part.)
2218:45 2220: 30 :.201 : 40
20 8 22 1 03 10
22 2 24 5 05 33
24 5 20 2 07 40
28 8 09 22
2230:30 8 2211 : 40 39
32 3 13 24
15 45
17 20
19 23
2221:40 131
23 165
25 201
27 257
29 231
2231: 40 168
33 153
35 147
37 127
39 94
2241:40 138
43 129
45 148
47 7
SEQUENTIAL DOSAGES AT SURFACE
~xp(;rim,,;nt No. 14 Experiment:~ 14 Experiment No. 14
1 April 1964 1 April 1964
Tracer Releas'-' :SitC' B Tr3c~r Release:~ite Trbcer Release:Sit~ B
( 1200 to 1300 C:;T) ( to C:;T) (1200 to 1300 CST)
Arc:.: 4; AZi(deg): 332.1 Arc: ; AZi(cleg): Arc: 5: AZi(deg): 321.2
R(m): 1980; Drum No. 3 R(m): : Drum N0.3(cont) R(m): 4360: Drum No.4
Time Dosage Tim(: Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.)
1204:25 1239:25 0 1218:40
05 122 40 0 20 2
06 602 41 0 22 5
07 182 42 0 24 14
08 224 43 0 26 5
1209:25 318 1244:25 0 1228:40 14
10 371 45 0 30 38
11 503 46 0 32 75
12 312 47 0 34 9
13 298 48 0 36 52
1214:25 80 1249:25 0 1238:40 47
15 22 50 0 40 4
16 3 51 0 42 12
17 55 52 0 44 14
18 165 53 0 46 103
1219:25 98 1254:25 0 1248:40 50
20 18 55 0 50 59
21 8 56 21 52 53
22 4 57 6 54 9
23 2 58 1 56 17
1224:25 162 1259:25 190 1258:40 131
25 136 1300 263 1300 100
26 46 01 394 02 24
27 27 02 331 04 106
28 12 03 09 06 5
1229:25 3 1304:25 36 1308:40 2
30 0 05 17 10 2
31 0
32 0
33 0
1234:25 0
35 0
36 0
37 0
38 0
-------
Table 5 (continued).
SEQUENTIAL DOSAGES AT SURFACE
Experiment No. 14
1 April 1964
Tracer Release:Site B
( 1200 to 1300 CST)
Arc: 6; Aoi(deg): 316.0
R(m):7790; Drum No.7
Experiment No. 14
1 April 1964
Tracer Relea5e:Gite B
(1200 to 1300 CST)
Arc: 6; Azi(deg): 332.6
R(m): 790; Drum No. lOb
Experiment No .14
Experiment No.15
6 April 1964
Tracer Release:Site B
( 2040 to 2140 CST)
Arc: 4 ; AZi(deg): 8.9
R(m): 1910; Drum No. 8c
Experiment No. 15
6 April 1964
Tracer Release:Site B
(2040 to 2140 CST)
Arc: 5; Azi(deg): 25.9
R(m): 4410; Drum No.1
Experiment No. 16
7 April 1964
Tracer Release:Site A
(2048 to 2148 CST)
Arc:l ; AZi(deg): 137.9
R(m): 670; Drum No.8
IIracer Release:Git.;
( to CST)
Arc: ; Azi(deg): b
R(m): ; Drum No. 10 (cont.)
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1216:20 1145:45 1245:00 ( 52) 2046: 30 2054:24 2100:30
18 13 1147:00 (114) 4"( ( 56) 48 329 56 1 01 1112
20 21 49 ( 62) 49 ( 45) 50 2244 58 162 02 3956
22 15 51 ( 46) 51 ( 52) 52 3427 2100 60 03 3636
24 17 53 ( 53) 53 ( 52) 54 1363 04 2926
1226:20 7 1155:00 ( 48) 1255:00 ( 39) 2056: 30 20 2105:30 4903
28 3 57 ( 58) 57 ( 56) 58 4 06 7842
30 51 59 ( 38) 59 ( 43) 2100 1 07 4151
32 74 1201 ( 42) 1301 ( 39) 02 4 08 4082
34 74 03 ( 42) 03 ( 67) 09 299
1236:20 170 1205 :00 ( 67) 1305:00 ( 48) 2110:30 -191
38 149 07 ( 76) 07 ( 29) 11 1010
40 150 09 ( 71) 09 ( 43) 12 653
42 152 11 ( 58) 11 ( 44) 13 859
44 120 13 ( 56) 13 ( 48) 14 1404
1246:20 96 1215:00 ( 46) 1315:00 ( 54) 2115:30 1290
48 188 17 ( 80) 17 ( 48) 16 114
50 178 19 ( 53) 19 ( 49) 17 53
52 123 21 ( 66) 21 ( 39) 18 948
54 30 23 ( 60) 23 ( 46) 19 735
1256:20 12 1225: 00 ( 49) 1325:00 ( 51) 2120 : 30 346
58 12 27 ( 58) 27 ( 53) 21 223
1300 64 29 ( 47) 29 ( 47) 22 377
02 220 31 ( 48) 31 ( 41) 23 445
04 193 33 ( 48) 33 ( 48) 24 123
1306: 20 131 1235:00 ( 31) 1335:00 ( 46) 2125:30 42
08 83 37 ( 49) :7:00 ( 58) -26 240
10 39 39 ( 42) 1337: 55 ( 3) 27 3427
12 19 41 ( 47) 28 3427
14 4 43 ( 41) 29 2786
1316:20 0 2138:30 3009
18 2 bSequential dosage patterns listed in parentheses; 31 3705
20 2 entire measured dosage considered to be contamination. 32 3176
22 2 33 3595
CPlastic rain cover blew 34 1467
over intake orifice at an
unknown time; adjustment
to measured dosage considered
unnecessary.
......
U1
"'-oJ
-------
Ul
co
l'~):pcriID<~nt Nu. 16
Table 5 (continued).
Experiment no. 16
7 April 1964
TrCiCI.:I' Rr...:l,rc.' :~~itc Trac?r Rr~lea:::'.:;::;ite A
( tc r::;,T) ( 2048 to 2148 C~T)
f>r'c: ; A:.i(ckg): Arc: 2; Azi(d~g): 138.7
R(m): Drum NG.8(cont) R(m): 3320; Drum No.4
Time
(CST)
2135:30
36
37
38
39
2140: 30
41
42
43
44
2145: 30
46
47
48
49
2150: 30
51
52
53
54
2155:30
56
57
58
59
2200 : 30
01
02
03
04
2205:30
06
07
08
09
2210 : 30
11
12
13
DosLcgc
(Part. )
2086
6979
6868
4862
3956
4054
6952
8038
6491
4931
217
86
394
3315
282
252
48
7
26
13
139
TUne
(CST)
2106: 30
08
10
12
14
2116:30
18
20
22
24
2120: 30
28
30
32
34
13
2136:30
38
40
42
44
6
6
1
3
8
2146:30
48
50
52
54
9
8
24
11
o
2156: 30
58
9
5
12
11
14
b
h
Dosage
(Part. )
SEQUENTIAL DOSAGES AT SURFACE
~zperir~knt No. 16
7 April 1964
Tracer R.::lee:.se::3i tr: A
( 2048 to 2148 CST)
Arc:3; Azi(deg): 131.4
R(m): 6470; Drum No. 10
Time
(CST)
107
627
529
396
2105: 20
07
09
11
13
108
52
17
29
14
2115: 20
17
19
21
23
8
1
2
9
201
2125: 20
27
29
31
33
468
363
228
168
209
2135: 20
37
39
41
43
114
187
834
317
16
2145: 20
47
49
51
53
3
2155: 20
57
59
2201
03
2205:20
07
09
11
13
Dosage
(Part. )
24
15
73
244
205
263
272
351
230
250
209
247
266
221
254
200
107
86
107
28
32
19
60
101
ell
382
155
89
60
32
13
14
5
10
Experiment No.18
9 April 1964
Tracer Release:Site Tracer R~lease:3ite A
( to CST) (2045 to 2145 CST)
Aye; Azi(deg): Arc: 1; AZi(deg): 29.6
R(m): ; Drum No.l0(cont)R(m): 930; Drum No. 8
Experiment No. 16
Time
(CST)
Dosage
(Part. )
2215:20
17
19
21
23
2225:20
27
29
31
Time
(CST)
5
10
7
8
15
2051: 50
52
53
54
55
2056: 50
57
58
59
2100
3
9
8
6
2101:50
02
03
04
05
2106: 50
07
08
09
10
2111:50
12
13
14
15
2116:50
17
18
19
20
2121:50
22
23
24
25
Dosage
(Part. )
108
818
2104
4870
5990
8130
17870
20290
7430
3070
3310
2860
3164
1971
2532
3560
4360
3570
2560
2410
2430
2960
4040
8954
14520
13900
7220
10530
15020
23000
23880
24320
26380
25320
Experiment No. 18
Tracer Release:Sit~
( to CST)
Arc: ; AZi(deg):
R(m) : ; Drum No.
Time
(CST)
2126: 50
27
28
29
30
2131:50
32
33
34
35
2136:50
37
38
39
40
2141:50
42
43
44
45
2146: 50
47
48
49
50
2151:50
52
53
54
55
2156: 50
57
58
59
2200
2201: 50
02
03
8(cont)
Dosage
(Part.)
28960
21720
12560
12200
9720
6890
11830
10850
12640
13030
21310
12850
16980
28270
33610
26220
23890
27870
21060
33120
45290
7712
45840
46120
36480
35240
26640
10800
12140
6940
5980
4800
3540
3000
92
37
12
551
-------
Table 5 (continued). SEQUENTIAL DOSAGES AT SURFACE
Experiment No. 18 Experiment No. 18 Experiment No. 18 Experiment No. 18 Experiment No.18 Experiment No. 19
9 April 1964 9 April 1964 9 April 1964 9 April 1964 2 June 1964
Tracer R~lease:Site A Trac~r Release:Site A Tracer Release:Sitr: A Tracer Release:Site A Tracer Release: Site Tracer Release:Site A
( 2045 to 2145 CST) ( 2045 to 2145 CST) (2045 to 2145 CST) ( 2045 to 2145 CST) ( to CST) (1030 to 1130 CST)
Arc: 2; AZi(deg): 31.6 Arc: 2; Azi(deg): 48.7 Arc: 3; AZi(deg): 19.6 Arc: 3; Azi(deg): 32.~ Arc: ; Azi(deg): Arc:1 ; AZi(deg): 110.9
R(m): 3480; Drum No. 9 R(m): 3470; Drum NO.1 R(m): 6980; Drum No.7 R(m): 7710; Drum No. R(m): Drum No.2d(cont)R(m): 740 ; Drum N0.9
Time DosagE' Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
2105:20 2046:05 2155:15 2024:52 2114:52 (12) 1034:22
07 13 48 574 57 5 26 ( 6) 16 (11) 35 45
09 56 50 14 59 5 28 (12) 18 (20) 36 95
11 214 52 6 2201 11 30 ( 4) 20 ( 9) 37 2262
13 786 54 10 03 34 32 ( 1) 22 (12) 38 10893
2115:20 778 2056:05 8 2205:15 24 2034:52 ( 2) 2124: 52 ( 6) 1039:22 13429
17 859 58 6 07 20 36 ( 0) 26 ( 5) 40 2462
19 884 2100 8 09 32 38 ( 6) 28 ( 5) 41 816
21 955 02 4 11 33 40 ( 0) 30 ( 2) 42 254
23 820 04 3 13 54 42 ( 4) 32 ( 1) 43 1452
2125: 20 1528 2106:05 0 2215:15 47 2044: 52 (12) 2134:52 ( 6) 1044:22 14543
27 1624 08 8 17 59 46 ( 6) 36 (18) 45 12648
29 1846 10 7 19 65 48 ( 8) 38 ( 4) 46 27024
31 1691 21 71 50 ( 5) 40 (16) 47 30256
33 3775 23 75 52 ( 7) 42 ( 9) 48 29030
2135:20 2584 2225: 15 70 2054: 52 (15) 1049:22 16744
37 2618 27 116 56 ( 9) 50 14766
39 2506 29 118 58 ( 1) 51 15880
41 2232 31 116 2100 ( 9) 52 20589
43 1429 33 174 02 ( 2) 53 11534
2145:20 920 2235:15 159 2104: 52 (14) 1054:22 2974
47 885 37 163 06 ( 8) 55 489
49 1010 39 198 08 ( 3) 56 476
51 1147 41 95 10 (18) 57 276
53 858 43 94 12 ( 3) 58 168
2155:20 538 2245: 15 44 1059:22 134
57 690 47 34 1100 104
59 492 49 24 01 196
2201 529 dTota1 dosage adjusted (Table IV); measured dosage 02 14654
03 344 considered to be primarily contamination; sequential 03 6909
2205: 20 262 patterns listed here in parentheses.
07 198
09 190
11 74
--'
U"1
~
-------
C"> Table 5 (continued). SEQUENTIAL DOSAGES AT SURFACE
(:)
l~xrl rim' nt No. 19 Experiment No. 19 Experim.:nt No .19 Experiment No. 19 Experiment No. 19 Experiment No. 19
2 June 1964 2 June 1964 2 June 1964
Trac'-r R'..clC'
-------
Table 5 (continued).
SEQUENTIAL DOSAGES AT SURFACE
--'
0'1
--'
1<.:xperimr nt No. 19 Experiment No. 19 E:xperimr:nt No. 19 Experiment No. 19 Experiment No. 19 Experiment No. 20
2 June 1964 2 June 1964 2 June 1964 2 June 1964 3 June 1964
Tracer R~10H~:'_' :Site A Trac~r R~lease:Site A Tracer Rele~s~:Site A Tracer Release :Site A Tracer Release:Site Tracer Release:SitG A
(1030 cu 11~0 C~,T) (1030 to 1130 CST) (1030 to 1130 CST) ( 1030 to 1130 CST) ( to CST) (1040 to 1140 CST)
Arc: 3: Aci deg): 116.7 Arc: 3; Azi(d~g): 128.5 Arc: 3; AZi(deg): 136.7 Arc: 3; AZi(deg): 145.~ Arc: ; AZi(deg): Are: 1; AZi(deg): 35.4
R(m): 6410; Drum No.7 R(m): 6670; Drum No.3 R( m): 6250; Drum No. 2 R(m): 6380; Drum No.8 R(m): Drum No.8f(cont)R(m): 910 ; Drum No.8
Time Dosuge Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1053:45 1056:00 1128:40 1015: 40 1125:40 6 ( 23) 1135:08
55 14 58 52 30 87 17 0 ( 39) 27 4 ( 15) 36 12
57 68 1100 49 32 205 19 0 ( 35) 29 3 ( 14) 37 20
59 90 02 7 34 167 21 0 ( 57) 31 4 ( 15) 38 19
1101 70 04 14 36 63 23 0 ( 48) 33 1 ( 11) 39 20
1103:45 38 1106:00 1 1138:40 14 1025: 40 0 ( 27) 1135:40 8 ( 18)
05 74 08 57 40 5 27 0 ( 27) 37 5 ( 15)
07 144 10 29 29 0 ( 25) 39 0 ( 8)
09 310 12 14 31 0 ( 27) 41 7 ( 17)
11 90 14 2 33 0 ( 22) 43 7 ( 16)
1113:45 16 1116:00 6 1035:40 0 ( 39) 1145:40 6 ( 14)
15 10 18 8 37 0 ( 18) 47 2 ( 10)
17 32 20 8 39 0 ( 23) 49 0 ( 0)
19 16 22 16 41 0 ( 13) 51 0 ( 3)
21 28 24 60 43 0 ( 13) 53 0 ( 8)
1123:45 12 1126:00 54 1045:40 0 ( 22) 1155:40 0 ( 7)
25 30 28 16 47 0 ( 13) 57 0 ( 6)
27 8 30 10 49 0 ( 19) 59 0 ( 7)
29 0 32 47 51 0 ( 25) 1201 0 ( 2)
31 2 34 73 53 0 ( 16) 03 0 ( 12)
1133:45 28 1136:00 33 1055:40 0 ( 18) 1205:40 0 ( 8)
35 22 38 19 57 0 ( 22) 07 0 ( 9)
37 128 40 8 59 0 ( 15) 09 0 ( 5)
39 76 1101 0 ( 17) 11 0 ( 4)
41 14 03 0 ( 17) 13 0 ( 7)
1143:45 2 1105:40 0 ( 13) 1215:40 0 ( 9)
45 cO 07 0 ( 14) 17 0 ( 4)
47 56 09 0 ( 15) 19 0 ( 3)
49 30 11 0 ( 8) 21 0 ( 6)
51 14 13 0 ( 21) 23 0 ( 6)
1153: 45 4 1115: 40 0 ( 15) 1225:40 0 ( 3)
55 2 17 0 ( 8)
57 2 19 0 ( 7)
21 94 (133)
23 0 ( 7)
fAssumed contamination subtracted from each
sequential dosage pattern; measured patterns
listed in parentheses.
-------
0'\
N
Table 5 (continued).
SEQUENTIAL DOSAGES AT SURFACE
Ezrll l'im.n1 Jk,.20 Experiment lh. 20 Ezp~rim,:nt No. 20 ExperiITl! nt No. 20 Experiment No. 20 Experiment No. 20
3 June 1904 3 June 1964 3 June 1964
TraC''':l' R(--,l. !t:" :~~iIA P. Trac~r R01ease:~ite Tracer R(:le&~(': 'it,; A Tracer Releasc' :Site Tracer Release:Site A Tracer Release:Site
( 1040 to ll40 C~,T) ( to C0T) (1040 to 1140 CST) (to CST) (1040 to 1140 CST) ( to CST)
[',reo 1; A"i(;l~g): 51.7 Arc: Azi(deg): Arc: 1, Azi(deg): 68.9 !lrc: Azi(deg): Arc: 2; AZi(deg): 36.9 Arc: ; Azi(deg):
R(m): 810; Drum rk 4 R(m): ; Drum No. 4( cant) R(m): 850; Drum No.9 R(m): Drum No.9(cont) R(m): 3270; Drum No.l0g R(m): ; Drum No.l0g(cont)
Time Dosuc::r-: Time Dosage Time: Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1l02:12 ll27:12 0 1l02: 35 ll27:35 0 1007: 54 1l07: 53 (22)
03 1093 28 0 03 2816 28 0 09 (12) 09 8)
04 13200 29 0 04 74ll 29 0 II (10) II (28)
05 15570 30 0 05 9751 30 0 13 ( 6) 13 (28)
06 14860 31 5 06 10643 31 0 15 ( 4) 15 (28)
1l07:12 8880 ll32:12 2 1l07:35 8247 ll32:35 0 1017:54 ( 6) lll7: 53 (23)
08 10970 33 59 08 4458 33 0 19 ( 7) 19 (13)
09 962 34 451 09 1351 34 123 2l ( 7) 2l (18)
10 648 35 245 10 18ll 35 186 23 ( 3) 23 (ll)
II 330 36 549 II 690 36 110 25:54 (13) 25 (10)
ll12:12 152 ll37:12 14160 lll2:35 290 ll37:35 31 1027:53 ( 0) 1127:53 (32)
13 44 38 ll800 13 130 38 80 29 ( 6) 29 (18)
14 32 39 1725 14 91 39 1435 31 ( 6) 31 (25)
15 24 40 1343 15 108 40 3761 33 ( 4) 33 (19)
16 95 41 266 16 91 41 2119 35 (13) 35 (15)
ll17:12 6 ll42:12 19 ll17:35 231 ll42:35 638 1037:53 ( 9) 1137:53 (10)
18 18 43 7 18 1202 43 288 39 ( 6) 39 (12)
19 9 44 5 19 434 44 46 41 (13) 41 (18)
20 21 45 4 20 151 45 20 43 (ll) 43 (21)
21 1 46 14 21 60 45 (14) 45 (23)
ll22:12 17 ll47:12 10 ll22:35 0 1047:53 (16) 1147:53 (28)
23 II 23 0 49 (21) 49 (21)
24 0 24 0 51 ( 2) 51 (14)
25 0 25 0 53 (12) 53 25)
26 0 26 0 55 ( 8) 55: 53 (20)
1057:53 (15) 1157:52 (19)
59 ( 5) 59. (27)
1101 (12)
03 (12)
05 (15)
gSequential dosage patterns listed in parentheses;
entire measured dosage considered to be contamination.
-------
Table 5 (continued). SEQUENTIAL DOSAGES AT SURFACE
Expcrim'nt No. 20 Experiment No. 20 Experiment No. 20 Experiment No. 21 Experiment No. 21 Experiment No. 21
3 June 1964 3 June 1964 3 June 1964 4 June 1964
Trac\.:r Relcasf' :3ite A Tracer R~lea5e:3ite A TrC1cer Release: Sitt: A Tracer Release :Site B Tracer Release:3ite Tracer Release: 8i te
( 1040 to 1140 C::;T) (1040 to 1140 CST) (1040 to 1140 CST) (1030 to 1130 CST) ( to CST) ( to CST)
Arc: 2; Azi(cleg): 48.7 Arc: 2; Azi(deg): 65.4 Arc: 3; AZi(deg): 64.3 Arc: 4; AZi(deg): 4.7 h Arc: ; Azi(deg): Arc: J Azi(deg):
R(m): 3470; Drum No. 5 R(m): 3470; Drum No.1 R(m): 7410; Drum No.2 R(m): 2020; Drum No.9 R(m): J Drum No.9h( cont)R(m): ; Drum No.9h(cont)
Time Dowe;'- Ti~jE: Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1139:46 1138:30 1132:45 1017:05 1042:05 101(115) 1107:05 0 ( 8j
41 16 40 49 34 34 18 0 (37) 43 52(66) 08 0 ( 7
43 66 42 56 36 64 19 0 (553) 44 50(64) 09 0 (15)
45 11 44 56 38 88 20 0 (29) 45 25(39) 10 0 (36)
47 4 46 49 40 38 21 0 ( 8) 46 10(24) 11 0 (26)
1148:30 27 1142:45 105 1022:05 0 ( 4) 1047:05 0 (13) 1112:05 0 (18)
50 23 44 48 23 0 (21) 48 0 (18) 13 0 (16)
52 9 46 16 24 0 (16) 49 0 (20) 14 0 (22)
54 3 48 17 25 0 (16) 50 0 (15) 15 0 (12)
50 37 26 0 (14) 51 0 (11) 16 0 (17)
1152:45 127 1027:05 0 (10) 1052:05 0 ( 6) 1117:05 0 (10)
54 152 28 0 (13) 53 0 (13) 18 0 (21)
56 180 29 0 (11) 54 0 (14) 19 0 (33)
58 133 30 0 (11) 55 0 (12) 20 0 ( 9)
1200 120 31 0 ( 9) 56 0 (15) 21 0 (12)
1202:45 54 1032:05 0 (17) 1057:05 0 (13) 1122:05 0 (22)
04 66 33 0 ~10) 58 0 (16) 23 0 (17)
06 12 34 0 13) 59 0 (13) 24 0 (16)
08 7 35 0 ~11) 1100 0 ~ 8) 25 0 (23)
10 7 36 0 14) 01 0 6) 26 0 (12)
1037:05 0 ( 8) 1102:05 0 (11) 1127:05 0 (15)
38 0 (20) 03 0 ( 8) 28 0 (10)
39 0 ~22) 04 0 (12) 29 0 (10)
40 0 11) 05 0 ( 7) 30 0 ~ 6)
41 10 (24) 06 0 (15) 31 0 9)
hAssumed contamination subtracted from each sequential dosage patternj
measured patterns listed in parentheses.
0'\
W
-------
0'\ Table 5 (continued). SEQUENTIAL DOSAGES AT SURFACE
+0>
I'~xpcrim( nt rJo. 21 Experiment No. 21 Experiment He. 21 Experiment No. 22 Experiment No. 22 Experiment No. 22
4 June 1964 4 June 1964 6 June 1964 6 June 1964
Tracer Re:lcl-J.f:" :::i1..l.' Trac~r R~lea~e:~ite B Tracer R(le~;:,'_:~,it,-: B Tracer Release:Site A Tracer Release:Site Tracer Release:Site A
( to C;.T) ( 1030 to 1130 C~T) (1030 to 1130 CST) ( 1130 to 1230 CST) (to CST) (1130 to 1230 CST)
Ar(:: ; A"i(d~g): Arc: 6; Azi(deg): 341.5 Arc: 7; Azi(deg): 342.0 Arc:l; Azi(deg): 29.6 Arc:; AZi(deg): Arc: 3; Azi(deg): 8.3
R(m): Drum No.~(cont)R(m): 7920; Drum No. 10 R(m):1801O; Drum No.7 R(m): 930; Drum No. 4 R(m): ; Drum No.4(cont) R(m): 7430; Drum No.8
Time Doso.g~ Time Dosage Time Do:::age Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1132:05 0 ( 5) 1112:10 1140:10 1134:20 1204:20 2720 1155:30
33 0 (10) 14 12 42 8 35 197 05 806 57 14
34 0 (17) 16 13 44 8 36 192 06 1007 59 16
35 0 ( 9) 18 49 46 2 37 4000 07 312 1201 60
36 0 (27) 20 472 48 8 38 2380 08 219 03 182
1137:05 0 (10) 1122:10 519 1150:10 12 1139:20 2260 1209:20 116 1205:30 67
38 0 (21) 24 388 52 8 40 1390 10 14 07 11
39 0 (10) 26 49 54 18 41 4040 11 5 09 81
40 0 ( 4) 28 27 56 16 42 6680 12 15 11 4
41 0 (12) 30 5 58 18 43 9160 13 5 13 129
1142:05 0 (10) 1132:10 2 1200:10 32 1144:20 20420 1214:20 25 1215:30 257
43 0 (17) 34 8 02 8 45 11880 15 26 17 355
44 0 (15) 36 6 04 28 46 5520 16 24 19 980
45 0 (11) 38 14 06 26 47 1884 17 67 21 304
46 0 (12) 40 6 08 46 48 2030 18 21 23 304
1147:05 0 (17) 1142:10 3 1210:10 52 1149:20 1061 1219:20 24 1225:30 456
48 0 (11) 44 28 12 32 50 192 20 48 27 324
49 0 i21) 46 72 14 40 51 68 21 24 29 88
50 0 7) 48 106 16 28 52 61 22 8 31 256
51 0 15) 50 12 18 28 53 77 23 12 33 456
1152:05 0 (18) 1152:10 9 1220: 10 42 1154:20 25 1224:20 16 1235:30 553
53 0 (23) 54 9 22 48 55 32 37 488
54 0 (28) 56 0 24 44 56 35 39 47
55 0 (15) 58 10 26 52 57 17 41 52
56 0 (13) 1200 13 28 54 58 9 43 23
1157:05 0 (14) 1230: 10 48 1159:20 6 1245:30 321
58 0 (16) 32 78 1200 9 47 338
59 0 I 6) 34 56 01 3 .49 157
1200:03 0 2) 36 80 02 248 51 71
01:03 0 ( 2) 38 56 03 4160 53 83
1240: 10 30 1255:30 70
42 36 57 68
59 46
1301 24
hAssumed contamination 03 10
subtracted from each
sequential dosage pattern;
measured patterns listed
in parentheses.
-------
~~xpcriml_nt N(). 22
6 J1U1e 1964
Tracer Re1u:.:-, :.3itc: A
( 1130 to 1230 r,"T)
j.,re: 3; ~.ci (,1"1;): 19.6
R(m): 6980; Drur.t Nc,- 3
Time
(CST)
1154:00
56
58
1200
02
1204 : 00
06
08
10
12
1214 :00
16
18
20
22
1224:00
26
28
30
32
1234:00
36
38
40
42
1244 : 00
46
48
50
52
1254:00
56
58
1300
0)
(J1
Dosag'"
(Part. )
Table 5 (continued).
Experiment No. 22
6 June 1964
Trac~r R~leaze:~ite A
(1130 to 1230 CST)
Arc: 3; A:i(dl.;;g): 30.1
R(m): 6920; Drum No.2
Tir:;o::
(SST)
3
6
9
29
9
9
37
96
124
1152:10
54
56
58
1200
1202:10
04
06
08
10
138
121
173
136
29
1212: 10
14
16
18
20
12
2
9
157
452
436
259
116
2)
25
1222 : 10
24
26
28
.oJ
1232:10
34
~,6
)0
40
24
28
~S
'0
:OJ
1242:10
44
46
48
50
52
46
10
4
1252:10
54
Dosage
(Part. )
SEQUENTIAL DOSAGES AT SURFACE
E/.perin.. nt No. 22
6 June 1964
Tr~..:'.:r R:.'lease::Jit,~ A
(1130 to 1230 CST)
Arc: 3; kei(deg): 41.6
R(m): 7610; Drum No.7
Time
(CST)
Dosage
(Part. )
15
35
13
o
1239: 20
41
38
33
22
~j
45
o
Q
o
o
6
13
11
14
83
35
10
6
2
o
24
14
3
o
o
o
32
137
99
50
12
11
7
ExpL'rimcnt No. 23
7 June 1964
Tracer Re1cuf:v :5ite A
(1132 to 1,'2 CST) .
Arc: 1; Aci(leg): 29.0
R(m): 930 ; Drum No.4
Time
(CST)
1150:13
51
52
53
54
1155:13
56
57
58
59
1200:13
01
02
03
04
1205:13
06
07
08
09
1~lJ:13
11
12
13
14
1215:13
Dosage
(Part. )
94
147
988
548
958
1230
391
1.27
15
Experimc:nt No. 23
Trac~r R~l~ase:~ite
( to CST)
P.",e: ; Azi(deg):
R(m): ; Drum No.4(cont)
Experiment No. 23
7 J1U1e' 1964
Tracer Release: 5i t~ A
(113'2 GO 1232 CST)
Arc: 1; Azi(deg): 60.9
R(m): 790; Drum N0.9
Time
(CST)
1215:13
16
17
18
19
122J:13
21
22
23
24
10
114
99
37
o
1225:13
26
27
28
29
o
o
o
o
o
1230:13
31
32
33
34
o
o
o
o
o
1235:13
36
37
38
39
Dosage
(Part. )
o
o
o
132
57
25
49
15
14
8
Time
(CST)
o
o
o
o
19
125
o
o
o
o
1133 :10
35
36
37
3E
1139: 10
40
41
42
43
o
o
o
o
o
1144:10
45
46
47
48
1149:10
50
51
52
53
1154:10
55
56
57
58
1159:10
1200
01
02
03
1204:10
05
06
07
08
Dosage
(Part. )
1170
7188
2780
34
8469
6631
17385
12091
2048
63
6464
5516
5851
10921
7578
8414
14320
4863
239
94
11
10
7
11
5
j
10
662
8358
6352
1773
1746
546
1221
-------
-' Table 5 (continued). SEQUENTIAL DOSAGES AT SURFACE
0"\
0"\
hZfJI~'ri:>1' nl. No, 23 ExpE:riHlC:fj"(, :!:" 2: :Sz,! ""irr.'--nt LC. 2~ " !'imr-.:nt tic.. 24 Exp.::rim!2nt :'10. 24 EZp'~rim ~nt N0. 24
7 Jun~ 1964 '3 June 1961. 9 June 196~
T::~IC'I- l' R.:. ~ ~. :. .it.: Trac::'r Rr~le~~I.:;: 'it-: A Trb.(:(-'~ R~le':;.:-:: ,)i -: - A 7ral2<..:r Rel':-f1,-' ..'it--:: Trac<::, [' R(:lcC1s~: Si t~ Tracer R(:les. :ri L,', A
( .,L r~T) (11:: ,C ~232 ::'.T) (1030 to 1130 Co.T) ~ to .:::.T) ( to C:;T) (1030 to 1130 i.;'::;T)
1.:;:""':: : ,i( i.d: ;F' o. A~i(d'~-)' 487 .';rc:: 1; Azi(d~g): 29,s r.,..... ; AZi(,l.,c): Arc: Azi(de;;): Arc: 1; Azi(d~g): 35.4
R(m): Drum Ik. 9( cont JR(~): ~'34 70, D~' No. . 5 R(!:I): 930; Drum No. 9 :1(0:): Drum No. 9(cont) R(m): ; D~~ No.9(cont) R(m): 910 ; Drum No. 4
Time D~st::.gE: Tim.;;; Dosage Tir'le Dosage Time Dosage TimE:: Dosage Time Dooage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1209: 10 13261 1055:30 1031:36 1101:36 5628 1131:36 1122 1031:35
10 10810 ll57 127 32:36 'T; 02 10615 32 ~20 32 223
11 247 59 259 33 7u-YJ D3 5349 33 36 33 775
12 222 1201 103 34 5~=15 04 1115 34 18 34 297
13 1701 03 40 35 11:::- 05 1264 35 54 35 714
1214: 10 2476 1205: 30 33 1(':0: 36 ,59 1106:36 2193 ll:,~': 30 ,,4 1036:30 786
15 805 07 182 37 .:~~ 07 5906 37 37 247
16 38 09 79 38 ~ ::::,':)0 08 5739 38 4: 38 752
17 17385 11 16 :9 8'-:5 09 898 39 39 5240
18 255-;-5 13 40 7J21 10 2702 'Ie ~'-c 40 3580
1219: 10 21,731 1215:30 5 1041:36 2766 1111:36 2236 1141:36 35 1041:35 6980
20 24350 17 2 42 6268 12 5014 42 27 42 2940
21 18053 19 3 4, 18525 13 4848 43 25 43 5000
22 9361 a 8 44 20'~ 20 14 9082 44 66 44 9420
23 14599 23 0 45 12155 15 20995 45 105 45 14720
1224: 10 12760 1225:30 2 1046:36 3733 1116:36 18980 1146:36 50 1046:35 6780
25 5962 27 0 47 958 17 16445 47 43 47 2862
26 11924 29 0 48 486 18 17420 48 17 48 1482
27 17663 31 0 49 388 19 16380 49 32 49 564
28 12048 33 18 50 2062 20 9360 50 21 50 756
1229:10 1322G 1235:30 142 1051: 36 1 708~ 1121:36 11701 1151:36 27 1051:35 744
30 11590 37 331 52 1:'.780 22 14654 52 ~~ 52 303:::
31 14487 39 855 53 :137: 23 :..4932 53 53 3920
32 11645 41 146:; 5" 2C22~ 24 =i52e 54 - - 54 9280
33 2.::1865 43 603 55 9:::'77 25 2842 55 17 55 6600
1234 : l~ lo7~~' 1245:30 214 lO~o:~:) ~-75 1L~Q: 36 859 1156:36 24 1:)56:35 2396
35 :' ;JO') 47 192 57 ~=l9 27 710 57 ,093
3c o9~ ~9 150 52 7e'-? 28 29:. 58 2406
37 ~~ 5':' +4 59 )266 29 310 59 4933
38 4g 5) 33 1100 22~2 30 2016 1100 304e
1255:30 14
-------
Experiment No. 24
Experiment No. 24
Table 5 (continued).
SEQUENTIAL DOSAGES AT SURFACE
Experiment No. 24
9 June 1964
Tracer Release:Site Tracer Release:Site Tracer Release:Site A
( to CST) (to CST) (1030 to 1130 CST)
Arc: ; AZi(deg): Arc: ; Azi(deg): Arc: 2; Azi~deg): 31.6
R(m): ; Drum No.4(cont) R(m): ; Drum No.4(cont) R(m): 3480; Drum No. 10
Time
(CST)
1101:35
02
03
04
05
1106:35
07
08
09
10
1111: 35
12
13
14
15
1116:35
17
18
19
20
1121:35
22
23
24
25
1126:35
27
28
29
30
0'1
~
Dosage
(Part.)
1715
12600
8517
3722
1639
2532
3758
2354
1227
1430
663
1754
1185
6280
8880
8800
8480
6680
8280
5520
8160
8760
9560
6880
4640
489
74
323
403
678
Time
(CST)
1131:35
32
33
34
35
1136:35
37
38
39
40
1141:35
42
43
44
45
1146:35
47
48
49
50
Dosage
(Part. )
440
259
166
58
36
Time
(CST)
1028:22
30
32
34
36
20
15
13
14
26
1038:22
40
42
44
46
17
16
16
14
18
1048:22
50
52
54
56
11
19
4
4
19
1058:22
1100
02
04
06
1108: 22
10
12
14
16
Dosage
(Part. )
11
12
9
18
17
17
47
441
1056
1059
1445
888
332
47
85
801
1549
622
1076
648
355
371
74
88
Experiment No. 24
9 June 1964
Tracer Release:Site Tracer Release:Site A
( to CST) ( 1030 to 1130 CST)
Arc: ; AZi(deg): Arc: 2; Azi(deg): 36.9
R(m): ; Drum NO.l0(cont)R(m): 3270; Drum No. 1
Experiment No. 24
Time
(CST)
1118 : 22
20
22
24
26
1128:22
30
32
34
36
1138:22
40
42
44
46
1148:22
50
52
54
56
Dosage
(Part.)
515
1820
2620
2488
1790
1442
588
158
76
174
Time
(CST)
1038:08
40
42
44
46
110
94
43
18
22
1048:08
50
52
54
56
1058:08
1100
02
04
06
21
17
10
10
6
1108: 08
10
12
14
16
1118: 08
20
22
24
26
1128:08
Dosage
(Part.)
2
227
825
1279
340
Experiment No. 24
9 June 1964
Tracer Release:Site A
(1030 to 1130 CST)
Arc: 3; Azi(deg): 19.6
R(m): 6980; Drum No. 81
19
84
144
483
393
132
21
6
10
Time
(CST)
1040:25
42
44
46
48
1050:25
52
54
56
58
134
216
60
19
37
1100: 25
02
04
06
08
12
1
3
2
3
1ll0: 25
12
14
16
18
1120:25
22
24
26
28
20
Dosage
(Part.)
66 (70)
68 (72)
45 (49)
o ( 4)
o ~ 3)
o 7)
o 7)
o (16)
o ( 4)
o ( 4)
o ( 5)
o ~ 5)
o 4)
o 4)
o ( 1)
o ( 5)
o ( 5)
o ( 2)
o ( 6)
o ( 5)
o ( 4)
o ( 7)
o ( 3)
o ( 3)
i Assumed contamination
subtracted from each
sequential dosage pattern;
measured patterns listed
in parentheses.
-------
--' Table 5 (continued). SEQUENTIAL DOSAGES AT SURFACE
0"\
co
b):pt..rim. E1- I1c'. 24 Experiment No. 24 Experiment No. 25 Experiment No. 25 Experiment No. 25 Experiment No. 25
9 June 1964 10 June 1964
Tracer Relt: i:.I.l:' : ~~,i to Trac~r Release:Site A Tracer Release:Sit~ A Tracer Release:Site Tracer Release:Site Tracer Release:Sitc
( to 8~T) (1030 to 11.30 CST) (1033 to 1133 CST) ( to CST) ( to CST) ( to CST)
Arc: ,Azi(d~g): Arc: 3; Azi(dcg): 32.5 Arc: 1; AZi(deg): 154'3 Arc: ; Azi(deg): Arc: ; Azi(deg): Arc: ; Azi(deg):
R(m): ; Drum No.8i- R(m): 7710; Drum No.3 R(m): 600 ; Drum No.9 R(m): ; Drum No.9j(cont)R(m): ; Drum NO.9j(cont)R(m): ; Drum NO.9j(cont)
(con't)
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1130:25 0 118) 1046:00 1018:44 1042: 56 1216 (1234) 1107:56 5~ ~ 72j 1132:56 24 35)
32 0 6) 48 6 18:56 0 ( 77) 43 202 ( 220) 08 17 33 22 33)
34 0 ( 4) 50 23 19 0 ( 196) 44 330 ( 347) 09 8) 34 1077 1088)
36 0 ( 3) 52 34 20 0 ( 28) 45 192 ( 209) 10 73 ( 86) 35 620 630)
38 0 ( 3) 54 64 21 0 ( 32) 46 n( 90) 11 10 ( 23) 36 228 238)
1140:25 0 ( 2) 1056:00 94 1022: 56 0 ( 20) 1047: 56 28 ( 45) 1112:56 85 ( 98) 1137:56 92 ~ 102;
42 0 ( 3) 58 61 23 0 ( 24) 48 31 ( 48) 13 0 ( 17) 38 64 74
44 0 ( 3) 1100 23 24 0 ( 15) 49 0 ( 12) 14 0 ( 16) 39 31 41
46 0 ( 3) 02 6 25 0 ( 11) 50 0 ( 8) 15 g? 15) 40 42 52)
48 0 ( 1) 04 5 26 0 ( 14) 51 0 ( 13) 16 9) 41 0 ( 12)
1150:25 0 ( 2) 1106:00 77 1027: 56 0 ( 16) 1052:56 g? 12) 1117:56 0 ( 11) 1142:56 0 7)
52 0 ( 1) 08 153 28 0 ( 35) 53 10) 18 0 ( l6) 43 0 21)
54 0 ( 2) 10 148 29 0 ( 20) 54 0 ( 7) 19 g? 11) 44 0 44)
56 0 ( 2) 12 88 30 0 ( 18) 55 0 ( 16) 20 12) 45 0 9)
58 0 ( 0) l4 39 31 0 ( 21) 56 0 ( l5) 21 0 ( 12) 46 0 6)
1200:25 0 ( 2) 1116:00 16 1032:56 0 ( 12) 1057156 g? 7) 1122:56 0 ( l~j 1147:56 g ~ ~~
02 0 ( 4) 18 12 33 0 ( 12) 58 7) 23 0 ( 48
04 0 ( 5) 20 2 34 0 ( 28) 59 0 ( lO) 24 g ~ l4~ 49 g ~ 8)
06 0 ( 3) 22 12 35 0 ( 25) 1100 g? 8) 25 l4 51) l~j
08 0 ( 7) 24 29 36 0 ( 40) 01 l2) 26 18) 51
1210:25 0 ( 2) 1126:00 26 l037: 56 0 ( 10) 1102: 56 0 ( 7) 1127: 56 0 ( 10) 1152:56 0 ( l2)
l2 0 ~ 4) 28 42 38 o? 24) 03 g 1 12) 28 8 ( 19) 53 0 ( 9)
14 0 10) 30 89 39 581 599) 04 8) 29 61 ( 72) 54:56 0 ( l~j
16 0 2) 32 106 40 1787 (J.805) 05 0 ( 5) 30 43 ( 54) 55:59 0 (
34 153 41 2749 (2767) 06 0 ( 9) 3l 32 ( 42)
1136:00 34
38 7
iAssumed contamination jAssumed contamination subtracted from each seg,uential dosage pattern;
subtracted from each measured patterns listed in parentheses.
sequential dosage patternj
measured pattern listed
in parentheses.
-------
Table 5 (continued).
SEQUENTIAL DOSAGES AT SURFACE
Experiment No. 25 Experiment No. 25 Experiment No. 25 Experiment No. 25 Experiment No. 26 Experiment No. 26
10 June 1964 10 June 1964 11 June 1964 11 June 1964
Tracer Release:Site A Tracer Release:Site Tracer Release:Site A Tracer Release:Site Tracer Release:Site B Tracer Re1ease:Site B
( 10033 to 1133 CST) ( to CST) (1033 to 1133 CST) ( to CST) (1035 to 1135 CST) (1035 to 1135 CST)
Arc: 2; AZi(deg): 138.7 Arc: ; Azi(deg): Arc: 3; Azi(deg): 136.7 Arc: ; AZi(deg): Arc: 4; AZi(deg): 293.9 Arc: 4; Azi(deg): 323.4
R(m): 3320 ; Drum No. 10 R(m): ; Drum No.l0 R(m): 6250; Drum No.2 R(m): ; Drum No.l0(cont)R(m): 2000; Drum No.9 R(m): 1940; Drum No.4
(Con't)
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1050:11 1130:11 34 1105:25 1155:25 12 1111: 48 lU9:45
52 54 32 25 07 4 57 27 12 66 20 92
54 778 34 14 09 21 59 36 13 195 21 541
56 548 36 20 11 58 1201 24 14 435 22 898
58 396 38 112 13 293 03 29 15 482 23 1205
1100:11 702 1140:11 140 1115:25 290 1205:25 76 1116:48 1264 1124:45 1088
02 959 42 256 17 267 07 69 17 1122 25 936
04 309 44 484 19 251 09 63 18 1122 26 ll37
06 246 46 273 21 190 11 86 19 781 27 1215
08 156 48 125 23 64 13 171 20 58 28 657
lUO: 11 105 1150:11 136 1125:25 123 1215:25 175 1121:48 23 1129:45 573
12 68 52 348 27 118 17 112 22 4 30 573
14 43 54 643 29 109 19 42 23 4 31 510
16 28 56 498 31 77 21 6 24 9 32 1769
18 54 58 319 33 25 23 3 25 2 33 1519
1120: 11 46 1200:11 237 1135:25 12 1225:25 7 1126,48 6 1134:45 975
22 17 02 186 37 29 27 4 27 5 35 1262
24 5 04 61 39 14 29 1 28 16 36 1280
26 6 06 17 41 3 31 7 29 4 37 777
28 9 08 7 43 3 38 609
1145:25 3 1139:45 815
47 2 40 644
49 1 41 340
51 7 42 130
53 17 43 86
1144:45 51
45 89
46 29
47 18
48 12
1149:45 18
50 11
0'\
~
-------
""-J
o
Table 5 (continued).
SEQUENTIAL DOSAGES AT SURFACE
Expr.:rim'3nt No. 26 Experiment No. 26 Experiment No. 26 Experiment No. 26 Experiment No. 26 Experiment No. 28
11 June 1964 11 June 1964 11 June 1964 11 June 1964 11 June 1964 11 October 1964
Tracer Relc:..tsl' :Sit0 B Tracer Release:2,ite B Tracer Release:Site B Tracer Release:Site B Tracer Re1ease:~te B Tracer Release:Site B
( 1035 to 1135 CST) (1035 t01135 CST) (1035 to 1135 CST) (1035 to 1135 CST) (1035 to 1135 CST) (1105 to 1205 CST)
Ar(:.: 6; AOi(deg): 286.3 Arc: 6; Azi(deg): 297.0 Arc: 6; AZi(deg): 316.0 Arc: 7; Azi(deg): 293.7 Arc: 7; Azi(deg): 309.2 Arc: 4; Azi(deg): 332.1
R(m): 7200; Drum No. 3 R( m): 7490; Drum No.8 R(m): 7790; Drum NO.2 R(m):16910; Drum No. 10 R(m):17130; Drum No.1 R(m): 1980; Drum No.9
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1102:03 1116:00 1125:40 1114:03 1125:50 1131:38
04 5 18 39 27 15 16 13 27 2 32 76
06 11 20 215 29 58 18 6 29 11 33 172
08 23 22 362 31 202 20 3 31 5 34 424
10 95 24 411 33 331 22 12 33 8 35 346
1112:03 53 1126:00 497 1135:40 564 1124:03 10 1135:50 7 1136:38 304
14 104 28 177 37 421 26 6 37 26 37 70
16 181 30 45 39 293 28 4 39 93 38 21
18 210 32 19 41 210 30 14 41 146 39 32
20 184 34 12 43 107 32 57 43 193 40 35
1122:03 165 1145 :40 70 1134:03 22 1145: 50 188 1141: 38 21
24 26 47 32 36 26 47 111 42 23
26 5 49 18 38 27 49 197 43 280
28 4 51 8 40 7 51 169 44 440
30 2 53 7 42 13 53 167 45 236
1155:40 1 1144:03 2 1155:50 137 1146:38 101
57 4 46 3 57 65 47 59
59 3 48 2 59 61 48 838
1201 2 50 2 1201 45 49 895
52 6 03 29 50 1115
1154:03 0 1205:50 15 1151:38 596
56 3 07 5 52 330
58 1 09 6 53 170
1200 2 11 1 54 143
02 7 13 1 55 90
1204:03 2 1215:50 1 1156:38 46
06 3 57 24
08 2 58 14
10 2 59 7
12 4 1200 11
1214:03 5 1201:38 0
02 4
03 0
04 1
05 0
1206:38 13
07 54
08 19
09 4
10 2
-------
.....-;(
Table 5 (continued).
SEQUENTIAL DOSAGES AT SURFACE
Experiment No. 28
II October 1964
Tracer Release:Site B
( ll05 to 1205 CST)
Arc: 5; Azi(deg): 337.6
R(m):4120; Drum N0.5
Experiment No.28
II October 1964
Tracer Release:8ite B
(ll05 to 1205 CST)
Arc: 7; Azi(deg): 324.4
R(m):17150; Drum No.7
Experiment No. 28
Experiment No. 29
12 October 1964
Tracer Release :8ite A
( 2000 to 2100 CST)
Arc:1; AZi(deg): 105.7
R(m): 770; Drum No.9
Experiment No. 30
16 October 1964
Trace r Release: 81 te B
( 2000 to 2100 CST)
Arc: 4; AZi(deg): 323.4
R(m): 1940; Drum No.9
E>rneriment No.3 0
Tracer Release:Site
( to CST)
Arc: ; Azi(deg):
R(m): ; Drum No. 7( cont)
Tracer Release:Site
,. to. CST)
Arc: AZi(deg):
R(m): -., Drum NO.9
(Con't)
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
ll41:14 ll39:28 1229:28 70 2017:15 2009:00 2041:12 2
43 49 41 2 31 ll8 18 4 09:19 22 43 1
45 23 43 2 33 172 19 7 10:12 75 45 3
47 7 45 6 35 95 20 II II 90 47 2
47 3 37 124 21 8 12 ll5 49 2
ll49:28 9 1239:28 87 2022:15 15 2013: 12 93 2051: 12 2
51 3 41 49 23 3 14 60 53 2
53 7 43 42 24 3 15 68 55 1
55 2 45 56 25 3 16 35 57 2
57 0 47 80 26 6 17 66 59 6
ll59:28 12 1249: 28 103 2027:15 2 2018:12 49
1201 4 51 138 28 2 19 26
03 5 53 164 20 27
05 39 55 130 21 16
07 58 57 58 22 18
1209 : 28 90 1259:28 78 2023:12 14
II 69 1301 47 24 II
13 80 03 68 25 19
15 93 05 81 26 10
17 74 07 64 27 15
1219:28 40 1309: 28 11 2028:12 9
21 31 11 3 29 12
23 56 30 21
25 76 31 15
27 143 32 2
2033:12 4
34 2
35 5
36 7
37 8
2038:12 4
39 4
"
--'
-------
'-I
N
Table 5 (continued).
SEQUENTIAL DOSAGES AT SURFACE
Expcrim'.'nt No. 31
17 October 1964
Tracer Relense:Site A
(1315 to 1415 CST)
Arc: 6; Aoi(deg): 355.8
R(m): 3450; Drum No.4
Experiment No. 32
19 October 1964
Tracer Release:3ite A
(1945 to 2045 CST)
Arc: 1; AZi(deg): 137.9
R(m): 670; Drum No. 3
Experiment No. 32
Experiment No. 32
Experiment No. 32
Experiment No. 32
19 October 1964
Tracer Release:Site Tracer Release:Site A
( to CST) (1945 to 2045 CST)
Arc: ; AZi(deg): Arc: 1; AZi(deg): 154.5
R(m): Drum No. 3(cont) R(m): 600; Drum No.9
Tracer Release:Site
( to CST)
Arc: ; Azi(deg):
R(m): ; Drum No.9(cont)
Tracer Release:Site
( to CST)
Arc: AZi(deg):
R( m) : Drum No. 3( cont)
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1503:05 1954: 49 2024:49 311 2054:49 168 1951:57 2016:57 3069
05 20 55 6 25 575 55 173 52 13 17 3460
07 4 56 79 26 2249 56 103 53 25 18 1541
09 8 57 204 27 2535 57 41 54 112 19 1091
11 2 58 138 28 4520 58 56 55 832 20 580
1513:05 1 1959: 49 21 2029 : 49 4520 2059:49 32 1956:57 4966 2021:57 1303
15 0 2000 35 30 5440 2100 6 57 9095 22 4743
17 3 01 44 31 4320 01 10 58 7979 23 8314
19 57 02 26 32 5800 02 3 59 7979 24 9263
21 43 03 1 33 10320 03 3 2000 12778 25 6975
1523:05 16 2004:49 0 2034:49 7040 2104:49 6 2001:57 11774 2026:57 3988
25 1 05 1 35 6720 05 2 02 15568 27 3437
27 2 06 4 36 6200 06 4 03 10825 28 1518
29 5 07 2 37 4440 07 5 04 14954 29 185
08 1 38 6040 08 12 05 15457 30 34
Experiment No. 31
17 October 1964 2009:49 4 2039:49 5680 2109:49 1 2006: 57 11383 2031:57 23
Tracer Release 8i te:A 10 14 40 3800 10 7 07 11216 32 8
(1315 to 1415 CST) 11 3 41 3800 11 3 08 7645 33 12
Arc: 7; AZi(deg): 25.1 12 4 42 4920 12 3 09 5524 34 224
R(m): 14250; Drum No. 1k 13 30 43 9080 13 4 10 7142 35 65
Time Dosage 2014:49 235 2044 : 49 6360 2114:49 1 2011:57 7477 2036:57 13
(CST) (Part.) 15 505 45 5840 15:47 9 12 7868 37 8
1543:00 16 192 46 8600 13 8426 38 1
45 7 17 235 47 8880 14 8091 39 4
47 7 18 1199 48 5320 15 6361 40 6
49 5
51 7 2019:49 1316 2049:49 4160
20 1127 50 4880
21 515 51 3160
22 156 52 2480
23 176 53 248
k Part of measured dosage assumed
to be contamination; no
satisfactory method dis-
covered for adjusting
listed sequential patterns.
-------
Table 5 (continued). SEQUENTIAL DOSAGES AT SURFACE
Experiment No. 32 Experiment No. 32 Experiment No. 32 Experiment No. 32 Experiment No. 32 Experiment No. 32
19 October 1964 19 October 1964 19 October 1964
Tracer Release:Site Tracer Release:Site A Tracer Release:Site Tracer Release :Site A Tracer Release:Site Tracer Release:Site A
( to CST) (1945 to 2045 CST) ( to CST) ( 1945 to 2045 CST) (to CST) (1945 to 2045 CST)
Arc: ; AZi(deg): Arc: 2; Azi(deg): 122.6 Arc: ; Azi(deg): Arc: 2; AZi(deg): 138.7 Arc:; Azi(deg): Arc: 2; Azi(deg): 160.2
R(m): ; Drum N0.9(cont) R(m): 3080; Drum No.4 R(m): ; Drum No. 4(cont) R(m): 3320; Drum No. 5 R(m): ; Drum No.5(cont) R(m): 3180; Drum No. 12
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
2041:57 26 2038:35 2103:35 42 2028:40 2053:40 907 1956: 04
42 28 39 8 04 52 29 24 54 887 57 9
43 10 40 15 05 58 30 56 55 1210 58 21
44 7 41 11 06 77 31 36 56 1044 59 43
45 9 42 7 07 66 32 23 57 678 2000 47
2046: 57 9 2043:35 7 2108:35 56 2033:40 24 2058:40 663 2001:04 281
47 7 44 6 09 76 34 15 59 464 02 529
48 7 45 6 10 45 35 7 2100 658 03 676
49 3 46 1 11 19 36 123 01 546 04 600
50 6 47 3 12 15 37 122 02 510 05 648
2051: 57 7 2048:35 7 2113:35 13 2038:40 229 2103 :40 117 2006:04 730
52 5 49 10 14 11 39 517 04 41 07 798
53 16 50 0 15 8 40 459 05 26 08 812
54 8 51 1 16 4 41 653 06 21 09 812
55 7 52 7 17 3 42 969 07 13 10 880
2056:57 5 2053:35 11 2118:35 4 2043:40 729 2108:40 12 2011:04 1132
57 2 54 11 19 1 44 842 09 14 12 1105
58 2 55 7 20 8 45 603 10 -4 13 948
59 8 56 15 46 505 11 13 14 996
2100 9 57 7 47 882 12 5 15 1043
2101:57 3 2058:35 18 2048 : 40 862 2113 : 40 5 2016: 04 723
02:57 7 59 31 49 691 14 5 17 750
03:55 5 2100 48 50 725 15 1 18 989
01 62 51 696 16 2 19 730
02 48 52 818 17 10 20 777
--'
'-J
W
-------
'-J Table 5 (continued). SEQUENTIAL DOSAGES AT SURFACE
-P>
Ey.perim~nl No. 32 Experiment No. 32 Experiment No. 33 Experiment No. 33 Experiment No.33 Experiment No. '}3
19 October 1964 20 October 1964 20 October 1964
Tracer Release:Site Tracer Release:3ite A Tracer Release:Site A Tracer Release:Site Tracer Release:Site A Tracer Release:Site
( to CST) (1945 to 2045 CST) (1915 to 2015 CST) (to CST) (1915 to 2015 CST) ( to rnT)
Arc: ,Aoi(deg): Arc: 3; Azi(deg): 136.7 Arc: 1; Azi(deg): 35.4 Arc:; Azi(deg): Arc: 3; Azi(deg): 19.6 Arc: ; AZi(deg):
R(m): ; Drum No. 12(contf\(m):6250 ; Drum N0.7 R(m): 910; Drum No.3 R(m): ; Drum No.3(cont) R(m): 6980; Drum No.8 R(m): ; Drum No. 8{c>ont)
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time DosQ.ge
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (rnT) (Part.)
2021:04 1037 2034:34 1924:48 1959,48 304 1934,36 2034,36 1614
22 587 36 8 25 9 2000 382 36 15 36 1719
23 292 38 6 26 13 01 564 38 129 38 1651
24 184 40 2 27 3 02 451 40 351 40 1180
25 184 42 2 28 1 03 230 42 382 42 1596
2026,04 146 2044, 34 1 1929:48 16 2004,48 194 1944,36 409 2044,36 1930
21 111 46 36 30 13 05 81 46 614 46 1514
28 90 48 341 31 18 06 363 48 1248 48 1364
29 48 50 560 32 0 01 41 50 2190 50 13.\4
30 53 52 114 33 3 08 10 52 .2846 52 1030
2031,04 22 2054:34 985 1934,48 13 2009,48 21 1954,36 2134 2054136 m
32 19 56 1166 35 16 10 34 56 2134 56 ~
33 16 58 191 36 32 11 15 58 1487 ,a
34 5 2100 648 31 11 12 11 2000 1248 2lOO 222
35 10 02 758 38 12 13 16 02 1071 02 1.31
2036:04 3 2104 , 34 139 1939,48 4 2014:48 5 2004.36 1309 210.\136 eo
31 5 06 855 40 52 15 2 06 1330 0& 118
08 985 41 63 16 10 08 1480 oil 30
10 972 42 100 11 1 10 1214 lO 22
12 680 43 46 18 1 12 859 12 13
2114:34 661 1944,48 2 2019,48 8 2014:36 198 2114.36 15
16 544 45 10 20 3 16 846 16 12
18 752 46 3 21 6 18 198 18 T
20 241 47 48 22 1 20 825 20 10
22 113 48 4 23 2 22 1439 22 3
2124:34 81 1949:48 205 2024:48 3 2024:36 1331 2124;36 5
26 36 50 -q 25 5 26 1255 26 11.
28 5 51 11 28 1119 28 :36 3
30 5 52 6 30 1528 30 :33 24
32 5 53 63 32 1698 32 24
2134:34 4 1954:48 101
36 6 55 84
38 5 56 211
40 1 51 284
42 5 58 391
2144: 34 3
46 5
-------
Experiment No. 35
6 March 1965
Tracer Release:Site A
( 1230 to 1330 CST)
Arc: 1; Azi(deg): 137.~
R(m): 670; Drum No.4
Time
(CST)
1303:35
04
05
06
07
1308:35
09
10
11
12
1313:35
14
15
16
17
1318:35
19
20
21
22
1323:35
24
25
26
27
1328:35
29
30
31
32
1333:35
34
35
36
37
Dosage
(Part. )
1
1
27
5
118
342
103
377
57
5
Table 5 (continued).
Experiment No. 36
7 March 1965
Tracer Release:Site A
0.230 to 1330 CST)
Arc:l; Azi(deg): 154.5
R(m): 600; Drum No. 4m
Time
(CST)
5
5
3
3
54
51
4
1
o
1233:10
34
35
36
37
1238:10
39
40
41
42
4
2
2
5
3
7
12
11
14
1
1243:10
44
45
46
47
1
17
47
4
o
1248 : 10
49
50
51
52
1253:10
54
55
56
57
Dosage
(Part.)
( 6)
( 67)
(217)
(345)
(326)
( 23)
( 23)
( 58)
(137)
( 66)
( 12)
( 6)
( 2)
( 2)
( 9)
( 21)
( 18)
( 34)
( 42)
( 28)
( 35)
( 2)
( 3)
( 1)
Experiment No. 36
SEQUENTIAL DOSAGES AT SURFACE
Tracer Release:Site
( to CST)
Arc: ; AZi(deg):
R(m): ; Drum No.4m(cont)
Time
(CST)
1258:10
59
1300
01
02
1303:10
04
05
06
07
1308:10
09
10
11
12
1313 : 10
14
15
16
17
1318:10
19
Dosage
(Part.)
( 6)
( 26)
( 60)
( 18)
( 12)
( 12)
( 36)
( 9)
( 15)
( 26)
( 19)
( 45)
( 34)
( 8)
( 10)
( 13)
( 24)
( 12)
( 12)
( 11)
( 16)
( 19)
~asured dosage disregarded (Table IV); sequential
dosage patterns listed here in parentheses; rain
cover blew over intake orifice at an unknown time.
--'
.........
U1
lSampler operated improperly
until about 1302 CST; adjust-
ment to the measured dosage
considered unnecessary.
Experiment No. 36
7 March 1965
Tracer Release:Site A
( 1230 to 1330 CST)
Arc: 2; AZi(deg): 160.2
R(m): 3180; Drum No. 10
Time
(CST)
1240: 54
42
44
46
48
1250:54
52
54
56
58
1300 : 54
02
04
06
08
1310: 54
12
14
16
18
1320:54
22
24
26
Dosage
(Part. )
267
560
1002
170
49
65
583
823
739
492
1244
1231
868
629
Experiment No. 36
7 March 1965
Tracer Release:Site A
(1230 to 1330 CST)
Arc:3; AZi(deg): 145.0
R(m): 6380; Drum No.8
Time
(CST)
1327:57
29
31
33
35
1337:57
39
41
43
45
241
428
98
10
2
1347:57
49
51
53
55
1357:57
59
1401
03
2
9
54
10
Dosage
(Part.)
Experiment No. 36
7 March 1965
Tracer Release: 81 te A
(1230 to 1330 CST)
Arc: 3; Azi(deg): 159.3
R(m): 6960; Drum No. 7"-
7
15
5
55
Time
(CST)
1248:22
50
52
54
56
212
194
75
18
13
30
29
100
43
28
1258:22
1300
02
04
06
1308:22
10
12
14
16
27
23
4
3
1318:22
20
22
24
26
1328:22
30
Dosage
(Part. )
( 6)
HI~
( 30)
~ 10)
3)
30)
17)
( 1)
( 29)
( 58)
~164)
294)
104)
( 88)
( 21)
( 29)
( 17)
( 5)
( 6)
( 5)
nMeasured dosage disregarded
(Table IV); sequential dosage
patterns listed in parentheses;
sampler seemed to be operating
improperly.
-------
'-J Table 5 (continued). SEQUENTIAL DOSAGES AT SURFACE
0'\
Experiment No. 37 Experiment No. 37 Experiment No. 37 Experiment No. 37 Experiment No. 38 Experiment No.38
8 March 1965 8 March 1965 11 March 1965 Tracer Release:Site
Tracer Release:Site A Trace r Re lease: 8i te Tracer Release:Site Tracer Release:Site A Tracer Release:Site A
( 2030 to 2130 CST) ( to CST) ( to CST) ( 2030 to 2130 CST) (2030 to 2130 CST) ( to CST)
Arc: 1; AZi(deg): 110.9 Arc: Azi(deg): Arc: ; Azi(deg): Arc: 3; AZi(deg): 116.7 Arc: 1; Azi(deg): 35.4 Arc: ; AZi(deg):
R(m): 740; Drum No.4 R(m): ; Drum No.4( cont) R(m): ; Drum No .4( cont) R(m): 6410; Drum No. 8 R(m): 910 ; Drum No. 40 R(m): ; Drum No. 40 (eon't)
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
2023:44 2053:44 17680 2123:44 20000 2046:23 2012:55 2042:55 24~
24 3 54 12120 24 20000 48 17 13 1t~~ 43 30
25 5 55 17640 25 20000 50 11 14 44 20)
26 13 56 20320 26 25000 52 54 15 ~40) 45 14)
27 3 57 19520 27 27000 54 22 16 41) 46 25)
2028.44 6 2058:44 20160 2128:44 23000 2056:23 33 2017:55 (47) 2047:55 ~ 9)
29 2 59 20000 29 27000 58 10 18 (36) 48 39)
30 3 2100 32000 30 23000 2100 15 19 (52) 49 18)
31 3 01 35000 31 20000 02 54 20 (45) 50 ( 9)
32 536 02 32000 32 26000 04 129 21 (30) 51 (16)
2033:44 7680 2103:44 40000 2133:44 24000 2106:23 277 2022:55 (45) 2052:55 (26)
34 9720 04 40000 34 20000 08 201 23 (29) 53 !15)
35 8880 05 26000 35 2213 10 137 24 (53) 54 1~~
36 7960 06 15000 36 298 12 243 25 168) 55
37 12840 07 18000 37 177 14 119 26 55) 56 15)
2038:44 14960 2108:44 40000 2138:44 89 2116:23 15 2027:55 (73) 2057155 11)
39 13200 09 40000 39 37 18 45 28 (79) 58 32)
40 16920 10 40000 40 40 20 19 29 ~m 59 10~
41 17080 11 26000 41 28 22 7 30 2100 39
42 17640 12 35000 42 65 31 01 11
2043:44 19280 2113:44 20000 2143:44 44 2032155 (32) 2102155 ~10)
44 15920 14 20000 44 82 33 (49) 03 18)
45 11200 15 25000 45 22 34 ~33) 04 ~ 6)
46 10920 16 30000 46 52 35 17) 05 13)
47 13080 17 25000 47 4 36 (22) 06 22)
2048:44 15240 2118:44 20000 2148:44 7 2037.55 (12) 2107:55 (14)
49 16160 19 20000 49 9 38 (17) 08 (20)
50 14920 20 20000 50 14 39 ~m 09' ~10)
51 17640 21 20000 51 30 40 10 15)
52 22040 22 26000 52 3 41 (16) 11 (30)
2153:44 11
54 24
0Measured dosage considered to be entirely
contamination; sequential patterns listed here
in parentheses.
-------
Table 5 (continued).
Experiment No. 38
Experim~nt No. 38
Experiment No. 39
l3 March 1965
Tracer Release: Si tt~ A
( l220 to l320 CST)
Arc:l; Azi(deg): 68.9
(cont) R(m): 850; Drum No.3
Tracer Release:Sit~ Tracer Releace:Site
( to CST) (to CST)
Arc: ; Azi(deg): Arc: ; Azi(deg):
R(m): ; Drum No. 40(coni)R(m): ; Drum No!>
Time Dosage.: Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.)
2ll2: 55 ( 4) 2l42: 55 ( 3) l3l6:l2
l3 (lO) 43 ( 2) l7 52
l4 ( 6) 44 ( 5) l8 72
l5 ( 7) 45 ( 9) 19 8
l6 (u) 46 ( 7)
2ll 7: 55 ( 9) 2l47:55 (l2)
l8 (lO) 48 ( 7)
19 ( 8) 49 ( 6)
2C ( 6) 50 ( 6)
2l ( 4) 5l ( 5)
2l22:55 (u) 2l52:55 ( 8)
23 (2l) 53 (U)
24 ( 6) 54 ( 5)
25 ( 6) 55 ( 3)
26 (U) 56 (l4)
2l27:55 (l7) 2l57: 55 (58)
28 (l2) 58:l0 ( 4)
29 (l3)
30 (u)
3l ( 5)
2l32:55 (l2)
33 ( 6)
34 (l4~
35 ( 5
36 ( 6)
2l37: 55 ( 3)
38 ( 8)
39 (16)
40 (l3)
4l ( 8)
~easured dosage
considered to be
entirely contamination;
sequential patterns
listed here in paren-
theses.
-....,J
-....,J
SEQUENTIAL DOSAGES AT SURFACE
Experiment No. 39 Experiment Nu. 39 Experiment No. 39
13 March 1965
Trac~r Release:Site A Tracer Relea~e:Site Tracer Release:Site
( l220 to l320 CST) ( to CST) ( to CST)
Arc: l; AZi(deg): UO.9 Arc: ; Azi(deg): Arc: ; AZi(deg):
R(m): 740; Drum No.4 R(m): ; Drum No.4(cont) R(m): ; Drum No. 4( cont )
Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.)
l222:38 l252:38 6 1322:38 U58
23 l5 53 5 23 l046
24 4 54 232 24 510
25 0 55 l56 25 2050
26 4 56 205 26 357
l227:38 2 l257:38 59 l327:38 192
28 5 58 29 28 218
29 9 59 2 29 607
30 9 l300 5 30 423
3l 6 Ol l2 3l l35
l232: 38 l3 l302:38 U l332:38 l88
33 3 03 7 33 l06
34 2 04 2 34 19
35 20 05 3 35 3
36 29 06 5 36 4
l237: 38 6 l307:38 l7 l337:38 2
38 6 08 8 38 5
39 9 09 U 39 7
40 lO lO 3 40 8
4l 3 U 2 4l 3
l242:38 28 l3l2:38 3 l342:38 4
43 9 l3 3 43 6
44 l l4 1 44 U
45 0 l5 2 45 4
46 l l6 0 46 9
l247:38 8 l3l 7: 38 l50 l347:38 5
48 1 l8 28l 48 8
49 2 19 24l
50 2 20 523
5l 1 2l l576
-------
"
0:::>
Table 5 (continued).
SEQUENTIAL DOSAGES AT SURFACE
Experiment No. 39 Exptrim"nt No. 39 Experiment No. 39 EXlJerimcnt No. 39 Experiment No. 39 Experiment No. 39
13 March 1965 13 March 1965 13 March 1965 13 March 1965
Tracer RelcaE:e :Site A Tracer Rc::lease:~ite Tracer Release:Site A Tracer Release:Site Tracer Release:SiteA Tracer Release:Site A
( 1220 to 1320 CST) ( to CST) (1220 to 1320 CST) ( to CST) (1220 to 1320 CST) (1220 to 1320 CST)
Arc: 2; AZi(deg): 88.4 Arc: ; Azi(deg): Arc: 2; AZi(deg): 116.0 Arc: ; Azi( deg): Arc: 3; AZi(deg): 84.7 Arc: 3; AZi(deg): 97.8 '!
R(m): 307<:\ Drum No. 12 R(m): Drum No. 12( cont )R( m): 3380; Drum No. 10 R(m): ; Drum No.10(cont)R(m): 7240; Drum No. IP R(m): 6910; Drum No.8,
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part. )
1241:26 1341:26 314 1240:42 1330:42 518 1400:50 1340:05
43 41 43 295 42 5 32 589 02 8 42 17
45 96 45 328 44 72 34 391 04 6 44 5
47 95 47 334 46 132 36 304 06 5 46 9
49 84 49 252 48 253 38 340 08 1 48 3
1251:26 158 1351:26 288 1250: 42 230 1340:42 419 1410:50 5 1350:05 7
53 201 53 427 52 305 42 398 12 6 52 10
55 235 55 267 54 320 44 487 14 28 54 7
57 116 57 298 56 335 46 440 16 7 56 15
59 129 59 126 58 288 48 440 18 15 58 41
1301:26 127 1401:26 54 1300:42 278 1350:42 461 1420:50 17 1400:05 48
03 121 03 19 02 299 52 388 22 17 02 72
05 37 05 23 04 451 54 514 24 29 04 46
07 172 07 19 06 395 56 398 26 40 06 45
09 335 09 20 08 512 58 460 28 47 08 153
1311:26 288 1411:26 11 1310:42 421 1400:42 369 1430:50 56 1410:05 48
13 335 13 25 12 596 02 220 32 52 12 57
15 356 15 8 14 603 04 317 34 67 14 38
17 150 17 12 16 486 06 245 36 52 16 60
19 144 19 15 18 305 08 292 38 99 18 64
1321:26 156 1421:26 18 1320:42 360 1410:42 234 1440:50 66 1420:05 57
23 54 23:23 13 22 288 12 151 42 79 22 68
25 62 24 222 44 112 24 TO
27 219 26 299 46 III 26 158
29 456 28 403 48 81 28 164
1331:26 346 1450:50 90
33 503 52 99
35 524 54 98
37 335
39 346
PSampler probably turned 'lsampler turned off before
off before entire tracer entire tracer cloud reached
cloud rea ched it. Total it. Total dosage adjusted
dosage adjusted (Table IV) (Table IV) but no satisfactory
but no satisfactory method discovered for adjust-
method discovered for ing listed se,!uential patterns.
adjusting listed se,!uen-
tial patterns.
-------
Table 5 (continued).
SEQUENTIAL DOSAGES AT SURFACE
Experiment No. 39 Experiment No. 39 Experiment No. 39 Experiment No. 40 Experiment No. 40 Experiment No. 40
13 March 1965 14 March 1965
Tracer Release: 8i te Tracer Release:Site A Tracer Release:Site Tracer Release: 8i te A Tracer Release:Site Tracer Release:Site
( to CST) (1220 to 1320 CST) ( to CST) ( 1100 to 1200 CST) ( to CST) ( to CST)
Arc: ; AZi(deg): Arc: 3; Azi(deg): 116.7 Arc: ; Azi(deg): Arc: 1 ; AZi(deg): 110.9 Arc: ; AZi(deg): Arc: ; Azi(deg):
R(m): Drum No.8q(cont)R(m): 6410; Drum No.2 R(m): ; Drum No. 2( cont) R(m): 740; Drum No.4 R(m): ; Drum No.4 R(m): ; Drum No.4 (Con't)
(Con't)
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1430:05 182 1323:12 1403:12 27 1100: 37 1130:37 34 1200:37 5360
32 151 25 4 05 26 01 38 31 8 01 4160
34 137 27 4 07 13 02 2040 32 268 02 1153
36 135 29 1 09 30 03 4600 33 3880 03 301
38 137 31 3 11 35 04 2320 34 4160 04 52
1440:05 143 1333:12 1 1413:12 40 1105: 37 258 1135:37 9000 1205:37 34
42 182 35 20 15 40 06 55 36 1765 06 12
44 100 37 13 17 56 07 5920 37 816 07 9
46 132 39 20 19 34 08 17960 38 2249 08 15
48 161 41 11 21 39 09 17280 39 1647 09 38
1450:05 156 1343:12 12 1423:12 40 1110,37 8480 1140:37 377 1210: 37 25
52 110 45 7 25 29 11 3440 41 770 11 19
54 90 47 18 27 35 12 11080 42 13200 12 17
56 64 49 24, 29 40 13 12280 43 2555 13 13
58 51 51 18 31 18 14 8640 44 2417 14 2
1500:05 61 1353:12 49 1433:12 13 1115:37 2240 1145:37 19560 1215:37 12
02 72 55 30 35 15 16 178 46 18320 16 15
04 55 57 23 37 7 17 755 47 1734 17 3
06 51 59 14 18 932 48 18040 18 6
1401 30 19 4640 49 20520 19 7
1120:37 10520 1150:37 6960
21 3920 51 19520
22 541 52 2015
23 47 53 592
24 28 54 1382
1125:37 354 1155:37 2137
26 170 56 1280
27 42 57 2586
28 26 58 1994
q Sampler turned off before 29 5 59 5000
entire tracer cloud reached
it. Total dosage adjusted
(Table IV) but no sstisfactory
method discovered for adjust-
ing listed sequential patterns.
........
~
-------
--' Table 5 (continued). SEQUENTIAL DOSAGES AT SURFACE
00
C> ----.---
Experiment No. 40 Experiment No. 40 Experiment No. 40 Experiment No. 40 Experiment No. 40 Experiment No. 40
14 March 1965 14 March 1965 14 March 1965 14 March 1965
Tracer Release :SiteA Tracer Release:Site A Tracer Release:Site Tracer Release : Site A Tracer Re1ease:Site A Tracer Re1ease:Site
( 1100 to 1200 CST) ( 1100 to 1200 CST) ( to CST) ( 1100 to 1200 CST) (1100 to 1200 CST) ( to CST)
Arc: 1; AZi(deg): 143.6 Arc: 2; Azi(deg): 116.0 Arc: ; AZi(deg): Arc: 2; AZi(deg): 138.7 Arc: 3; Azi(deg):116.7 Arc: ; Azi(d.eg):
R(m): 670; Drum No.5 R(m): 3380; Drum No. 12 R(m): ; Drum No.12(cont) R(m): 3320; Drum No. 10 R(m): 6410; Drua No.8 R(m): ; Drum No. 8\ coat )
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosaee
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1127:58 1105:53 1155:53 168 1134:07 1ll3:15 1203115 13
28 95 07 10 57 52 3' 225 15 7 05 6
29 2774 09 211 59 60 38 704 17 44 07 4
30 673 11 235 1201 13 40 145 19 96 o~ 33
31 33 13 356 03 293 42 168 21 622 11 46
1115: 53 202 1205:53 784 1144:07 5 1123:15 700 1213:15 115
17 406 07 849 46 0 25 914 15 184
19 660 09 324 48 0 27 518 17 64
21 278 11 75 50 5 29 318 l' 2'
23 119 13 18 31 389 21 0
1125: 53 148 1215: 53 5 1133:15 292 1223115 2
27 45 17 4 35 ~ 25 2
29 6 19 5 37 17 27 2
31 2 21 3 39 6 29 1
33 1 23 2 41 1 31 2
1135:53 0 1225:53 5 1143115 7 1231c15 3
37 64 27 1 45 45 3; 3
39 0 29 5 47 238 31 Q
41 1030 49 427 3f 2
43 1115 51 427 41 3
1145:53 512 1153115 314 1243:15 1
47 168 55 147 45 1~
49 486 57 460
51 106 59 262
53 110 1201 24
-------
Table 5 (continued). SEQUENTIAL DOSAGES AT SURFACE
Experiment No. 40 Experiment No. 41 Experiment No. 41 Experiment No. 41 Experiment No. 41 Experiment No. 41
14 March 1965 15 March 1965 15 March 1965 15 March 1965 15 March 1965
Tracer Release:Site A Tracer Release:Site A Tracer Release: 8i te A Tracer Release :Site A Tracer Release:Site A Tracer Release:Site
( 1100 to 1200 CST) (2050 to 2150 CST) (2050 to 2150 CST) ( 2050 to 2150 CST) ( 2050 to 2150 CST) ( to CST)
Arc: 3; Azi(deg): 128.5 Arc: 1; Azi(deg): 110.9 Arc: 1; Azi(deg): 143.6 Arc: 2; AZi(deg): 160.2 Arc: 3; Azi(deg): 113.5 Arc: ; Azi(deg):
R(m): 6670; Drum No. 7 R(m): 740 ; Drum No.8 R(m): 670; Drum No.1 R(m): 3180; Drum No. 12r R(m): 6410; Drum No.4s R(m): ; Drum No.4S(cont)
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
1126:12 2153:30 2139 : 00 2149:37 2100 : 00 2200: 00 ( 9)
28 7 54 9 40 6 51 11 02 (216) 02 ( 6)
30 47 55 27 41 3 53 43 04 ( 17) 04 ( 3)
32 245 56 43 42 17 55 157 06 ( 7) 06 ( 5j
34 308 57 134 43 255 57 346 08 ( 26) 08 ( 12
ll36:12 288 2158:30 238 2144:00 774 2159: 37 696 2110:00 ( 10) 2210:00 ( 6)
38 6 59 671 45 252 2201 1306 12 ( 19) 12 ( 26)
40 130 2200 604 46 396 03 1150 14 ( 32) 14 ( 23)
42 267 01 618 47 15000 05 1910 16 ( 32) 16 ( 16)
44 493 02 781 48 17400 07 1811 18 ( 27) 18 ( 19)
1146:12 571 2203: 30 895 2149:00 20000 2209:37 1640 2120:00 ( 9) 2220:00 ? 12)
48 141 04 838 50 21600 11 1953 22 ( ll) 22 18)
05 753 51 20800 13 1647 24 ( 22) 24 ( 6)
06 909 52 22200 15 1839 26 i 13) 26 ( 12)
07 ')96 53 18800 17 1374 28 9) 28 ( 6)
2208: 30 689 2154:00 21000 2219:37 881 2130 :00 ( 12) 2230:00 ( 13)
09 547 55 16000 21 849 32 ( 6) 32 ( 15)
10 746 56 22400 23 1186 34 i 21) 34 ~ 14)
11 753 57 13800 25 1380 36 16) 36 11)
12 405 58 18000 27 1147 38 ( 26) 38 16)
2213 : 30 180 2159:00 15000 2229:37 1192 2140':00 ( 14) 2240:00 ( 10)
14 99 2200 15800 31 985 42 ( 11) 42 i 17)
15 145 01 16200 33 137 44 ( 6) 44 9)
16 288 02 16800 46 ( 5) 46 ( 18)
17 222 03 17200 48 ( 13) 48 ( 14)
2218: 30 88 2204 : 00 13800 2150:00 ( 14) 2250:00 i 15)
19 18 05 14400 52 ( 4) 52 24)
20 6 06 14600 54 ( 8) 54. ( 30)
07 20000 56 ( 12) 56:00 ( 57)
08 18000 58 ( ll) 56:50 ( 15)
2209 : 00 17600
10 19000 rTotal dosage adjusted SSequential dosage patterns listed in parentheses;
11 14200 (Table IV), but no satis- measured dosage considered to be entirely
12 ,13800 factory method discovered contamination.
for adjusting listed,
sequential patterns.
......
(X)
......
-------
--'
00
N
Table 5 (continued).
SEQUENTIAL DOSAGES AT SURFACE
E1erimcnt No. 42 Experiment No. 42 Experiment No. 42 Experiment No. 42 Ex~riment No. 42 Experiment No. 42
1 March 1965 16 March 1965 1 March 1965
Tracer Release :Site B Tracer Release:Site Tracer Release:Site B Tracer Release:Site Tracer Release:Site B Tracer Release:Site
(2030 to 2130 CST) ( to CST) (2030 to 2130 CST) ( to CST) ( 2030 to 21[.0 CST) ( to CST)
Arc: lJ, Azi(deg): 307.2 Arc: ; Azi(deg): Arc: 4; AZi(deg): 323.4 Arc: ; AZi(deg): Arc: 5; Azi deg): 296.1 Arc: ; Azi(deg):
R(m): 1930; Drum Nu. 2 R(m): Drum NO.2(cont) R(m): 1940; Drum No. 4t R(m): ; Drum No.4t(cont)R(m): 4270; Drum No. 10 R(m): ; Drum No. 10( "ont)
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
2052:18 2122:18 648 2006:16 2106:17 ( 11) 2014:06 2054,06 1484
53 7 23 611 08:17 (389) 08 ( 29) 16 12 56 1238
54 13 24 457 10 (102) 10 ? 7) 18 5 58 1238
55 36 25 373 12 /115) 12 17) 20 14 2100 953
56 17 26 471 14 112) 14 ( 28) 22 1 02 991
2057:i8 34 2127:18 690 2016:17 (682) 2116:17 ( 10) 2024:06 0 2104: 06 1419
58 8 28 811 18 (187) 18 ( 5) 26 2 06 1614
59 7 29 979 20 ( 53) 20 ( 17) 28 1 08 1354
2100 4 30 1035 22 (232) 22 ( 64) 30 1 10 1328
01 1 31 1095 24 ( 13) 24 (103) 32 1 12 1354
2102:18 5 2132:18 1128 2026:17 ( 26) 2126:17 ( 30) 2034:06 0 2114:06 810
03 12 33 997 28 ( 17) 28 ( 8) 36 a 16 745
04 1 34 1216 30 ( 6) 30 ( 28) 38 a 18 525
05 6 35 1063 32 ( 49) 32 ? 23) 40 0 20 285
06 191 36 629 34 ( 25) 34 8) 42 19 22 121
2107:18 232 2137:18 1314 2036:17 ( 6) 2136:17 ( 13) 2044:06 232 2124106 19
08 69 38 680 38 ( 63) 38 ( 9) 46 544 26 10
09 32 39 634 40 ( 19) 40 ( 34) 48 713 28 10
10 26 40 326 42 ( 15) 42 ( 5) 50 823
11 24 41 238 44 ( 15) 44 ( 15) 52 1387
2112:18 53 2142:'18 66 2046:17 ( 29) 2146:17 ( 8)
13 57 43 14 48 ? 35) 48 ( 1)
14 85 50 41) 50:17 ( 6)
15 111 52 ( 39) 52:14 ( 9)
16 438 54 ( 81)
2117:18 601 2056:17 ( 29)
18 615 58 ( 18)
19 522 2100 ( 37)
20 489 02 ( 14)
21 438 04 ( 17)
tSequential dosage patterns
listed in parentheses;
measured dosage considered
to be entirely contamination.
-------
Table 5
(continued).
SEQUENTIAL DOSAGES AT SURFACE
~x}Jerimc-nt No. 42
16 March 1965
Tracer RE:lease: 8i te B
( 2030 to 2130 CST)
Arc: 6; Azi(deg): 299.8
R(m): 761O; Drum No.5
Experiment No. 42
16 March 1965
Tracer Release:Site B
( 2030 to 2130 CST)
Arc: 6; Azi(deg): 308.5
R(m): 8230; Drum No. 7u
Experiment No. 42
16 March 1965
Tracer Release:Site B
( 2030 to 2130 CST)
Arc: 6; AZi(deg): 318.9
R(m): 7640; Drum No. 8v
Experiment No. 43
17 March 1965
Tracer Release:Site A
( 2000 to 2100 CST)
Arc: 1; Azi(deg): 105.7
R(m): 770; Drum No.1
Experiment No. 43
Experiment No.
43
Tracer Release:Site
( to CST)
Arc: ; AZi(deg):
R(m): ; Drum No.l(cont)
Tracer Release:Site
( to CST)
Arc: ; AZi(deg):
R(m): ; Drum NO.l(cont)
Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.) (CST) (Part.)
2048:02 2133:59 2115 :40 200l:04 2026:04 1729 2051:04 2913
50 7 35 7 17 (13) 02 974 27 2414 52 3542
52 19 37 19 19 ( 5) 03 7540 28 834 53 3262
54 16 39 17 2l ( 6) 04 15200 29 2465 54 4078
56 22 41 13 23 ( 3) 05 9700 30 1971 55 3099
2058:02 29 2143:59 15 2125:40 (14) 2006:04 13400 2031:04 lll4 2056,04 3658
2100 25 45 II 27 (ll) 07 12400 32 2153 57 3775
02 24 47 2l 08 7400 33 2721 58 3332
04 45 49 14 09 8200 34 2344 59 2447
06 63 51 6 10 17600 35 2330 2100 2144
2l08:02 43 2153:59 2 20ll:04 17200 2036:04 2731 2l01:04 3192
10 38 55 3 12 10300 37 li84 02 3448
12 2ll 13 6300 38 438 03 1058
14 226 14 2018 39 760 04 75
16 444 15 1901 40 1407 05 19
2l18:02 557 2016:04 881 2041:04 1654 2106:04 12
20 602 17 345 42 2409 07 6
22 8ll 18 14 43 2624 08 12
24 612 19 4 44 3453 09 10
26 597 20 22 45 15480 10 II
2128:02 383 202l:04 3li3 2046:04 2036 2lll:04 6
30 207 22 2628 47 2866 12:04 7
32 46 23 624 48 3169 12:59 8
34 41 24 2083 49 3332
36 28 25 1254 50 2703
2138:02 14
40 II
4~ 4
UPlastic rain cover blew VSequential dosage patterns
over intake orifice at listed in parentheses;
an unknown time. Total measured dosage considered
dosaged was adjusted to be entirely contamination.
(Table IV), but no satis-
factory method discovered
for adjusting listed,
sequential patterns.
CD
W
-------
ex:>
.j:::>
1:.X1)1-1'1[(1' 01.. Hu. 43
17 March 1965
Trac..:r R'_L'uf" ::'il'..;' A
( 20.0.0. t, 210.0. C~'T)
f.r';: 1; : :.i(d'=g): 110..9
R(m): 740.: Drum Nc. 2
Time
(CST)
200.0.:15
0.1
0.2
0.3
0.4
20.0.5:15
0.6
0.7
0.8
0.9
20.10. : 15
11
12
13
14
20.15:15
16
17
18
19
20.20.:15
21
22
23
24
20.25:15
26
27
28
29
DosuC'c
(Part. )
34
90.40.
2610.
3215
2866
2353
729
418
5520.
2480.0.
50.40.
1137
337
2960
0.
2819
4380.
40.78
4893
3262
1412
1789
2353
3285
Experimc~t iJo.43
Table 5 (continued).
SEQUENTIAL DOSAGES AT SURFACE
}~/.p~rir;J'- nt He. 43
Trac~r R0l~~c~:~ite
( co CST)
Arc: ; Azi(d~g):
R( m) : ; Drum No. 2( cont )
TimE:
(CST)
20.30.:15
31
32
33
34
20.35 :15
36
37
38
39
250.
67
71
5
5
20.40.:15
41
42
43
44
20.45:15
46
47
48
49
20.50.:15
51
52
53
54
20.55:15
56
57
58
59
Dosage
(Part. )
2260
2819
3262
3192
6080.
14160
120.40.
760.0.
6360.
20.600.
2220.0.
11440.
12280.
12360
270.0.0.
9320.
5360
6960.
2180.0.
20.20.0.
1160.0.
13240.
1940.0.
20.40.0.
2480.0.
14680.
8880
4840.
581
347
Tracer Ro::les.:::<:--: :-:i t.
( to CST)
Arc: ; Azi(deg):
R(m): ; Drum No.2(cont)
Time
(CST)
210.0.:15
0.1
0.2
0.3
0.4
210.5:15
0.6
0.7
0.8
0.9
2110.:15
11
12
13
14
2115:15
16
17
18
19 :15
2120.:10.
Dosage
(Part. )
20.1
3440.
3320.
10.9
38
16
14
13
9
4
8
7
8
2
"
7
3
7
7
1
8
Exp'ri-~ r.1- I'll). 43
17 March 1965
Trac,-!' :r:.~l'~cJ.f' :~it..- A
(20.0.0. tc 210.0. C:3T)
f.re: 2; Azi (deg): 10.1. 6
R(m): 3150.; Drum Nc.. 10.
Time
(CST)
20.0.6: 57
Do
10.
12
14
20.16: 57
18
20.
22
24
20.26:57
28
30.
32
34
20.36:57
38
40.
42
44
20.46: 57
48
50.
52
54
Dcs',[c
(Part. )
314
681
629
1420.
30.69
2790.
1420.
426
11
~,.,.:~I;rirr:' nt, Ho. 43
17 March 1965
Trac":'r R,:l(.~~[,- :~it'~ Trac~r R,-l02fjJ,.:~',it, A
( to CST) (20.0.0. to 210.0. CST)
Arc: Azi(deg): :,rc: 2; Azi(deg): 116.0.
R(m): ; Drum No.10.(cont)R(m): 3380.; Drum No. 12
ExperiJr1'--nt :L]. 43
Time
(CST)
20.50:57
58
210.0.
0.2
0.4
210.6:57
0.8
10.
12
14
710.
259
518
155
11
2116:57
18
20.
22
24
2126:57
28
30.
32
34:57
31
7
2
1
3
6
60
194
421
2136:53
37:0.5
Dosage
(Part. )
356
356
257
437
972
810.
875
486
14
5
Time
(CST)
20.27:28
29
31
33
35
4
6
1
5
8
20.37:28
39
41
43
45
20.47:28
49
51
53
55
7
4
1
8
0.
20.57:28
59
210.1
0.3
0.5
210.7:28
0.9
11
13
15
1
9
2117:28
Dosage
(Part. )
339
51
432
10.93
1512
1385
1677
902
187
90.
372
576
859
419
46
22
6
0.
3
1
3
2
1
0.
11
-------
Table 5 (continued).
SEQUENTIAL DOSAGES AT SURFACE
Ex-pcrinll:nt No. 43
17 March 1965
Tracer Relcas€:Site A
( 2000 to 2130 CST)
Arc: 3; AZi(cleg): 84.7
R(m): 7240; Drum No.4 w
Experiment No. 43
17 March 1965
Tracer Release:Site A
(2000 to 2130 CST)
Arc: 3; Azi(deg): 97.8
R(m): 6910; Drum No.8
Experiment No. 43
17 Mar ch 1965
Tracer Release:Sitc A
(2000 to 2130 CST)
Arc: 3; Azi(deg): 116.7
R(m): 6410; Drum No.7
Time Dosage Time Dosage Time Dosage
(CST) (Part.) (CST) (Part.) (CST) (Part.)
2019:00 2012:23 2027: 46
21 ( 8) 14 14 29 12
23 ( 8) 16 30 31 71
25 (n) 18 15 33 107
27 ( 5) 20 2 35 370
2029 :00 ( 5) 2022:23 187 2037:46 571
31 (n) 24 488 39 365
33 i 9) 26 253 41 232
35 n) 28 186 43 518
37 ( 5) 30 31 45 292
2039:00 (n) 2032:23 4 2047:46 270
41 (27) 34 2 49 139
36 0 51 175
38 3 53 142
40 0 55 40
2042: 23 0 2057:46 10
44 1
46 1
48 2
50 0
2052: 23 1
54 1
56 0
58 1
2100 1
2102:23 0
04 0
06 0
08 164
10 432
2n2:23 288
14 73
16 13
co
(J1
WSequential dosage patterns
listed in parenthesesj
measured dosage considered
to be entirely contamination.
-------
TABLE 6.
Z (ft)
Dosage (Part) :
X, Part/m3
Site A
Site B
TOTAL VERTICAL DISTRIBUTION OF ROTOROD DOSAGES
Symbols
Height in whole feet of sampler above the surface
Number of (fluorescent) particles
Equivalent concentration, particles per cubic meter
Forest Park
Roof of the Knights of Columbus Building
187
-------
co
co
Table 6
(continued).
Experi~n"L No. L8'" ExperimEoDt No. 21
9 A.pril 19'~4 4 Junt.' 1964
Tracer Releas,~: Site A Tracer Re:lEo8se; Site B
(2045 " 2l ,5 CST) (1030 tv 1130 CST)
.D..zimuth; 030.9° Azimuth: 358.60
Range: Ill-50 m Range: 1480 m
TimE On Time Ofr Dosage X Time On Time Ofr Dosage X
2(r,,) (CST) (CST) (Part.) Part. 1m3 Z(ft) (CST) (CST) (Part. ) Part. 1m3
280 2035 2202 1,204 799 736 1024 1159 9,653 6,503
198 2037 2200 43,162 28,647 357 1020 1145 8,853 5,694
.Ll~ 2043 2158 629,315 417,676 104 1027 1142 5,068 3,414
20:"5 220'1 933,960 619,869 6 1030 1136 1,330 896
Experiment No. 25 Experiment No. 26
10 June 1964 11 June 1964
Tracer ReleasE:: 8i te A Tracer ReleasE:: Site B
(1033 to 1133 CST) (1035 to 1135 CST)
Azimuth: 15-'-'-.2° Azimuth: 291.80
Range: 2790 m Range: 9820 m
Time On Time Off Dosage X Time On Time Off Dosage X
z(rt} (CST) (CST) (Part.) Part. 1m3 Z(ft) (CST) (CST) (Part.) Part. 1m3
550 1011 1156 796 526 600 1044 1226 75 50
6 1035 1155 3,105 2,051 6 1050 1220 520 345
Experiment No. 28
11 October 1964
Tracer Release: Site B
(1105 to 1205 CST)
Azimuth: 331.0°
Range; 1530 m
Experiment No. 30
16 October 1964
Tracer Release: 81 te B
(2000 to 2100 CST)
Azimuth: 358.6°
Range: 1480 m
Time On 'rime orr Dosage
Z(ft) (CST) (CST) (Part.) Part. 1m3
817 lOb.9 12::,2- 7,992 5,304
438 1051 1225 8,856 5,878
6 1115 1216 9,139 6,065
Time On Time Off Dosage X
Z(ft) (CST) (CST) (Part.) Part. 1m3
998 1950 2135 513 340
499 1955 2132 1,198 795
6 1956 2125 18 12
aXa ilc.justments iI; ~he ~O/?J;!.su;"eti rtosaf"I2'S were ra(\e. but 'loe-lysis of ?1. thf' experirnentR.l
r',9.t~ in.,ic'1,tt:~ thA.t tpf' v9.1ues for-the two '.lurer level::; t,no the two lower levels may "be
too high and too 10'''', resppct.ivE
-------
TETROON OBSERVATIONS
Tetroons were normally released from the tracer dissemination site 15
minutes after the beginning of dissemination. They were ballasted to float
either at 500, 1000, or 1500 feet above the surface. Equipment failure resulted
in loss of some data.
The transponder signal was tracked on the Plan Position Indicator scope
of the WSR-57 radar at Lambert Field. The azimuth in degrees and range in
nautical miles (n.m.) of the tetroon from this site were usually recorded at
('-minute intervals. Because the signal was received as a "blip" of defined
length and width, either the mean range and the mean azimuth or the mean range
and two azimuths (representing the edges of the blip) were reported. When the
tetroon was very close to the radar site, the signal was displayed as a blip so
large that a mean azimuth and range could only be estimated. The accuracies of
units reported in Table 7 for each tetroon release are those measured
189
-------
~
a
Table 7. TETROON OBSERVATIONS
Exp;::rim:;H ~ E;':D~riuJ,",n~- lie... :' Ey.p~riur. iT::: ~::o..1=.~ ~im':;nt 1;0. 7 .'~xp.::riment Nu. 7 (c',nt.) E7.::::-~meut No. 8
19 Ju.2-y 22+ JUL:l 19'- 2' Jw.y 190) 25 Jwy l?63 2u .July 1963
Trec"r Rt~:::- ~ - : Sit.:: r TrE:cer Rel.:::.::-- ;Sl"t( B Tra c~r Release; S1 to:: B I'r~cer Release: 81 te B Tracer Release: 8i te Tracer Release: 81 te B
(ll~)c. ~'- 1230 CST) (1l04 to 1204 'C:T) (1130 to 1230 CST) (1040 to 1140 CST) ( to CST) ( 1045 to 1145 CST)
Ascension Start :1145 CST Ascensi0n SL3.rt: .1130 CST Ascension Start:llh5 CST Ascension Start: 1110 CST Ascension Start: CST Ascension Start: 1100 CST
Tetroc..r, Flight Level:l:<)O ft Tet.ro0n Fl 1 ,-.b , ~_v€1:1000 ft Tetroon Flight U!vE:l: 1000 ft Tetroon Flight Level: 1000 ft ? -,troaD Flight Level: ft Tetroon Flight Level: 1000 f~
Time A:::iJ::luth:;; Range Time .-\zimu:.hs Range Tim>:, Azimuths Range Time Azimuths Range Time Azimuths Range Time Azimuths Rang~
(CST) (deg) (nm) (CST) (deg) (nm) (CST) (deg) (nm) (GeT) (deg) (run) (CST) (deg) (run) (CST) (deg) (run)
1145 137.0 142.5 9.0 1135 142.0 160.0 11. 20 1147 144.4 149.4 1l.45 1110 144.5 149.0 11. 70 1230 303.0 316.5 1102 143.0 149.7 11.15
TranSpOiJder signa.l lost 37 131. 5 153.0 11.10 49 145.0 150.8 1l.10 12 145.0 151.0 11. 7" 32 271.0 293.5 4.25 04 142.0 151.0 10.75
1208 123.8 137.5 9.5) 39 130.5 150.5 1l.00 51 1"5.2 150.2 10.85 14 145.2 152.0 10.90 34 275.0 287.7 4.40 06 142.8 149.2 10.36
10 118.,~ 126.5 9.~Q 41 135.5 152.5 1l.00 53 1~a.9 150.2 10.~5 16 1405.4 152.0 10.60 36 275.0 293.0 4.70 08 139.8 155.7 9.96
Transpcr,l,::r signal lost -I: 128.5 1)).0 10.90 55 145.4 149.5 10.10 18 144.6 151.0 10.35 Transponder signal lost 10 141.8 155.5 9.45
1222 104.5 111.5 7.70 1145 134.5 144.4 10.90 1157 148.0 152.9 9.82 1120 144.5 151. 7 10.00 1242 290.0 298.0 5.48 1112 138.4 150.2' 9.05
24 102.7 108.5 10.90 47 133.0 146.0 11.00 59 146.5 152.5 9.55 22 144.6 151. 3 9.70 44 291.4 298.5 5.70 14 137.7 152.5 8.57
26 101. 5 106.7 11. 10 49 132.5 143.0 10.90 1201 146.8 153.9 9.:20 24 144.2 150.6 9.35 46 291.7 301. 6 6.00 16 139.5 147.8 8.12
28 099.5 105.5 11. 50 51 131.0 143.0 10.85 03 147.9 153.5 8.80 26 14J.9 151.1 9.04 48 291. 5 300.6 6.40 18 136.8 147.3 7.60
30 096.4 103.0 12.:>0 53 127.0 143.5 10.75 05 149.0 154.6 8.50 28 145.5 151.1 8.55 50 293.4 301. 5 6.75 20 134.2 148.0 7.63
1232 094.5 101.0 1:':".30 1155 129.5 140.7 10.45 1207 148.5 155.5 8.30 1130 144.9 152.1 8.20 1252 294.0 301.8 7.15 1122 135.3 145.3 6.86
J4 093.5 98.5 12.60 57 130.5 141. 5 10.45 09 150.0 156.4 8.10 32 14'.1 153.0 7.85 54 295.5 303.0 7.60 24 133.5 146.0 6.50
36 091. 6 95.7 12.95 59 128.3 141. 0 10.35 II 151.0 155.9 7.&:> 34 147.7 15J.O 7.36 56 296.0 303.5 8.15 26 134.7 149.5 6.15
38 088.5 93.7 13.40 1201 121.5 138.0 10.20 13 151. 9 157.9 7.55 36 lL.S.2 155.0 6.95 58 296.4 303.8 8.40 28 135.0 144.5 5.68
40 086.4 92.0 13.90 03 117.0 138.5 10.05 15 151.8 159.5 7.35 38 147.7 155.6 6.55 1300 296.7 303.4 8.&:> 30 128.2 142.0 5.23
1242 082.6 90.3 14.20 1205 12D.O 135.5 10.00 1217 153.8 159.5 7.10 1140 152.0 158.3 6.20 1302 297.0 303.5 9.15 1132 120.5 147.0 4.78
44 081. 5 89.5 14.60 07 122.5 137.5 9.90 19 154.1 161. 2 6.85 42 151. 5 162.3 6.00 04 297.0 303.5 9.70 34 126.8 141. 5 4.30
46 0&:>.5 87.0 15.25 Transponder signal lost 21 156.0 162.6 6.60 44 151.4 161. 7 5.65 06 297.6 304.5 10.10 36 097.8 157.2 3.89
48 078.7 87.4 15.60 1215 114.5 138.0 9.10 23 157.4 166.5 6.35 46 151.6 161. 4 5.35 08 298.6 305.6 10.30 38 111.0 139.5 3.53
50 079.0 84.5 16.10 17 122.2 129.3 8.90 25 159.0 167.0 6.20 48 152.0 165.7 5.05 10 301. 6 305.7 10.60 40 103.0 127.0 3.19
Transponder signal lost 1219 11 '. 'i 134.3 8.75 1227 1fX). 5 168.0 6.05 1150 153.2 163.4 4.69 1312 301.6 306.6 10.90 1142 2.90
1254 077.5 82.0 16.90 21 11'J.1) 129.5 8.75 29 162.9 170.5 5.80 52 151.8 163.8 4.40 14 301.6 307.5 11.15 44 2.76
23 115.5 128.0 8.60 31 163.5 169.5 5.65 54 150.0 164.4 4.15 16 303.4 308.4 1l.45 46 2.65
Tnn~p')ndt2r signal lost 3, 165.5 173.5 5.50 56 157.5 3.68 18 304.0 308.5 11. 79 48 078.0" 2.59
1227 114.(' 1;;:~'.5 8.50 =::; 166.7 17'.0 5.35 58 145.2 173.5 3.30 20 303.3 308.8 12.13 50 067. Oa 2.65
1229 115.5 1~-+.5 8.35 ""c.7 164.1 177.4 5.15 1200 149.0 2.90 1322 304.0 309.8 12.49 1152 063.5a 2.85
31 114.0 125.5 8.20 39 170.0 179.5 5.00 02 149.0 2.50 24 303.3 309.5 12.&:> 54 032.5 :).10
33 ~14.0 125.0 41 '72.5 185.0 ".95 04 149.0 2.35 26 304.0 309.5 13.20 56 051.0 3.35
35 113.0 8.05 Transponde:r- ~ign3.1 _c,st 06 149.0 2.00 28 304:6 310.4 13.60 58 3.49
Traosp0nder signal lost 1251 l'~,8.o 207.5 -+.50 08 149.0 1.9) 30 303.5 310.0 14.04 1200 040.1 338.0 3.89
1243 121.5 7.90 1253 190.,) ~'05.6 4.!") 1210 1&:>.0 1.80 1332 305.3 ~.o9.2 14.06 1202 013.0 4. -~c:;
45 099.5 1l0.5 7.eD 05 194.5 203.5 -;;'. 12 214.0 1.95 34 304.5 309.0 14.95 04 025.0 4.78
47 088.0 103.0 7.80 57 198.6 204.8 !.L~O 14 257.0 2.00 36 303.8 308.0 15.34 06 007.8 5.10
49 086.5 104.5 7.70 59 201.8 2::'9.3 4.12 16 247.0 2.30 38 304.6 309.0 15.78 08 004.0 019.2 5.58
51 092.0 104.5 7.55 1301 201.7 21:".6 4.05 Transponder signal lost 40 303.3 308.4 16.15 10 003.0 015.2 6.05
Transponder signal lost 1303 206.0 222.0 3.95 1212 360.0 015.2 6.?5
1255 088.0 103.0 7.35 05 208.5 222.0 3.90 Transponder signal losT.
57 090.5 102.0 7.20 1216 002.0 004.5 7.20
.18 001.0 003.0 7.55
aApproxima.te values.
-------
Table 7
(continued).
TETROON OBSERVATIONS
Experiment No.9 Experiment No. Experiment No. Experiment No. 11 Experiment No. 12 ~riment No. 13
12 September 1963 16 September 1963 17 September 1963 18 Sept_er 1963
Tracer Release;Site Tracer Release:Site Tracer Release:Site Tracer Release:Site B Tracer Release :Site B Tracer ReleBse:Site B
(1115 to 1215 CST) ( to CST) ( to CST) ( 1100 to 1200 CST) (2000 to 2030 CST) (2000 to 2100 a3T)
Ascension Start :1130 CST Ascension Start: CST Ascension Start: CST Ascension Start: 111.6 CST Ascension Start:2015 CST Ascension Start:2015 CST
Tetroon Flight Level: 1000 m Tetroon Flight Level: Tetroon Flight Level: Tetroon Flight Level: 1000 f't Tetroon Flight Level: 1000 ft Tetroon Flight level :1000 :rt
Time Azimuths Range Time Azimuths Range Time Azimuths Range Time Azimuths Range Time Azimuths Range Time Az1m1Iths Range
(CST) 'deg) (nm) (CST) (deg) (nm) (CST) (deg) (run) (CST) (deg) (nm) (CST) (deg) (run) (CST) (deg) (run)
1133 144.0 9.60
36 140.0 155.0 10.20 1118 141.7 149.6 11.10 2019 145.6 149.8 11.35 2018 144.5 151.3 11.50
39 139.5 148.2 10.80 2l 143.5 149.3 10.40 2J. 143.5 150.8 11.00 21 144.5 152.0 11.40
42 140.5 147.0 11.30 24 141.4 148.8 9.90 24 144.0 151.1 10.45 24 145.1 152.0 11.20
45 135.5 153.5 11.90 27 140.3 147.6 9.40 27 142.0 151.3 9.95 27 145.0 151.3 10.95
48 137.7 152.0 12.50 30 138.8 147.7 8.75 30 143.9 150.8 9.50 30 144.9 151.4 10.65
51 138.5 144.5 13.20
.54 140.0 144.0 13.65 1133 140.5 146.0 8.10 2033 143.5 149.7 9.15 2033 144.0 151.5. 10.35
57 137.5 143.0 14.20 36 138.3 145.4 7.55 36 145.5 151.6 8.80 36 143.5 151.1 10.00
1200 137.6 143.5 14.65 39 136.4 147.5 7.00 39 144.3 153.0 8.35 39 143.5 151.4 9.65
03 137.5 142.8 15.35 42 135.4 142.4 6.50 42 146.4 154.0 7.90 42 142.5 149.9 9.25
06 137.0 143.0 16.05 45 135.5 141.4 5.90 45 145.5 158.5 7.50 45 142.0 149.0 8.90
09 136.5 146.5 16.75
12 136.0 142.5 17.40 1148 132.5 141.0 5.30 2048 150.0 158.2 7.10 2048 11<1.1 149.2 8.55
15 136.0 146.8 18.15 51 129.2 137.6 4.65 51 152.5 159.2 6.75 51 1100.5 149.0 8.22
18 136.5 143.5 18.70 54 n8.5 137.4 4.15 54 155.0 162.5 6.35 54 139~ 147.6 7.80
21 136.5 143.5 19.50 57 108.6 137.4 3.55 57 156.5 167.5 6.00 57 13B..J! 146.2 7.50
24 l36.0 141.5 20.00 1200 105.5 133.4 2.95 2100 158.5 167.0 5.60 2100 137.ti 1~5.2 7.10
27 136.8 143.5 20.80
30 136.6 143.6 21.40 1203 090.0 125.0 2.30 2103 162.2 169.5 5.20 2103 136.1 143.9 6.75
06 078.0 119.0 1.90 06 l66.0 172.5 4.90 06 l34.5 142.2 6.40
09 1.70 09 169.4 180.1 4.60 09 133.0 140.9 6.05
12 1.70 12 174.5 182.6 4.25 12 131.~ 139.0 5.70
15 1.90 15 169.8 192.3 4.00 15 128.9 136.6 5.40
1218 021.5b 2.15 2118 187.0 201.0 3.80 2118 l.26.0 133.5 5.05
21 on.ob 2.45 21 191.1 209.0 3.65 21 122.5 130.6 4.70
24 356.6 019.4 2.85 24 190.6 220.4 3.65 24 120.2 130.6 4.45
27 340.0 012.5 3.35 27 197.6 227.5 3.65 27 116.4 123.6 4.15
30 347.0 353.5 4.00 30 204.5 231.4 3.65 30 lU.O l21.. 0 3.90
2133 211.5 234.5 3.75 2133 106.6 114.4 3.70
36 098.0 108.6 3.50
39 093.5 103.5 3.40
42 087.6 101.4 3.25
45 080.5 093.5 3.20
bApproximate values.
'-.0
-------
I.D
N
Table 7 (continued). TETROON OBSERVATIONS
Experiment No. 14 Experiment No. 14 (cont.) Experiment No. 16 Experiment No. 20 Experiment No. 21 Experiment No. 2l (cont.)
1 April 1964 7 April 1964 3 June 1964 4 June 1964
Tracer Release:Site B Tracer Release:Site Tracer Release:Site B Tracer Release:Site A Tracer Release:Site B Tracer Release:Slte
(1200 to 1300 CST) ( to CST) (2048 to 2148 CST) (1040 to 1140 CST) (1030 to 1130 CST) ( to CST)
Ascension Start :1215 CST Ascension Start: CST Ascension Start: 2100 CST Ascension Start: 1056 CST Ascension Start: 1045 CST Ascension Start: CST
Tetraon Flight Level:500 ft Tetraon Flight Level: Tetraon Flight Level: 500 ft TetraaD Flight Level:lOOO ft Tetraon Flight Level: 1500 ft TetraaD Flight Level:
Time Azimuths Range Time Azimuths Range Time Azimuths Ra.!lg02 Time Azimuths Range Time Azimuths Range Time Azimuths Range
(CST) (dog) (nm) (CST) (deg) (run) (CST) (deg) (run) (CST) (deg) (nm) (CST) (deg) (run) (CST) (deg) (run)
1219 145.5 151.0 10.3 1313 003.5 009.6 14.4 2110 144.0 149.0 3.5 1117 136 10.8 1051 144 149 11.0 1147 176 180 8.6
21 147.2 152.2 9.8 15 003.1 009.3 15.4 12 142.0 148.0 3.0 19 133 139 10.8 53 145 149 11.1 49 176 182 8.4
23 146.1 152.5 8.9 17 003.1 009.0 16.4 14 141. 6 146.0 3.4 21 133 139 11.2 55 145 150 10.8 51 177 183 8.5
25 146.5 153.0 8.0 19 003.6 009.5 17.4 16 141. 4 145.0 3.4 23 133 137 11.3 57 146 150 10.5 53 178 185 8.5
27 146.2 153.4 7.2 21 003.3 008.6 18.5 18 142.0 143.9 3.4 25 133 137 11.5 59 147 152 10.3 55 180 187 8.4
1229 145.5 152.6 6.5 1323 002.3 007.7 19.4 2120 141. 0 143.5 3.0 1127 132 137 11.7 1101 146 153 10.1 1157 182 189 8.4
31 143.5 151. 6 5.7 25 002.5 008.2 20.5 22 141. 2 143.0 3.0 29 132 137 12.0 03 146 153 10.1 59 184 190 8.3
33 138.7 143.6 4.6 27 002.3 008.0 2l.4 24 141.0 143.5 3.0 Transponder signal lost 05 147 153 9.9 1201 186 193 8.2
35 129.3 140.0 3.9 29 004.3 007.7 22.5 26 141. 0 143.9 3.3 1139 125 130 13.0 07 148 155 9.9 03 188 195 8.2
37 108.4 134.3 3.3 31 003.6 007.8 23.4 28 141.0 143.0 3.3 41 127 129 13.0 09 149 153 9.9 05 190 196 8.1
1239 104.7 116.5 2.8 1333 004.5 008.0 24.5 2130 141.0 142.5 3.8 1143 124 130 13.1 1111 150 154 9.9 Transponder signal lost
41 075.0 111. 3 2.7 35 003.9 007.6 25.3 32 140.8 143.5 3.5 45 124 129 13.2 13 150 155 9.8 1209 193 199 8.0
43 076.2 2.7 37 002.2 005.5 26.4 34 141. 0 142.8 4.0 47 122 128 13.3 15 152 156 9.7 11 194 201 8.1
45 041.6 056.5 3.2 39 002.1 007.0 27.4 36 140.9 142.0 4.0 49 121 127 13.3 17 153 157 9.6 13 196 203 8.0
47 031.8 048.5 3.6 41 004.4 006.6 28.4 38 140.8 142.0 4.0 Transponder signal lost 19 154 159 9.6 15 198 205 7.9
1249 028.6 039.1 4.2 1343 002.0 007.1 29.2 2140 139.9 141. 3 1155 120 125 13.5 112l 158 161 9.5 1217 202 208 . 7.8
51 02l.4 029.6 4.9 45 002.4 007.5 30.3 42 141.0 143.5 4.0 57 120 125 13.5 23 159 162 9.4 19 204 209 7.8
53 016.6 024.5 5.7 RAREP 44 142.4 143.5 3.0 59 118 123 13.8 25 159 164 9.2 21 207 212 7.8
55 015.5 021.4 6.4 1357 003.1 004.3 36.9 46 138.9 141. 2 3.0 1201 117 119 14.0 27 160 165 9.3 23 209 216 7.8
RAREP 48 140.0 141. 0 3.0 03 117 120 14.2 29 162 168 9.2
1303 006.6 013.6 9.9 2150 139.2 141.0 3.2 1205 117 122 14.6 1131 164 168 9.0
05 005.6 012.6 10.7 52 139.0 140.3 3.2 07 118 122 14.7 Transponder signal lost
07 006.4 012.0 11.7 54 139.0 140.6 3.0 09 116 122 14.9 1135 164 169 9.0
09 006.4 011.3 12.7 56 138.9 140.0 Transponder signal lost RAREP
11 005.9 010.7 13.5 1213 115 120 15.2 1145 174 177 8.6
1215 115 119 15.7
17 114 119 16.1
19 114 119 16.2
21 114 119 16.3
23 113 118 16.6
1225 112 117 16.7
27 111 115 17.0
-------
Table 7 (continued). TETROON OBSERVATIONS
EX"Of;;riment No. 22 Experiment No. 23 Experiment No. 24 Experiment No. 25 Experiment No. 26 Experiment No. 27
.5 June 1964 7 June 1964 9 June 1964 10 June 1964 11 June 1964 10 October 1964
Tra.cer Release:Site A Tracer Release: 81 te A Tracer Release:Site A Tracer Release :Site A Tracer Release: 81 te E Tracer Release:Si'te B
(1130 to 1230 CST) (1132 to 1232 CST) (1030 to 1130 CST) (1.033 to 1133 CST) (1035 to 1135 CST) (1130 to 1230 CST)
A",L;ensiaD Start :1145 CST Ascension Start :1145 CST Ascension Start :1140 CST Ascension Start: 1045 CST Ascension Start: 1045 CST Ascension Start ;1l45 CST
Tetroon Flight Level:1500 ft Tetroon Flight Level:1500 ft Tetroon Flight Level :1500 ft Tetroon Flight Level: 1000 ft TetraoD Flight Level: 1000 ft Tetroon Flight Level :1500 ft
Time Azimuths Range Time Azimuths Range Time Azimuths Range Time Azimuths Range Time Azimuths Range Time Azimuths Bange
(CST) (deg) (nm) (CST) (deg) (nm) (CST) (deg) (nm) (CST) (deg) (nm) (CST) (deg) (nm) (CST) (deg) (nm)
1149 142 147 8.8 1149 140 147 9.4 1140 143 9.2 1103 139 144 10.5 1047 149 154 11.5 1203 152.0 11.5
51 140 146 8.6 51 139 145 9.2 42 137 141 8.6 05 139 144 10.6 49 151 157 11.4 05 154.0 11.6
Transponder signal lost 53 135 143 9.2 44 134 137 8.5 07 140 144 10.7 51 152 158 11.3 07 156.0 11.6
1157 132 138 8.0 55 133 139 9.2 46 130 134 8.4 09 140 144 10.9 53 154 160 11.1 09 157.0 11.7
59 131 137 7.9 57 130 136 9.2 48 125 130 8.5 11 140 144 11.0 55 156 161 11.0 11 158.0 12.0
1201 130 137 7.9 1159 129 135 9.3 1150 117 119 8.9 Transponder signal lost 1057 157 162 10.9 1213 158.5 12.1
03 129 136 7.7 1201 127 133 9.4 52 114 118 9.0 1115 140 144 11.3 59 161 167 10.7 15 159.0 12.1
05 127 134 7.7 03 123 129 9.5 54 111 114 9.2 17 11.4 1101 162 168 10.6 17 160.0 12.2
07 124 132 7.6 05 122 128 9.7 56 106 111 9.8 Transponder signal lost 03 164 170 10.4 19 161. 0 12.2
09 122 130 7.3 07 121 127 9.9 58 102 106 10.4 1125 138 142 12.1 05 166 172 10.3 Transponder signal lost
1211 118 126 7.2 1209 120 126 10.1 1200 098 102 11.1 1107 168 175 10.1 1233 166.0
13 117 124 7.1 11 118 124 10.2 02 096 099 12.4 09 169 175 10.0 35 166.0
15 116 122 7.2 13 117 123 10.4 04 093 097 13.3 11 170 177 9.8 37 166.5
17 112 118 7.3 15 114 120 10.6 06 14.4 13 173 178' 9.6 39 167.0
19 110 115 7.4 17 113 119 10.9 15 174 180 9.4 41 167.0
1221 108 113 7.5 1219 112 117 11.1 1117 176 182 9.1 Transponder signal lost
23 107 112 7.5 21 109 115 11.3 19 177 183 8.8 1251 168.0 12.4
25 104 106 7.5 23 107 113 11.4 21 177 183 8.5 53 169.5 12.5
27 100 105 7.5 25 100 106 11.6 23 181 187 8.2 55 170.0 12.6
29 098 104 7.6 27 103 109 11.8 25 182 187 7.9' 57 170.5 12.7
1131 095 103 7.7 1229 101 107 12,1 1127 185 189 7.7 1259 171.5 12.7
33 095 102 7.8 31 101 106 Transponder signal lost 1301 171.5 12.7
35 093 099 7.9 33 100 106 1137 190 6.8 03 172.0 12.7
37 091 096 8.0 35 101 106 RAREP 05 173.0 12.7
39 089 094 8.0 RAREP 1147 195 198 5.4 07 173.5 12.7
1241 084 092 8.1 1257 090 096 2.1 1149 193 200 4.9 1309 175.0 12.7
43 082 088 8.1 59 090 096 2.0 51 196 203 4.5 11 176.0 12.8
45 080 086 8.2 1301 089 095 2.2 53 195 208 4.3 13 177.0 12.9
03 089 095 2.0 55 195 212 4.2 15 177.5 13.0
05 088 094 1.8 57 198 210 3.8 17 178.5 13.1
1307 087 090 1.9 1159 200 214 3.7 1319 179.5 13.2
09 087 093 1.8 1201 212 218 3.3 21 180.0 13.3
11 027 093 1.6 03 210 220 3.4 23 180.0 13.4
13 086 092 1.4 RAREP 25 180.0 13.5
15 086 092 1.4 1213 219 3.1 2T 181.0 13.6
1215 226 2.9
\.D
W
-------
~
~
Table 7 (continued). TETROON OBSERVATIONS
Experiment No. 27 (cont.) Experiment No. 28 Experiment No. 28 (cont.) Experiment No. 29 Experiment No. 29 (cont.) Experiment No.
II October 1964 12 October 1964
Tracer Releaae:Site Tracer Release: S1 te B Tracer Release:Site Tracer Re lease: 51 te A Tracer Release:Site Tracer Release: 51 te A
( to CST) (1105 <0 1205 CST) ( to CST) (2000 to 2100 CST) ( to CST) ( to CST)
Ascension Start: CST Ascension Start: 1115CST Ascension Start: CST Ascension Start: 2015 CST Ascension Start: CST Ascension Start: CST
Tetroon Flight Level: Tetroon Flight Level:1500 ft TetrooD Flight Level: TetreOD Flight Level:1500 f't Tetroon Flight Level: TetrooD Flight Level: . ft
Time Azimuths Range Time Azimuths Range Time Azimuths Range Time Azimuths Range Time Azimuths Range Time AziIm1ths Range
(CST) (deg) (nm) (CST) (deg) (nm) (CST) (deg) (run) (CST) (deg) (nm) (CST) (deg) (nm) (CST) (deg) (nm)
1329 181.0 13.7 1119 149.0 11.3 1209 197.0 2.7 2023 146.0 10.2 2113 088.2 11.0
31 180.0 13.7 21 149.0 11.1 11 206.0 2.4 25 147.0 10.3 15 085.8 11.3
33 180.0 13.8 23 149.0 10.8 13 214.0 2.3 27 146.5 10.3 17 083.2 11.7
35 181.5 14.0 25 150.0 10.4 15 230.0 2.4 29 146.5 10.3 19 081.0 12.0
37 182.0 14.0 27 151.5 10.1 17 242.0 2.4 31 146.5 10.3 21 080.0 12.3
1339 182.5 14.1 1129 152.0 9.8 1219 254.2 2.6 2033 143.0 10.1 2123 079.2 12.8
'41 183.5 14.2 31 153.0 9.5 21 262.5 2.8 35 142.0 9.9 25 077.3 13.3
43 184.0 14.3 33 154.0 9.1 23 269.0 3.2 37 141.2 9.7 27 076.0 13.5
45 183.5 14.4 35 154.0 8.7 25 272.0 3.4 39 139.5 9.5 29 075.1 13.9
47 183.5 14.4 37 154.2 8.4 27 277.5 3.6 41 135.2 9.4 31 074.2 14.0
1349 183.5 14.4 1139 157.0 7.8 1229 280.0 3.8 2043 132.5 9.3 2133 073.0 14.7
41 157.0 7.5 31 285.0 4.1 45 129.0 9.2 35 072.0 15.0
43 157.5 7.1 33 289.5 4.4 47 125.0 9.2 37 070.0 15.5
45 158.5 6.7 35 293.0 4.6 49 122.0 9.2 39 068.5 16.1
47 159.0 6.3 37 295.0 4.9 51 119.0 9.2 41 066.5 16.6
1149 161.0 6.0 1239 298.0 5.2 2053 116.5 9.2 2143 065.0 17.1
51 163.0 5.7 41 300.0 5.6 55 112.2 9.2
53 166.0 5.2 57 109.2 9.4
55 169.5 4.8 59 105.5 9.4
57 173.0 4.5 2101 101.5 9.5
1159 173.5 4.0 2103 099.2 9.7
1201 179.0 3.7 05 098.5 9.9
03 184.0 3.5 07 095.2 10.1
05 186.0 3.3 09 094.0 10.4
07 193.0 3.1 11 091.5 10.7
-------
Table 7 (continued). TETROON OBSERVATIONS
Experiment No. 30 Experiment No. 31 Experiment No. 32 Experiment No. 33 Experiment No. 35 Experiment No. 36
16 October 1.964 17 October 1964 19 October 1964 20 October 1964 6 1>Brch 1965 7 1>Brch 1965
Tracer Release:Site B Tracer Release:Site A Tracer Release:Site A Tracer Release;Site A Tracer Release: 81 te A Tracer Re:lease:SiteA
(2000 to 2100 CST) ( 1315to 1415 CST) (1945 to 2045 CST) (1915 to 2015 CST) (1230 to 1330 CST) ( 1230 to 1330 C5T)
Ascension Start :2052 CST Ascension Start: -1330 CST Ascension Start: 2000 CST Ascension Start: 1930 CST Ascension Start :1245 CST Ascension Start: 1245 CST
Tetroon Flight Level: 1500m Tetroon Flight Level';I.OOO 'l'etroon Flight Level:lOQO it Tetroon Flight Level :1.000 f't Tetroon Flight Level:lOOQ ft Tetroon night Level: 1000 f't
Time Azimuths Range Time Azimuths Range Time Azimuths Range Time Azimuths Range TiIn: Azimuths Range Time Azimuths Range
(CST) (deg) (nm) (CST) (deg) (nm) (CST) (deg) (nm) (CST) (deg) (nm) (CST) (deg) (nm) (C5T) (deg) (nm)
2058 148.0 11.9 1332 147.5 8.4 2004 150.0 9.8 1932 143 8.8 1245 141.0 10.40 1249 143.0 149.0 9.80
2100 148.0 11. 7 34 146.5 8.1 06 150.5 10.1 34 136 8.7 Transponder signa1 lost 51 143.3 151.0 10.20
02 147.0 11.8 36 146.0 8.0 u Transponder Signal Lost 36 132 8.4 1249 138.9 144.5 10.20 53 143.5 151.1 10.65
04 146.0 12.0 39 146.0 7.6 2010 150.5 10.8 38 127 8.3 Transponder signal lost 55 143.8 150.5 11.10
06 145.5 12.3 40 145.0 7.1 12 150.0 11.2 40 122 8.3 1253 139.5 140.4 11.56 57 144.5 151.1 11.55
08 145.0 12.5 42 144.0 6.8
10 143.5 12.8 44 143.0 6.3 2014 151.0 11.8 1942 118 8.3 1255 143.0 146.6 12.05 1259 145.4 151.5 11.80
12 142.0 13.1 46 141. 5 6.1 16 151.0 12.3 44 112 8.5 57 144.7 147.5 12.55 1301 144.9 150.5' 12.50
14 141. 0 13.4 48 140.0 5.5 18 151.0 12.7 46 107 8.7 59 144.0 147.8 12.95 03 145.4 151.5 12.95
16 140.0 13.8 50 137.0 5.2 20 151.0 13.2 48 101 8.9 1301 143.0 149.2 13.27 05 146.1 153.0 13.40
18 139.5 14.1 52 135.2 4.8 22 151. 0 13.7 Transponder signal 10st 03 143.5 149.0 13.80 07 147.0 152.4 13.93
20 139.0 14.6 54 127.2 4.3
2122 137.5 14.9 56 124.0 3.9 2024 152.0 14.3 1305 143.5 148.7 14.35 1309 147.0 153.6 14.45
24 58 . 122.0 3.6 Transponder Signal Lost 1954 090 10.2 07 144.6 148.7 14.92 11 147.5 154.2 14.88
26 135.0 15.0 1400 118.0 2.9 2032 153.0 15.7 09 143.6 148.4 15.60 13 149.2 153.5 15.40
28 136.0 15.0 02 34 153.5 16.3 11 144.4 148.8 16.20 15 149.8 155.3 15.86
30 137.0 15.0 04 112.0 2.1 36 153.5 16.8 13 144.0 148.4 16.90. 17 149.5 155.0 16.35
32 137.0 15.0 06 1.8
34 137.0 15.0 08 TOO 1.5 1315 144.6 148.5 17.61 1319 149.2 154.4 16.76
36 15.0 10 CLOSE 1.3 17 144.4 148.8 18.25 21 150.3 155.9 17.34
38 136.0 15.0 12 TO 1.0 19 144.5 148.5 18.90 23 150.4 155.2 17.83
2140 137.0 15.0 14 RADAR 1.0 25 150.4 155.6 18.26
TRANSPONDER SIGNAL LOST 16 1.2 27 151.4 157.5 18.80
18 1.5
2150 135.0 14.7 20 345.0 1.9 1329 150.6 157.5 19.30
52 135.0 14.7 22 342.0 2.3 31 152.6 156.5 19.83
54 135.0 14.7 24 347.0 2.9 33 152.5 156.6 20.13
56 134.0 14.7 26 349.5 3.3 35 153.0 156.6 20.70
58 134.0 14.8 28 351.0 3.9 37 151.3 157.6 21.16
2200 133.0 14.8 30 351.0 4.4
02 133.0 14.7 32 1339 151. 3 157.5 21.60
04 133.0 14.7 34 347.0 5.3 41 151.4 157.7 22.10
06 133.0 14.7 36 343.5 5.8 43 153.0 156.6 22.60
08 133.0 14.6 38 342.5 6.2 45 152.5 157.6 23.05
2210 133.0 14.6 40 342.0 6.6 47 152.0 156.6 23.45
42 341. 2 7.0
44 341. 5 7.2 1349 152.2 156.6 23.85
46 341. 5 7.4 51 151.3 156.6 24.86
48 341. 5 7.7 53 152.0 156.5 24.60
50 342.0 8.1 55 151. 6 157.0 25.05
52 342.0 8.4 57 151.6 156.5 25.65
54 341.5 8.7
56 341. 5 9.2
58 341.0 9.7
1500 342.0 10.1
1..0
U1
-------
\.0
0'1
Table 7 (continued). TETROON OBSERVATIONS
Experiment No. 39 Expi::rimt;nt No. 39 (cont.) Experiment No. 40 Experiment No. 41 Experiment No. 41 (cant.) Experiment No. 42
13 March 190:)5 14 March 1965 15 March 1965 16 March 1965
Tracer Release :81 te A TracE:r Releastc : SitE. Tracer Release:Site A Tr~cer Release: 81 te A Tracer ReleaSE:: 81 te Tracer Release :Site B
(1220 to 1320 CST) ( to CST) (1100 to 1200 CST) (2050 to 2150 CST) ( to CST) (2030 to 2130 CST)
Ascension Start :1235 CST AscE:.nsion Start: CST Ascension Start:1147 CST As ~f2n5ion Start: 2104 CST Ascension Start: CST Ascension Start:2034 CST
Tetraon Flight Level: 1000 ft Tetraon Flight Lev€.!: Tetraon Flight Level :1000 ft; Tro. '.-roc,n Flight Level :1000 f't Tetraon Flight Level: Tetraon Flight Level :1000 ft
Time Azimuths Range Time ftzirnuths Range Time Azimuths &..ng<:, Time Azimuths Range Time Azimuths Range Time Azimuths Range
(CST) (deg) (nm) (CST) (deg) (nm) (CST) (deg) (=) (~T) (deg) (nm) (CST) (deg) (nm) (CST) (deg) (nm)
1239 144.0 9.40 1329 124.0 11.20 1151 144.0 10.2 2108 146.5 9.5 2158 129.8 17.0 2036 150.0 10.8
41 144.0 9.60 31 123.0 11.20 53 143.0 10.5 10 148.7 9.8 2200 129.0 17.3 38 151.2 10.3
43 143.5 9.80 33 122.0 11.30 55 142.0 11.0 12 148.8 10.0 02 128.8 17.7 40 150.5 9.2
45 143.0 9.70 35 121.2 11.50 57 142.5 11.5 14 148.7 10.4 04 128.6 18.0 42 153.2 7.9
47 142.5 9.80 37 120.8 11.60 59 142.0 12.: 16 148.8 10.7 06 128.4 18.5 44 155.5 6.9
1249 142.0 9.90 1339 120.0 11.70 1201 141.7 12.7 2118 148.3 11.0 2208 127.8 18.8 2046 1~,-;-. J 5.4
51 141.9 10.00 41 120.0 H.t,;:. 03 141.0 13.5 :::; 148.0 11.3 10 126.4 19.3 48 159.~ 1..2
53 140.0 10.00 43 1?C.2 11.90 Transponder 3igna1 lost 22 147.0 11.6 12 126.0 19.7 50 167.5 3.2
55 139.0 10.00 45 119.8 12.00 1211 137.5 10.2 24 145.5 11.8 14 126.0 20.0 Transponder signal lost
57 139.0 10.00 47 119.2 12.10 13 137.0 17.1 26 145.0 12.0 16 125.5 20.4 2056 215.0 2.6
1259 137.8 10.10 1349 118.8 12.20 1215 136.7 17.7 2128 143.6 12.3 2218 125.5 20.8 2058 228.0 2.7
1301 137.0 10.20 51 117.8 12.30 17 136.5 18.3 30 142.5 12.6 20 124.5 21.2 2100 258.0 3.1
03 136.9 10.30 53 117.1 12.40 19 136.0 19.1 32 140.6 12.9 22 124.0 21.6 02 265.0 3.8
05 136.1 10.30 55 117.0 12.60 21 135.5 19.7 34 139.2 13.1 24 124.0 22.0 04 280.0 4.7
07 135.0 10.30 57 11:'.6 12.60 23 133.2 20.4 36 138.6 13.4 26 123.8 22.3
1309 134.0 10.30 1359 115.6 12.70 1225 132.8 20.9 2138 136.8 13.7 2228 123.8 22.8
11 133.5 10.30 1401 115.0 12.80 27 132.5 21.6 40 135.5 14.1 30 123.8 23.2
13 133.0 10.30 03 114.0 12.95 29 132.0 22.3 42 135.5 14.4 32 123.6 23.5
15 132.0 10.40 05 114.2 13.10 31 131.5 22.9 44 134.2 14.7 34 123.6 23.8
17 130.0 10.50 33 131.0 23.8 46 133.4 15.1
1319 127.2 10.55 1235 130.7 24.2 Transponder signal lost
21 127.3 10.60 37 130.5 25.0 2150 132.2 15.7
23 127.0 10.70 39 129.0 25.5 52 131.6 16.1
25 126.0 10.90 54 131.0 16.4
27 125.0 11.10 56 130.2 16.7
-------
PilOT BALLOON MEASUREMENTS
Single-theodolite observations of the winds aloft were made at the tracer
release sites during all experiments. As few as two and as many as four ascensions
per experiment were\obtained, depending on the availability of personnel and on
meteorological conditions. Ceiling balloons were inflated to standard free lift
for lD-gram balloons. The azimuth and elevation angles were read at 3D-second
intervals; heights of the balloons above the surface at these intervals were
computed from tables in U. S. Weather Bureau (1964b).
Table 8 lists for each ascent the heights of the balloon above the surface
and the horizontal wind speed and direction at each height.
197
-------
Site A
Site B
Z(m)
D(deg)
S(m/s)
TABLE 8.
PILOT BALLOON MEASUREMENTS
Symbols
Forest Park
Roof of Knights of Columbus Building
Height in whole meters of the balloon above the surface
Wind direction to the nearest tenth of a degree of azimuth
Wind speed to the nearest tenth of a meter per second
Missing data
199
-------
N
a
a
27 May 1963
Ascension No.1
Begin: 1314 CST
Z(m)
D(deg)
76
152
223
293
363
433
503
573
637
701
279.0
285.2
281. 8
282.2
279.3
275.6
275.6
276.1
273.4
269.3
765
829
893
269.7
270.1
267.0
28 May 1963
Ascension No.1
Begin: 0912 CST
Z(m) D (deg) Semis)
76 274.7 4.8
152 274.8 6.3
223 274.6 9.2
293 276.1 11.4
363 279.0 12.6
433 281. 4 14.4
503 282.0 12.5
573 277.2 10.5
637 274.8 10.6
701 273.0 9.8
765 271. 9 9.5
Table 8 (continued).
PILOT BALLOON MEASUREMENTS
Experiment No.2
Release Site A Tracer Release from 1410 to 1440 CST
Experiment No.4
19 July 1963 Release 8i te A Tracer Release from 1130 to 1230 CST
As cension No.1 Ascension No.2 As cens ion No. 3
Begin: 1112 CST Begin: 1220 CST Begin: 1238 CST
Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s)
76 231. 6 5.6 76 227.7 3.8 76 221. 0 8.2
152 236.2 7.2 152 224.1 3.9 152 222.5 9.8
223 240.6 12.3 223 215.5 2.8 223 226.2 13.7
293 240.8 15.8 293 208.6 2.3 293 228.8 11.7
363 240.5 15.3 363 208.6 2.4 363 229.1 11.2
433 236.6 13.2 433 228.8 15.4
503 218.0 7.4 503 229.0 13.8
573 209.5 9.2 573 231. 2 11. 3
637 213.7 13.1 637 231.2 10.6
701 213.8 12.4
Ascens ion No.2
Begin: 1330 CST
Semis) Z(m) D(deg) Semis)
3.8 76 303.5 7.3
4.8 152 297.8 8.2
4.7 223 297.0 9.2
6.3 293 288.2 11.0
7.8 363 281. 3 10.8
6.7 433 282.7 8.4
6.5 503 281.1 7.5
7.1 573 279.2 6.7
7.8 637 276.9 4.8
7.4
7.3
7.3
7.7
Experiment No.3
Release Site A Tracer Release from 1000 to 1100 CST
Experiment NO.5
Ascension No. 2 Ascens ion No. 3
Begin: 1002 CST Begin: 1104 CST 22 July 1963 Release 8i te B Tracer Release from 1104 to 1204 CST
Z(m) D (deg) semis) Z(m) D(deg) semis) Ascension No.1 Ascension No.2
Begin: 1135 CST Begin: 1212 CST
76 271. 9 9.0 76 270.4 6.0
152 277.0 11.6 152 275.2 7.5 Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s)
223 277.9 13.7 223 278.3 8.1
293 278.2 15.5 293 277.5 7.4 76 172.2 3.8 76 137.8 3.0
363 279.3 16.0 363 278.1 7.8 152 182.0 4.8 152
223 182.8 5.8 223 143.8 4.0
433 280.0 13.9 433 281. 0 8.2 293 194.8 5.6 293 175.0 2.6
503 278.7 11.0 503 275.9 7.7 363 211.8 3.8 363 219.2 3.6
573 280.6 9.5 573 274.4 7.8
637 284.9 8.8 637 277.0 5.9 433 173.6 1.8 433 211. 9 3.0
701 282.0 8.5 701 277.0 7.0 503 165.8 2.9 503 198.4 3.3
573 185.6 4.6 573 200.9 3.6
765 279.0 7.6 765 276.3 7.3 637 210.6 5.7 637 214.1 4.2
701 223.9 5.0 701 219.4 5.7
765 216.9 6.0
829 213.2 5.8
893 212.5 5.7
957 211. 5 5.2
-------
Table 8 (continued).
Experiment No.6
23 July 1963 Release 8i te B Tracer Release from 1130 to 1230 CST
Ascension No.1 Ascension No.2 Ascension No.3 As censi on No.4
Begin: 0930 CST Begin: 1120 CST Begin: 1200 CST Be gin: 1240 CST
Z(m) D(deg) S(mIE) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) s(m/s)
76 107.5 7.3 76 138.5 3.5 76 140.1 5.1 76 139.9 1.8
152 152 133.9 4.6 152 144.5 7.5 152 147.0 2.0
223 113.8 5.4 223 131. 9 4.3 223 142.2 10.7 223 129.0 2.6
293 113.1 6.0 293 293 133.5 15.0 293 113.2 3.2
363 112.9 6.7 363 363 1:;2.5 ~O.O 363 :C03.6 3.7
433 114.0 6.2 433 433 134.3 4.4 433 100.3 3.2
503 117.2 6.2 503 503 137.2 8.5 503 97.2 3.2
573 120.9 7.0 573 102.7 2.8 573 138.8 11.4 573 101.8 3.6
637 127.6 7.2 637 103.9 2.1 637 140.9 7.5 637 100.6 2.8
701 138.3 5.3 701 140.6 4.3 701 99.7 2.0
765 153.7 3.7 765 140.9 3.7
829 172.7 2.3 829 141.1 3.0
893 204.3 1.5 893 135.0 6.5
957 225.3 1.3 957 136.0 10.0
1021 267.5 1.2
Experiment No.7
25 July 1963 Release Site B Tracer Release from 1040 to 1140 CST
Ascension No.1 Ascension No.2 Ascension No. 3 Ascension No.4
Begin: 0900 CST Begin: 0937 CST Be gin: 1145 CST Begin: 1155 CST
Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) s(m/s)
76 182.6 6.5 76 168.2 4.3 76 137.8 6.2 76 143.1 4.2
152 183.2 6.6 152 182.1 5.0 152 152 140.5 4.2
223 181. 0 6.0 223 155.0 3.3 223 125.1 8.0 223 137.0 4.2
293 185.9 3.9 293 135.0 2.4 293 132.5 7.0 293 135.5 6.0
363 203.0 1.8 363 135.0 1.8 363 139.2 8.0 363 135.6 4.2
433 145.0 3.9 433 141. 3 9.4 433 140.2 8.4
503 14"-.7 3.8 503 145.5 9.2
573 133.0 3.4 573 146.0 9.3
637 130.2 4.6 637 145.1 7.6
701 125.5 5.5 701 145.3 6.7
765 131.1 6.5 765 148.0 5.1
829 133.2 6.6 829 145.9 8.5
893 133.3 6.8 893 145.0 9.5
957 133.3 7.6 957 146.3 6.6
N
a
--'
PILOT BALLOON MEASUREMENTS
Experiment No.8
26 July 1963 Release 3i te B Tracer Release from 1045 to 1145 CST
Ascension No.1 Ascension No.2 As censim No.3
Begin: 0915 CST Be gin: 1115 CST Begin: -
Z(m) D(deg) S(m/s) Z(m) D(deg) s(m/s) Z(m) D(deg) s(m/s)
76 152.0 6.4 76 178.0 5.8 76 162.0 3.4
152 145.0 6.0 152 173.2 6.0 152 150.2 3.8
223 144.6 6.8 223 171.2 6.4 223 152.0 4.0
293 148.7 8.2 293 171.0 7.4 293 158.5 4.9
363 152.5 7.5 ,63 167.2 7.~ 30::' 158.5 5.6
433 158.3 5.8 433 159.0 6.8 433 162.2 6.0
503 165.3 4.4 503 152.4 7.8 503 166.3 6.0
573 163.5 4.6 573 152.4 8.4 573 170.5 5.7
637 162.0 5.3 637 151.2 6.3 637 171.6 5.2
701 160.5 5.4 701 155.3 4.2
765 192.3 6.1 765 163.1 5.0
829 217.2 4.2 829 160.1 6.8
Experiment No.9
12 September 1963
Tracer Release from 1115 to 1215 CST
Release Site A
Ascension No.1
Begin: 1105 CST
Ascension No.2
Begin: 1121 CST
Z(m) D(deg) S(m/s) Z(m) D(deg) s(m/s)
76 350.0 5.2 76 323.0 7.7
152 354.8 7.2 152 324.0 7.4
223 334.0 3.8 223 324.8 8.0
293 321.8 3.0 293 322.1 7.8
363 320.9 4.2 363 321.0 10.7
433 335.5 4.2
503 341.4 3.6
573 336.6 2.9
637 323.4 3.6
701 318.5 4.6
-------
N
a
N Table 8 (continued). PILOT BALLOON MEASUREMENTS
Experiment No. 10 Experiment No. 12 2030 CST
14 September 1963 Release Site B Tracer Release from 1045 to n45 C~T 17 September 1963 Release Site B Tracer Release from 2000 to
Ascension No.1 Ascension No.2 Ascension No.3 Ascension No.1 Ascension No.2 Ascension No. 3
Begin: 0955 CST Begin: 1050 CST Begin: n50 CST Begin: 1840 CST Begin: 2010 CST Begin: 2033 CST
Z(m) n(deg) S(m/.) Z(m) n(deg) S (m/.) Z(m) n(deg) S(m/.) Z(m) n(deg) S(m/.) Z(m) n(deg) S(m/.) Z(m) n(deg) S (m/.)
76 39.3 4.4 76 31.6 3.2 76 75.1 4.3 76 140.2 4.6 76 145.1 6.5 76 138.6 6.7
152 31.4 4.8 152 29.3 3.4 152 63.2 4.1 152 142.8 6.8 152 144.3 8.0 152 138.2 10.3
223 30.6 5.2 223 27.2 4.3 223 44.4 4.3 223 143.2 7.8 223 144.3 7.9 223 140.6 10.4
293 36.2 5.6 293 37.2 5.2 293 37.6 4.8 293 143.1 7.4 293 145.0 7.4 293 142.0 9.6
363 42.7 5.3 363 44.5 5.9 363 50.2 7.2 363 143.3 7.4 363 147.0 7.0 363 142.1 8.5
433 46.7 4.8 433 39.8 4.8 433 53.4 8.3 433 143.3 7.4 433 147.8 6.7 433 143.0 7.8
503 63.3 4.3 503 40.4 4.2 503 56.1 9.6 503 139.8 7.2 503 147.0 6.1 503 144.5 7.3
573 79.4 3.9 573 65.2 3.1 573 60.0 9.9 573 140.4 6.2 573 149.1 5.3 573 146.0 6.3
637 67.5 4.0 637 78.1 2.8 637 61.2 10.1 637 143.7 5.6 637 149.8 4.8 637 148.1 5.3
701 55.1 4.4 701 72.0 2.9 701 63.0 10.0 701 143.7 6.0 701 148.0 4.7 701 150.1 5.4
765 89.0 2.8 765 63.1 10.0
829 102.3 2.4 829 62.8 10.1
Experiment No. 11 bp8r~nt RD. 13
16 September 1963 Release Site B Tracer Release from noo to 1200 CST 18 September 1963 blea.. Sit. B Tracer 1..1.... fr- 2000 to 2100 en
Ascension No. 1 Ascension No.2 Ascension No.3 Ascension No.1 ABc.Mion No. 2 A8c:.n81on Ro. 3
Begin: 0900 CST Begin: 1054 CST Begin: 1205 CST Begin: 1820 CST Begin: 2007 CST Besin: 2105 CST
Z(m) n(deg) S (m/.) Z(m) n(deg) S (m/.) Z(m) n(deg) S(m/.) Z(m) n(deg) S(m/.) Z(m) n (deg) S(m/.) Z(m) D(deg) S(a/.)
76 137.1 3.1 76 133.5 2.8 76 13;).8 6.4 76 80.5 2.7 76 72.7 2.8 76 n6.7 2.1
152 135.2 3.7 152 140.0 3.2 152 132.1 7.3 152 84.3 3.0 152 83.5 3.2 152 127.0 2.7
223 141. 7 4.8 223 149.0 2.5 223 146.0 7.0 223 89.5 2.7 223 90.3 2.6 223 131. 3 3.1
293 142.8 6.0 293 156.2 3.0 293 150.0 8.5 293 102.4 2.2 293 96.0 2.3 293 131. 3 3.1
363 141. 2 5.9 363 159.1 4.4 363 149.8 10.4 363 122.8 1.6 363 105.6 2.3 363 133.5 3.2
433 154.1 5.8 433 162.7 5.5 433 152.5 10.2 433 152.0 1.2 433 117.0 2.3 433 143.9 3.3
503 162.0 6.2 503 165.7 6.8 503 156.0 8.8 503 166.7 1.0 503 122.5 2.5 503 145.0 3.3
573 164.5 7.0 573 165.7 7.7 573 164.5 6.6 573 170.6 1.0 573 139.4 2.4 573 148.1 3.6
637 165.8 7.8 637 163.5 8.1 637 171.4 6.9 637 187.7 0.8 637 148.0 2.5 637 149.2 3.9
701 174.0 7.4 701 162.5 8.4 701 166.9 8.2 701 193.2 0.8 701 142.4 2.8 701 151.0 3.8
765 182.3 6.9
-------
Table 8 (continued). PILOT BALLOON MEASUREMENTS
Experiment No. 14 Expe r imen t No. 16
1 April 1964 Release Site B Tracer Release from 1200 to 1300 CST 7 April 1964 Release Site A Tracer Relea8e from 2048 to 2148 CST
Asceo! ion No.1 Ascension No.2 Ascens ion No.3 Ascension No. 1 Ascension No. 2 Ailcen-ion No. 3
Begin: 1050 CST Begi n: 1135 CST Begin: 1205 CST Begin: 1850 CST Begin: 2000 CST Begin: 2055 CST
Z(m) D (deg) S (m/.) Z(m) D(deg) S(m/.) Z(m) D(deg) S(m/a) Z(m) D(deg) S(m/a) Z(m) D(deg) S(m/.) Z(m) D(deg) S (a/.)
76 145.6 12.8 76 137.7 16.2 76 140.2 4.6 76 310.0 4.2 76 326.0 5.7 76 318.7 9.0
152 149.1 12.1 152 140.2 15.0 152 140.2 4.7 152 306.8 4.9 152 319.2 7.8 152 317.1 10.5
223 148.3 12.4 223 140.0 11.6 223 145.6 5.0 223 309.9 7.0 223 312.8 9.2 223 315.9 11.8
293 147.4 17.3 293 139.8 11.0 293 145.7 6.5 293 312.3 8.4 293 311.9 10.2 293 312.9 12.4
363 150.8 19.5 363 139.9 10.8 363 162.0 9.1 363 312.3 8.6 363 312.9 10.0 363 310.2 13.2
433 153.0 10.3 433 138.7 11.5 433 175.6 10.6 433 313.9 9.0 433 311. 9 11.1 433 311.1 17.0
503 150.6 8.2 503 141. 8 12.4 503 182.6 10.4 503 316.2 9.8 503 311.9 14.6 503 309.0 18.6
573 168.2 8.0 573 143.7 13.8 573 187.6 9.8 573 316.0 8.5 573 311.3 15.0 573 306.6 16.2
637 185.5 10.3 637 192.2 9.8 637 317.9 7.4 637 310.8 15.1 637 305.5 14.4
701 182.3 14.4 701 189.4 14.3 701 319.0 7.3 701 308.4 16.3 701 307.3 16.6
765 201.7 10.3 765 313.1 7.8 765 307.2 16.8
829 221. 0 7.6 829 307.1 9.4 829 308.1 16.0
893 207.2 8.8 893 308.8 10.6 893 308.0 17.6
957 309.2 10.3 957 308.1 20.0
Experiment No. 15 Experiment No. 17
6 April 1964 Release Site B Tracer Release from 2040 to 2140 CST 8 April 1964 Release Site A Tracer R..l.... frOll 2030 to 2130 CST
Ascension No.1 Ascension No.2 Ascension No.3 Ascension No. 1 Ascension NO.2 ABcea.ion No. 3
Beg 10: 1840 CST Begin: 2006 CST Begin: 2054 CST Begin: 1920 CST Begin: 1950 CST Begin: 2040 CST
Z(m) D(deg) S(m/a) Z(m) D(deg) S(m/a) Z(m) D(deg) S(m/a) Z(m) D(deg) S (m/a) Z(m) D(deg) S(a/.) Z(a) D(deg) S(a/.)
76 177.6 6.4 76 280.7 6.4 76 278.7 7.8 76 253.4 6.8 76 251. 7 5.4 76 256.1 6.6
152 18~.5 7.2 152 275.8 7.2 152 275.0 8.6 152 261.8 8.4 152 259.8 8.6 152 264.1 9.3
223 17 .1 6.8 223 273.3 7.9 223 272.5 7.8 223 269.5 9.7 223 265.7 11.5 223 271. 3 11.4
293 179.9 6.8 293 275.2 7.0 293 273.2 7.4 293 274.0 11.2 293 272.1 13.8 293 280.3 11.6
363 195.2 6.7 363 273.4 6.4 363 273.3 7.9 363 275.3 11.6 363 280.2 13.9 363 283.8 11.7
433 205.9 6.8 433 271. 2 7.0 433 270.8 8.5 433 285.6 11.0 433 287.4 13.2 433 282.6 12.2
503 202.0 7.4 503 277.0 7.8 503 267.2 10.3 503 292.7 11. 5 503 293.3 12.0
573 201. 2 8.4 573 279.0 6.6 573 264.8 10.8 573 296.8 12.2 573 300.0 12.2
637 203.8 7.6 637 274.3 5.6 637 257.5 11.0 637 301. 2 11.5 637 304.3 12.5
701 215.6 5.6 701 273.0 4.5 701 251.1 11.2 701 302.6 11.0 701 304.9 12.5
765 225.0 5.3 765 276.2 5.2 765 252.5 11.6
829 221. 2 7.6 829 276.2 5.6 829 256.2 12.3
893 215.1 9.0 893 256.2 10.6
957 214.2 8.6 957 255.3 9.8
l"J
-,
,~
r..,)
-------
N
a
~ Table 8 (continued). PILOT BALLOON MEASUREMENTS
..
9 April 1964 Experiment No. 18 Experiment No. 20 1040to ll40 CST
Release Site A Tracer Release from 2045 to 2145 CST 3 June 1964 Release Site A Tracer Relea.e from
Ascension No.1 AscenB 10n No.2 Ascension No.1 Ascension No.2 Ascendon NO.3
Begin: 1855 CST Begin: 1935 CST Begin: 0913 CST Begin: 1043 CST Begin: ll55 CST
Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/.) Z(m) D(das) S(m/e)
76 229.9 6.0 76 213.8 6.1 76 223.4 0.6 76 292.5 1.8 76 267.2 3.5
152 231.6 8.8 152 223.7 6.6 152 289.4 0.3 152 297.8 2.3 152 257.0 6.2
223 234.3 9.2 223 233.6 8.8 223 301. 7 0.9 223 273.0 5.1 223 266.1 6.8
293 236.0 9.2 293 237.6 9.8 293 283.4 1.4 293 261.2 4.4 293 280.0 7.0
363 234.2 10.2 363 238.7 10.3 363 288.3 1.6 363 259.3 5.1 363 285.0 5.8
433 236.0 10.8 433 238.7 10.5 433 290.7 1.6 433 266.4 5.6 433 325.3 2.2
503 238.0 10.7 503 283.3 2.0 503 274.3 4.7 503 047.0 1.8
573 238.2 10.4 573 284.2 2.5 573 272.8 2.2 573 088.8 1.8
637 242.9 10.4 637 282.6 2.8 637 252.8 1.2 637 147.2 1.6
701 247.0 10.4 701 278.8 3.2 701 264.1 1.0 701 203.6 2',6
765 274.7 3.2 765 271.1 1.3 765 209.2 2.6
829 274.7 3.1 829 251.0 1.9 829 203.3 1.6
893 273.4 3.2 893 233.2 2.1 893 222.7 0.8
957 272.7 3.2 957 227.7 2.1 957 263.1 0.5
Experiment No. 19
2 June 1964 Rele.se Site A Tracer Release from 1030 to ll30 CST
Ascension No.1 Ascension No.2 Ascenslon No. 3 Ixper1aent No. 2l
Begin: 0925 CST Begin: Begin: 4 June 1964 aeleese SHe B Trsc.r ..1_e fr- 1030 to ll30 en
Z(m) D(deg) S (m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) AlcensloD No.1 Ascension No.2 "e.ns ion 110. 3
Begin: 1020 CST Begin: ll06 CST Begin: ll37 CST
76 296.6 2.4 76 310.6 8.2 76 300.8 2.8
152 299.6 2.4 152 309.3 9.6 152 303.5 2.5 Z(m) D(deg) S(m/e) Z(m) D(daS) S(a/.) Z(a) D(d.g) 1(.1.)
223 301. 3 3.9 223 312.2 ll.8 223 296.1 3.0
293 301.1 5.6 293 313.2 14.7 293 303.3 3.1 76 183.2 6.0 76 163.7 7.8 76 148.0 ll.O
363 301.1 6.4 363 312.0 14.9 363 307.8 2.1 152 178.2 4.9 152 159.8 ll.O 152 154.1 9.6
223 159.3 2.6 223 158.8 12.6 223 163.2 5.7
433 302.1 7.0 433 313.7 17.8 433 304.6 1.0 293 166.3 3.8 293 157.8 ll.9 293 167.7 5.4
503 303.1 7.2 503 316.0 20.9 503 304.9 .2 363 170.5 4.9 363 160.0 8.4 363 167.0 4.0
573 304.2 5.8 573 314.8 17.7 573 303.4 4.2
637 303.8 5.3 637 309.2 9.6 637 300.8 4.7 433 163.1 5.1 433 162.4 4.8 433 143.8 2.2
701 302.2 5.3 701 235.0 1.6 701 301. 7 5.2 503 156.0 6.0 503 155.8 2.5 503 140.1 2.9
573 150.3 5.8 573 147.1 3.7 573 152.5 5.0
765 304.1 6.4 765 2.46.0 4.0 765 300.9 5.8 637 145.5 5.2 637 185.2 5.~ 637 153.9 6.1
829 306.2 5.5 829 207.0 3.8 829 299.8 6.1 701 138.3 4.2 701 129.0 5. 701 142.7 4.8
893 305.5 6.2 893 139.9 10.6 893 299.0 6.0
957 305.5 6.2 957 134.7 ll.8 957 297.8 5.7 765 ll9.8 3.4 765 0119.0 7.2 765 134.5 4.5
829 107.0 5.3 829 080.0 1.2 829 135.5 4.9
893 006.8 0.9 893 139.4 5.1
957 332.3 0.8 957 145.6 5.2
-------
Table 8 (continued). PILOT BALLOON MEASUREMENTS
Experiment No. 22 Experiment No. 24
6 June 1964 Release Site A Tracer Release from 1130 to 1230 CST 9 June 1964 Release Site A Tracer Release from 1030 to 1130 CST
Ascension No.1 Ascension No.2 Ascension No.3 Ascension No.. 1 Ascension No.2 Ascens ion No.. 3
Begin: 0959 CST Begin: 1138 CST Begin: 1228 CST Begin: 0925 CST Begin: 1107 'CST Begin: 1145 CST
Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D (deg) S(m/s) Z(m) D(deg) S (m/s) Z(m) D(deg) S(m/s)
76 196.5 6.6 76 209.5 2.7 76 145.4 6.2 76 215.6 4.4 76 206.2 5.1 76 205.7 9.0
152 193.1 7.4 152 217.7 4.1 152 144.8 5.9 152 219.1 5.2 152 202.8 3.9 152 206.3 9.4
223 190.8 7.5 223 214.0 6.0 223 173.3 3.4 223 223.2 9.0 223 223.0 3.2 223 210.0 10.8
293 189.0 7.8 293 213.9 6.9 293 204.1 2.6 293 226.4 11.2 293 218.8 4.3 293 208.3 14.3
363 186.8 8.4 363 213.0 7.6 363 188.8 2.8 363 228.0 14.5 363 214.4 6.7 363 208.8 16.9
433 182.4 6.6 433 213.0 7.5 433 194.2 4.3 433 226.1 16.2 433 223.1 7.8 433 210.0 19.3
503 189.4 4.6 503 213.9 6.7 503 204.8 5.8 503 224.8 15.8 503 239.3 9.1 503 211. 8 17.9
513 209.6 3.6 573 217.9 5.9 573 210.3 5.4 573 221. 7 13.8 573 271.1 12.6 573 214.0 16.9
637 228.7 3.6 637 222.1 5.8 637 209.1 4.0 637 222.5 10.6 637 255.0 11.3 637 211.9 18.1
701 241. 8 4.6 701 224.0 5.3 701 195.1 4.8 701 232.7 11.1 701 231. 8 6.0. 701 212.2 18.9
765 250.9 4.7 765 223.3 4.6 765 194.7 5.8 765 239.7 13.7 765 250.8 7.0 765 215.3 18.3
829 257.2 5.1 829 220.6 4.5 829 200.9 5.1 829 249.8 15.2 829 246.2 7.2 829 217.0 15.2
893 257.2 6.2 893 227.1 3.8 893 211. 0 4.8 893 252.0 16.8 893 243.5 7.3 893 217.0 14.4
957 257.2 6.8 957 237.1 3.2 957 214.3 4.8
1021 215.2 4.8
1085 215.3 5.1
Experiment No. 23 Experiment No. 25
7 June 1964 Release Site A Tracer Release fro~113i to 1232 CST 10 June 1964 Release Site A Tracer Release fr- 1033 to 1133 CST
Ascension No.1 Ascension No.2 Ascension No. 3 Ascension No.1 Ascension No.2 Ascension No. 3
Begin: 0950 CST Begin: 1148 CST Begin: 1240 CST Begin: 0954 CST Begin: 1051 CST Begin: 113BCST
Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S (m/ 8) Z(m) D(deg) S(a/8)
76 242.3 3.8 76 215.1 5.6 76 227.2 7.3 76 345.2 1.4 76 295.8 2.6 76 259.3 1.4
152 232.1 3.5 152 221.2 3.7 152 227.7 8.0 152 334.3 1.6 152 293.2 2.6 152 281. 7 0.8
223 213.2 1.8 223 232.0 4.6 223 230.6 7.4 223 328.0 1.8 223 281. 8 1.8 223 332.1 1.2
293 195.8 1.0 293 232.0 8.0 293 235.4 7.2 293 346.1 1.8 293 279.7 2.0 293 322.9 2.0
363 198.7 1.4 363 232.0 10.4 363 238.8 7.6 363 356.3 2.0 363 279.0 3.7 363 311. 2 2.8
433 208.3 2.3 433 234.0 11.3 433 244.0 5.6 433 344.8 2.6 433 280.3 4.2 433 301. 5 3.4
503 211. 6 3.0 503 237.0 10.2 503 245.6 6.3 503 332.2 3.4 503 303.3 3.0 503 288.7 3.8
573 217.5 3.8 573 239.7 6.6 573 245.0 7.0 573 325.8 4.4 573 322.8 2.7 573 276.1 4.6
637 216.5 4.0 637 245.7 3.5 637 241. 4 7.1 637 325.2 5.4 637 322.8 2.6 637 272.8 3.6
701 217.8 3.6 701 240.5 1.2 701 241.1 7.6 701 321.2 6.1- 701 333.7 2.9 701 277.3 3.8
765 236.2 3.6 765 273.1 0.5 765 241. 5 7.0 765 309.6 7.1 765 348.8 3.4 765 292.0 3.7
829 238.3 3.8 829 252.2 3.3 829 243.0 6.9 829 303.3 8.6 829 354.4 3.4 829 307.0 4.2
893 230.6 4.6 893 247.6 5.2 893 243.2 7.0 893 303.4 8.1 893 355.3 3.2 893 309.9 4.5
957 230.6 5.5 957 248.8 5.2 957 241.9 6.6
N
a
<.T1
-------
3))-
N
a MEASUREMENTS
0'\ Table 8 (continued). PILOT BALLOON
Experiment No. 26 Experiment No. 28
11 June 1964 Release Site B Tracer Release from 1035 to 1135 CST 11 October 1964 Release Site B Tracer Release from 1105 to 1205 CST
Ascens ion No.1 Ascension No.2 Ascension No.3 Ascension No.1 Ascension No. 2
Begin: 0953 CST Begin: 1100 CST Begin: 1135 CST Begin: 1050 CST Begin: 1210 CST
Z(m) D(deg) SemIs) Z(m) D(deg) SemIs) Z(m) D(deg) SemIs) Z(m) D (deg) SemIs) Z(m) D (deg) 8(m/8)
76 80.0 10.0 76 76.8 5.4 76 133.4 6.8 76 147.5 2.9 76 136.1 2.3
152 85.3 11.4 152 80.0 5.0 152 135.1 8.0 152 153.7 4.6 152 153.0 2.1
223 85.3 13.0 223 80.6 5.0 223 139.2 8.5 223 152.3 6.0 223 141.5 2.6
293 82.3 11.9 293 84.9 4.2 293 142.0 10.4 293 152.3 7.1 293 136.2 3.8
363 74.8 6.4 363 102.3 3.8 363 142.3 12.0 363 151.8 6.9 363 139.8 4.0
433 74.8 4.7 433 124.6 4.0 433 141. 2 14.8 433 144.8 5.2 433 144.8 4.0
503 97.1 4.6 503 124.6 5.6 503 141. 3 15.1 503 123.5 2.8 503 150.2 4.8
573 174.9 3.9 573 131.8 5.7 573 141. 8 11.3 573 100.8 3.7 573 148.0 4.7
637 164.0 7.3 637 132.9 5.6 637 141. 0 9.2 637 115.2 3.0 637 139.0 4.6
701 157.4 7.8 701 123.2 5.2 701 140.9 4.4 701 118.0 4.4 701 137.2 5.7
765 183.0 6.8 765 101. 7 3.8 765 151.0 3.4 765 126.9 5.4 765 140.0 6.7
829 189.3 7.2 829 84.8 3.4 829 154.8 5.8 829 127.8 6.0 829 143.4 7.2
893 193.0 7.0 893 84.8 3.2 893 151. 3 7.6
12 October 1964 Experiment No. 29
Relesse SHe A Tracer Ie le... from 2000 to 2100 CST
Experiment No. 27 Ascension No.1 Ascension No.2 Aacenai.... 110. 3
10 October 1964 Release Site B Tracer Release from 1130 to 1230 CST Begin: 1741 CST Begin: 2007 CST Begin: 2109 CST
Ascension No.1 Ascension No.2 Ascension No. 3 Z(m) D(deg) SemIs) Z(m) D(deg) S(m/.) Z(m> D(deg> 9(m'.)
Begin: 1033 CST Begin: 1135 CST Begin: 1233 CST
76 321.9 5.0 76 334.3 5.6 76 349.2 5.7
Z(m) D(deg) S (m/ s) Z(m) D(deg) SemIs) Z(m) D(deg) SemIs) 152 321.9 5.4 152 337.3 6.8 152 351.6 8.0
223 326.6 5.3 223 341.0 6.6 223 350.8 9;0
76 041.1 3.9 76 074.2 5.0 76 010.0 4.2 293 326.0 4.2 293 341.6 7.7 293 352.2 8.4
152 037.8 3.8 152 061. 5 4.5 152 016.7 4.3 363 325.6 3.0 363 341. 0 8.7 363 355.1 6.8
223 035.0 3.6 223 054.4 3.1 223 019.8 5.2
293 042.1 3.2 293 065.4 1.8 293 023.7 5.3 433 324.9 2.5 433 343.3 7.3 433 355.1 5.1
363 046.1 2.4 363 060.5 1.1 363 032.1 4.0 503 309.3 2.2 503 343.2 5.9 503 346.1 3.6
573 286.1 2.0 573 311.1 4.4 573 350.9 2.5
433 037.0 2.2 433 056.9 2.0 433 039.3 3.6 637 258.7 2.0 637 287.1 3.8 637 321.8 1.7
503 033.6 2.2 503 040.0 3.0 503 030.2 3.5 701 251. 7 2.2 701 314.1 3.4 701 292.9 1.4
573 021. 4 2.2 573 030.3 3.4 573 040.9 3.6
637 026.5 3.3 637 035.9 3.1 637 065.1 3.8 765 237.7 2.6 765 304.9 4.5 765 257.5 1.1
701 030.6 4.0 701 042.0 3.6 701 071.9 3.4 829 225.2 1.6 829 295.0 5.1 829 236.1 1.6
765 030.3 3.8 765 041.0 4.1 765 069.0 2.4
829 030.0 2.0 829 040.4 4.0 829 081.1 1.6
-------
Table 8 (continued). PILOT BALLOON MEASUREMENTS
Experiment No. 30 Experiment No. 32
16 October 1964 Release Site B Tracer Release from 2000 to 2100 CST 19 October 1964 Release Site A Tracer Release from 1945 to 2045 CST
Ascens ion No.1 Ascens ion No.2 Ascension No.3 Ascension No.1 Ascension No.2 Ascension No.3
Begin: 1906 CST Begin: 2005 CST Begin: 2108 CST Begin: 1803 CST Begin: 1955 CST Begin: 2050 CST
Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S (m/s) Z(m) D (deg) S(m/s) Z(m) D(deg) S(m/e) Z(m) D(deg) S(m/e)
76 n8.7 2.0 76 170.9 3.6 76 181. 2 3.8 76 313.8 4.6 76 333.1 4.1 76 311. 7 4.9
152 104.3 1.5 152 157.0 2.7 152 168.3 3.3 152 315.5 4.8 152 339.8 4.8 152 313.6 6.2
223 78.3 1.0 223 161. 2 2.4 223 162.2 2.8 223 311. 7 6.8 223 339.8 6.0 223 316.2 6.6
293 82.0 1.0 293 158.0 1.5 293 156.7 1.8 293 313.1 8.6 293 341.2 7.0 293 317.3 7.0
363 77.3 1.0 363 120.0 0.7 363 135.5 1.0 363 315.8 10.1 363 340.0 7.4 363 320.3 8.4
433 46.8 1.1 433 77.0 0.7 433 088.8 0.4 433 317.8 11.5 433 339.5 8.2 433 324.2 8.6
503 24.0 1.5 503 45.3 0.8 503 231. 3 0.5 503 323.1 11.8 503 340.7 8.6 5C3 326 7 8.5
573 14.2 1.8 573 14.0 1.0 573 185.9 0.6 573 327.4 n.o 573 337.3 7.9 573 330.2 8.8
637 11.3 1.2 637 346.0 1.2 637 143.8 1.2 637 326.7 11.2 637 335.5 7.0 637 330.9 9.6
701 357.1 2.6 701 327.8 0.9 701 252.2 4.0 701 326.7 n.4 701 333.2 6.6 701 335.9 10.3
765 342.8 2.6 765 291.2 1.0 765 266.3 5.4 765 338.3 10.3 765 330.0 6.2 765 343.0 10.9
829 336.3 1.2 829 276.6 1.2 829 269.7 2.5 829 348.6 10.2 829 330.0 6.0 829 340.3 10.4
Experiment No. 31 Experiment No. 33
17 October 1964 Release Site A Tracer Release from 1315 to 1415 CST October 20, 1964 Release Site A Tracer Release from 1915 to 2015 CST
Ascension NO.1 Ascension No.2 Ascension No.3 Ascension No. 1 Ascension No.2 Ascension No.3
Begin: 1239 CST Begin: 1328 CST Begin: 1421 CST Begin: 1817 CST Begin: 1922 CST Begin: 2017 CST
Z(m) D(deg) S(m/s) l(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D (deg) S(m/s) Z(m) D(deg) S(m/e) Z(m) D(deg) S(m/s)
76 207.2 6.2 76 203.2 7.0 76 204.8 6.8
76 152.9 4.5 76 150.9 4.6 76 161.6 6.8 152 214.5 8.0 152 208.8 n.6 152 204.8 n.8
152 161.6 4.6 152 152.7 5.5 152 162.3 n.o 223 229.3 10.2 223 215.9 14.8 223 211.8 16.6
223 171.8 4.2 223 152.9 6.2 223 160.1 10.7 293 224.4 n.o 293 225.1 16.8 293 223.0 18.8
293 169.0 4.4 293 153.4 7.0 293 160.1 5.3 363 227.8 13.3 363 229.0 17.5 363 231. 9 18.7
363 167.7 3.6 363 11,8.8 7.3 363 183.6 4.1
433 230.9 15.3 433 231. 8 18.6 433 237.2 20.0
433 157.4 3.6 433 146.0 8.0 433 188.2 6.3 503 234.2 15.2 503 233.3 20.2 503 239.9 22.4
503 151.0 6.0 503 148.3 9.4 503 186.7 8.2 573 234.1 15.9 573 228.8 20.8 573 234.3 22.8
573 151. 3 6.0 573 148.6 8.4 573 184.7 10.0 637 235.2 15.8 637 229.0 21.6 637 237.3 23.5
637 151.0 5.2 637 149.2 5.4 637 190.1 8.6 701 235.6 16.0 701 232.2 20.3 701 241. 2 23 7
701 149.6 4.8 701 160.2 4.2 701 189.6 7.1
765 6.8 765 234.3 18.7 765 236.0 20.8 765 239.8 24.3
765 154.3 4.2 765 168.3 4.3 180.3 829 234.3 18.0 829 237.0 22.6 829 242.0 25 0
829 159.1 4.3 829 169.2 3.9 829 174.9 5.6
N
C>
-....J
-------
N
a
0:>
Table 8 (continued). PILOT BALLOON MEASUREMENTS
Experiment No. 34 Experiment No. 36
October 21, 1964 Release Site Tracer Release from 1920 to 2020 CST March 7, 1965 Release Site A Tracer Release from 1230 to 1330 CST
. Ascension No. 3 Ascension No. 4
Ascension No.1 Ascension No. 2 Ascension No. 3 Ascension No.1 Ascension No. 2
Begin: 1822 CST Begin: 1928 CST Begin: 2022 CST Begin: 1110 CST Begin: 1232 CST Begin: 1301 CST Begin: 1331 CST
Z(m) D(deg) S(mfs) Z(m) D(deg) S(mfs) Z(m) D(deg) S(mfs) Z(m) D(deg) S(mfa) Z(m) D(deg) S(mfs) Z(m) D(deg) S(mfs) Z(m) D(deg) S(mfs)
76 5.9 10.8 76 13.6 6.5 76 10.3 8.3 76 335.5 5.5 76 338.4 3.2 76 341.0 8.9 76 329.9 8.0
152 7.1 11.0 152 16.7 11.4 152 12.9 13.6 152 340.0 5.8 152 345.8 5.7 152 339.2 11.2 152 342.5 6.8
223 9.0 9.5 223 15.8 16.7 223 17.8 16.6 223 344.9 5 2 223 348.0 7.7 223 337.0 11.1 223 328.0 5.6
293 6.8 12.1 293 14.2 18.2 293 13.0 17.7 293 352.2 4 1 293 348.1 8 8 293 334.1 12.2 293 313.5 4.6
363 6.8 12.7 363 14.0 17.1 363 8.8 17.3 363 347.7 9.0 363 335.5 10.7 363 346.2 4.0
433 55 10.9 433 12.8 17.5 433 9.2 19.2 433 346.2 8 4 433 337.8 7.4 433 347.1 4.4
503 2.1 10.6 503 11.8 18.0 503 11.3 20.1 503 346.6 7.0 503 320.8 6.0 503 349.1 4.8
573 1.6 11.3 573 8.9 18.7 573 11.2 21.3 573 347.9 6.4 573 324.8 5.6
637 357.9 12.7 637 8.0 17.2 637 11.1 20.5
701 352.1 13.1 701 8.0 18.2 701 11.1 19.3
765 350.7 13.5 765 7.0 19.3 765 11.6 17.5
829 350.2 14.2 829 5.1 20.0 829 13.0 15.2
Experiment No. 37
Experiment No. 35 March 8, 1965 Release Site A Tracer Release from 2030 to 2130 CST
March 6, 1965 Release Site A Tracer Release from 1230 to 1330 CST
As cension No.1 Ascension No. 2 Ascension No. 3 As cension No. 4 As cension No. 1 Ascension No. 2 Ascension No. 3 Ascension No. 4
Begin: 1141 CST Begin: 1300 CST Begin: 1335 CST Begin: 1340 CST Begin: 1930 CST Begin: 2030 CST Begin: 2100 CST Begin: 2130 CST
Z(m) D(deg) S(mfs) Z(m) D(deg) S(mfs) Z(m) D(deg) S(mfs) Z(m) D(deg) S(mfs) Z(m) D(deg) S(mfs) Z(m) D(deg) S(mfs) Z(m) D(deg) s(mfs) Z(m) D(deg) S(mfs)
76 299.0 8.2 76 297.1 9.4 76 294.3 4.4 76 289.8 14.4 76 279.0 5.7 76 292.7 6.4 76 288.2 6.6 76 292.3 4.2
152 288.0 11.2 152 298.0 11.3 152 297.8 4.8 152 291.6 18.6 152 283.6 8.8 152 289.9 8.3 152 289.7 9.0 152 296.7 6.5
223 284.2 11.2 223 296.9 11.8 223 302.1 3.1 223 294.8 18.2 223 279.0 9.0 223 292.6 9.2 223 291.7 8.8 223 297.4 9.4
293 286.0 10.8 293 295.3 11.3 293 296.0 20.3 293 284.9 10.3 293 292.0 9.3 293 297.7 10.3 293 298.1 11.5
363 285.0 9.6 363 296.3 11.0 363 297.7 20.6 363 285.5 13.3 363 296.5 9.4 363 301. 2 13.4 363 300.1 12.2
433 290.3 8.6 433 297.7 12.3 433 302.5 13.4 433 286.8 12.5 433 302.3 10.3 433 301. 2 '13.4 433 301. 7 12.8
503 298.4 13.3 503 314.8 Q.5 503 289 0 11.6 503 303.4 12.1 503 304.0 13.3 503 302.5 13.7
573 299.6 12.6 573 309.0 4.6 573 292.8 13.7 573 303.4 12.7 573 305.4 12.2 573 303.8 13.0
637 293.7 3.6 637 297.1 16.6 637 302.9 12.6 637 302.8 11.5 637 302.0 12.7
701 296.8 18.2 701 304.5 14.0 701 300.0 12.4 701 301. 3 14.6
765 292 2 18.6 765 304.4 15.6 765 297.0 12 8 765 301.1 14.3
829 292.2 18.4 829 295.1 13.2 829 300.8 12.6
-------
Table 8 (continued). PILOT BALLOON MEASUREMENTS
March ll, 1965 Experiment No. 38 Experiment No. 40
Release Site A Tracer Release from 2030 to 2130 CST March 14, 1965 Release 8i te A Tracer Release from llOO to 1200 CST
Ascension No. 1 Ascension No. 2
Begin: 2013 CST Begin: 2058 CST Ascension No. 1 Ascension No. 2 Ascension No. 3 Ascension No. 4
Z(m) D(deg) Begin: 1010 CST Begin: llOl CST Begin: ll33 CST Begin: 1203 CST
S(m/s) Z(m) D(deg) S(m/s)
76 257.4 5.9 76 307.8 4.6 Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s)
152 263.7 4.4 152 311. 5 5.1 76 76 293.8 2.8 76 288.1 6.4
223 264.4 4.2 223 315.6 4.6 301. 2 12.5 76 310.8 78
293 271. 9 4.6 293 313.2 4.6 152 300.7 13.8 152 301.8 4.4 152 291.3 7.0 152 313.0 10 4
363 271. 3 4.8 363 302.8 4.3 223 299.1 13.2 223 300.5 3.2 223 292.0 8 7 223 313.5 9.0
293 296.5 10.0 293 296.0 4.5 293 290.8 8.7 293 3ll.8 10.0
433 273.1 4.8 433 303.8 5.0 363 297.6 8.2 363 295.5 5.8 363 290.9 9.0 363 310.8 10.8
503 272.2 5.2 503 304.6 4.8 433 299.8 6.6 433 304.7 6.9 433 8.6
573 274.0 5.2 573 284.0 3., 291.9 433 306.1 7.2
637 277.0 5.2 637 270.(, 3.3 503 304.3 7.8 503 311. 7 7 6 503 290.0 8.4 503 299.0 4.9
701 278.6 5.2 701 266.7 4.0 573 308.0 9.0 573 288.3 5.6 573 292.3 5.6
637 309.5 8.2 637 325.1 2.0 637 290.2 8.0
765 280.1 5.2 765 271. 9 4.2 701 307.3 7.5 701 332.2 3.5 701 294.2 10.4
829 280.1 5.0 829 287.7 4.0 765 309.4 765 315.6
7.0 5.6 765 294.6 13.8
829 309.4 6.4 829 313.7 6.1 829 292.2 13.4
March 13, 1965 Experiment No. 39 Experiment No. 41
Release 8i te A Tracer Release from 1220 to 1320 CST
March 15, 1965 Release Site A Tracer Release from 2050 to 2150 CST
As cenSiOD" No. 1 Ascension No. 2 Ascension No. 3 Ascension No. 4
Begin: 1007 CST Begin: 1222 CST Begin: 1251 CST Begin: 1322 CST Ascension No. 1 As cension No. 2 Ascension No. 3 Ascension No. 4
Begin: 1902 CST Begin: 2055 CST Begin: 2123 CST Begin: 2154 CST
Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s)
Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s)
76 236.1 2.0 76 333.3 1.8 76 334.1 3.8 76 328.2 1.2
152 2378 1.4 152 341. 0 1.8 152 340.7 3.8 152 321. 8 3.0 76 330.0 4.2 76 340.3 3.4 76 349.1 4.0 76 343.1 4.3
223 241. 9 1.0 223 342.1 2 1 223 317.3 4 8 223 308.1 3.0 152 329.2 4.0 152 341. 8 5.4 152 342.2 5.3 152 343.7 6 4
293 257.0 1.4 293 327.0 2.2 293 298.6 2 5 293 308.1 2.0 223 330.1 5.0 223 343 7 6.1 223 348.0 5.4 223 344.1 6.8
363 252.6 1.1 363 327.2 2.5 363 333.9 0.4 363 246.3 0.7 293 327.1 7.0 293 342.3 6.1 293 356.0 4.9 293 348.9 61
363 325.3 7.7 363 338.9 6.2 363 353.6 4 2 363 359.3 5.6
433 256.2 2.6 433 305.1 2.8 433 029.7 0.6 433 229.9 1.4
503 247.3 2.0 503 277.5 2.9 503 323.7 1.1 503 231. 7 2.4 433 323.4 7.3 433 334.7 6.2 433 339.9 4.0 433 3560 4 8
573 230.6 1.2 573 253.5 2.4 573 294.0 2.8 573 240.2 3.7 503 320.9 7.8 503 329.8 6.2 503 326.6' 4.6 503 337.8 4 (,
637 273.8 0.7 637 238.2 3.0 637 281. 2 3.6 637 236.0 3.7 573 316.5 6.4 573 323.6 6.2 573 310.8 4 8 573 3240 4 8
701 280.0 0.6 701 248.4 3.7 701 256.1 4.0 701 227.5 3.8 637 308.7 6.2 637 315.5 6.3 637 295.6 4.6 637 304.0 5 0
701 302.3 6.7 701 323.6 5.6 701 280.8 4.6 701 290.3 5.2
765 281. 3 0.6 765 246.2 4.4 765 245.5 4.4 765 226.0 4.2
829 281. 5 0.8 829 241. 2 4.7 829 251. 7 4.2 829 230.2 4.6 765 298 3 5.2 765 297.0 5.4 765 269.2 5.3 765 281.7 6.4
829 294.7 3.6 829 271.4 7.9 829 259.0 5.8 829 278.6 7.2
N
o
\D
-------
N
---'
a
March 16, 1965
Z(m)
Ascension No.1
Begin: 1950 CST
D(deg)
76
152
223
293
363
433 .
503
573
637
701
107.9
111.2
116.1
124.2
130.1
134.0
138.2
132.6
136.3
139.2
Table 8 (continued).
Experiment No. 42
Release Site B Tracer Release from 2030 to 2130 CST
Ascens 100 No. 2 Ascension No. 3
Begin: 2050 CST Begin: 2018 CST
S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s)
10.3 76 114.0 11.5 76 124.2 9.6
12.1 152 119.5 15.0 152 125.5 15.0
12.0 223 122.2 14.1 223 128.6 18.2
13.9 293 125.8 16.6 293 133.0 16.6
18.3 363 123.5 27.2 363 131.8 15.0
21.8 433 119.4 32.2 433 131.1 16.8
22.2
23.5
22.5
22.9
23.5
22.2
Experiment No. 43
March 17, 1965 Release Site A Tracer Release from 2000 to 2100 CST
Ascension No. 1 Ascension Now 2 Ascension No. 3
Begin: 2007 CST Begin: 2036 CST Begin: 2102 CST
Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s) Z(m) D(deg) S(m/s)
76 288.7 7.5 76 294.3 7.2 76 271. 8 13.4
152 284.8 8.2 152 292.6 6.4 152 271. 0 19.0
223 286.4 10.0 223 288.1 8.0 223 272.0 20.0
293 283.0 9.8 293 288.8 9.0 293 273.7 14.4
363 278.8 9.9 363 285.6 9.4 363 095.2 4.2
433 283.3 14.2 433 101. 5 2.6
503 286 2 19.0
573 :'>85.3 20.2
637 286.8 19.8
701 290.2 20.0
765
829
136.1
137.7
PILOT BALLOON MEASUREMENTS
-------
RA WINSONDE MEASUREMENTS.
Rawinsonde observations for Columbia, Missouri, and Peoria, Illinois, the
two nearest regular Weather Bureau upper-air sounding stations, are presented in
Table 9. The table includes the latest soundings taken before the beginning of
the tracer dissemination and the earliest soundings following the end of the
experiment. For afternoon experiments, the 12Z (0600 CST) and OOZ (1800 CST)
soundings for the same day are given; for evening experiments, the OOZ (1800 CST)
sounding and the 12Z (0600 CST) sounding for the next day are given. Only sound-
ing data up to 700 mb are presented. The pressure, temperature, dewpoint, and
height above MSL of each mandatory level and significant level are given as
reported on WB Form 31-A. In addition, the wind direction and speed are listed
for the surface and each 50 mb beginning with either 1000 or 950 mb. The methods,
techniques, and procedures of data processing are presented in U. S. Weather
Bureau (1964 c).
211
-------
P(mb)
Z(m)
T(OC)
Td(OC)
D(deg)
S(m/s)
MB
TABLE 9.
RAWINSONDE MEASUREMENTS
Symbols
Pressure in whole millibars
Height above MSL to the nearest whole meter for standard levels
and to the nearest 10 meters for all other levels
Temperature to the nearest tenth of a degree Celsius
Dew~oint to the nearest tenth of a degree Celsius
Wind direction to the nearest whole degree of azimuth
Wind speed in whole meters per second
Motor boating relative humidity too low to be accurately measured
Missing data
213
-------
N
......
+::0
Table 9 (continued). RAWINSONDE MEASUREMENTS
.',[-/ -'_L"'",-",.,,::
27 May 1963 Experiment No.2 Tracer Release from 1410 to 1440 CST 28 May 1963 Experiment No.3 Tracer R€::leasC' :from 1000 to 1100 CST
Station: Columbia, Mo. Station: Peoria, Ill. Stl:L tion: Columbia, Mo. Stf1tlon: PE.uria, Ill.
A 6 cens i on Start: 0600 CST Ascension Start: 0600 CST A:,CLnsiun Sta.rt: 0600 CST Ascension St~rt: 0600 CST
p(mb) Z(m) T{OC) Td{OC) D{deg) S{m/s) P{mb) Z{m) T{OC) Td{OC) D{deg) S{m/s) P(mb) Z{m) T{'C) Td{"C) D{deg) S{m/G) P{mb) Z{m) T( 'C) Td{OC) D(deg) S(m/s)
980 238 15.8 15.8 070 2 988 200 14.4 13.3 060 4 983 238 15.2 14.6 280 4 986 200 12.2 12.2 070 2
950 510 107 5 950 530 106 9 950 520 296 10 952 490 16.4 14.0
900 959 091 3 900 987 134 11 900 982 282 13 950 500 181 2
850 1438 9.9 9.5 340 6 850 1466 10.6 9.7 149 7 870 1250 9.0 7.2 900 976 240 5
800 1941 352 3 800 1969 145 8 850 1458 11.9 7.7 260 14 850 1456 11.0 9.0 241 6
769 2260 6.3 2.8 750 2510 151 10 826 1690 10.3 3.1 800 1960 229 7
750 2470 006 7 700 3063 2.3 1.6 159 7 800 1963 260 12 750 2500 5.0 3.5 235 9
700 3031 2.0 - 0.6 001 3 770 2280 5.8 1.4 700 3050 1.6 - 0.3 241 11
750 2490 255 12
700 3054 1.6 - 3.5 267 11
Station: Columbia, Mo. Station: Peoria, Ill.
Ascension Start: 1800 CST Ascension Start: 1800 CST
p{mb) Z{m) T{OC) Td{'C) D{deg) S{m/s) p{mb) Z{m) T{'C) Td{OC) D{deg) S{m/s) Station: Columbia, Mo. Station: Peoria, Ill.
A.scE;TIslon Start: 1800 C3T Ascension Start: 1800 CST
980 238 24.4 17.1 190 3 986 200 17.8 16.7 335 3
950 500 205 4 950 510 29D 3 P{mb) Z{m) T('C) Td{'C) D(deg) S{m/s) P{mb) Z{m) T{'C) Td{'C) D{deg) S{m/s)
900 979 230 7 900 980 262 6
850 1466 14.6 9.8 240 9 850 1459 11.0 9.3 259 5 987 238 19.4 15.0 300 8 990 200 18.9 15.6 305 5
804 1900 10.6 6.7 810 1855 8.8 7.1 950 570 290 11 950 570 302 6
900 1025 293 9 900 1012 210 9
800 1975 266 11 800 1963 270 9 850 1502 9.5 8.0 300 10 850 1491 10.1 8.3 287 10
750 2490 264 16 750 2500 286 8 800 2005 313 9 800 1993 6.8 5.3 273 4
720 2830 4.7 - 2.6 700 3053 1.9 - 1. c' 287 11
700 3075 3.8 - 7.6 272 16 773 2290 5.8 - 1.2 750 2510 293 10
755 2470 5.1 -16.6 700 3082 2.0 - 2.5 292 11
750 2530 325 13
737 2670 7.4 MB
700 3100 5.8 MB 320 14
-------
Table 9 (continued). RAWINSONDE MEASUREMENTS
19 July 1963 Exp~rim(:nt No.4 TrD..cc.r Ikll.-'C' ~'- from 1130 to 1230 CS'J' 22 July 1963 Exp'~rimc:nt ND. 5 Trac('r Rr:::l.:ar.'- from 1104 to 1204 c:
..V':;t1.icm: Culumbia, !\10. ~.:tD.ti0n: :'- '-ri"'-, Ill. ;.'t:-~tion: Columbia, Mo. Station: Pt:.oria, Ill.
/'..,.,:'.nsion C1..~rt: 0600 cs'r t\sc,.nsion :,V..rt: 0600 t~T :\,,(-(.osioo StE1.rt: 0600 C3'f AScLrlsion St~rt: 0600 CST
Hmo) Z(m) T('C) 'ld('C) D(dcg) ~(m/s) p(mo) Z(m) T('C) Td('C) )'(deg) ,,(m/s) pC "0) Z(m) T('C) Td('C) D(deg) S(m/s) P(mo) Z(m) T('C) Td('C) D(d~g) s( I)
986 238 24.7 21.0 210 3 993 200 21.1 18.9 020 7 983 238 19.9 17.1 150 991 200 18.9 17.2 165 2
950 234 18 961 500 19.2 16.6 965 400 25.0 17.7 967 410 23.5 17:7
932 740 25.4 17.9 950 600 348 13 950 540 188 11 950 570 283 6
900 560 249 18 930 780 21. 3 17.8 930 710 23.4 15.8 900 1038 242 6
866 1370 22.1 10.5 900 1053 315 8 900 1008 193 6 888 1140 18.5 10.0
850 1542 22.1 5.0 256 12 850 1547 17.4 14.5 259 12 850 1504 21.1 - 6.5 264 858 1440 17.9 - 1.4
847 1560 22.1 4.1 800 2065 255 18 820 1810 20.3 MB 850 1528 17.7 - 5.6 284 5
836 1680 21.0 8.7 794 2110 14.5 12.6 800 2026 297 800 2044 321 7
806 1930 19.5 - 1.0 750 2600 255 18 794 2080 18.5 - 8.6 786 2180 15.0 2.3
800 2066 257 12 707 3100 8.0 4.8 750 2560 303 11 750 2590 351 8
767 2410 17.6 - 8.6 700 3184 7.5 - 4.0 251 15 743 2650 13.4 7.3 734 2760 9.1 - 1.1
750 2010 260 16 700 3157 10.2 2.3 322 11 700 3156 6.1 5.0 360 9
700 3200 11.6 - 9.7 264 11
;~ trl ti on : Columbib., Mo. Station: l't.:oria, 111. Gt&tion: CJlumbia, i-lc.. St!:1tion: PeoriC:!., 111.
I\::;c:cn:;ion Gtart: 1800 C~T Ascension f;tb.rt: 1800 CST ASCL.:D3ion Stb.rt: 1800 C~T Ascension Sturt: 1800 cs'r
P(mb) Z(m) T('C) Td('C) D(deg) semis) P(tab) Z(m) 'r( 0c) Td('c) D(deg) semis) P(mb) Z(m) T('C) Td('C) D(deg) semis) 'P(I:1b) Z(m) T('C) Td('c) D(deg) S(N',,)
983 238 36.4 21.8 230 8 987 200 31.1 23.9 230 4 983 238 29.4 19.4 140 989 200 31.1 20.0 200 4
970 350 33.2 18.9 950 530 238 8 960 440 20.6 18.1 950 550 206 3
950 540 224 12 900 1022 247 12 950 530 111 1 900 1037 214 3
900 1031 230 11 850 1523 21.0 16.6 254 19 900 1011 304 3 850 1534 19.2 13.1 242 2
850 1535 22.8 16.1 243 10 802 2000 17.0 13.5 850 1515 22.1 9.3 280 6 800 2052 246
800 2061 246 14 800 2046 256 19 800 2039 279 10 783 2240 12.8 8.9
784 2240 16.4 12.9 790 2140 18.3 7.4 750 2600 310 10 755 2540 12.3 - 5.7
750 2610 262 16 750 2600 255 20 700 3174 12.0 3.5 319 15 750 2600 305 2
714 3030 12.0 - 0.2 700 3~77 11.2 4.0 255 18 722 3020 9.8 - 1.1
700 3192 11.6 - 8.3 271 12 700 3168 7.8 - 2.0 328 8
'"
U"l
-------
N
--'
0"\
Table 9 (continued). RAWINSONDE MEASUREMENTS
23 July 1963 Experiment No. 6 Tracer Rr:;l.:::CiS'. from 1130 to 1230 Co':' 25 July 1963 I:xpl:riment Nu. 7 Trac(:r Rr::-lL'ai... from 1040 to 1140 ~c''j'
:;ta:Lion ~ Culumbia, Mo. ~tation: h..uri8., Ill. ;::tai...ion: Columbia, Mo. f:tation: h.uria, IlJ.
A:.(:cn:::ion Start: 0600 CST ASCl.:n5ion Stbrt: 0600 I" T '..'~c',rl,i()n Start: 0600 co'r AscL'nsion Cl:::.rt: 0600 '::3T
p(mb) Z(m) 1'( "C) Td("C) D(deg) C(m/c) P(mL) Z(m) T("C) Td("C) 1J(deg) c,(rn!o) i'(mb) Z(m) 1'( "C) Td("C) D(deg) S(m/c) P(m),) Z(m) 'r("c) Td("C) n(deg) C(rn!s)
984 238 20.8 19.6 070 992 200 22.8 20.0 060 1 990 238 20.6 18.2 120 4 998 200 20.6 18.3 060 2
950 540 25.7 18.6 120 956 520 24.0 18.2 950 600 178 9 976 390 24.0 19.3
915 880 25.2 13.4 950 580 198 1 945 640 22.9 17.8 950 610 158 7
900 1020 266 2 900 1050 067 2 900 1064 178 9 900 1099 163 7
850 1519 21.0 13.5 276 8 850 1541 16.5 12.0 072 3 863 1410 17.0 11.9 865 1430 15.6 12.4
802 2000 17.8 13.4 820 1830 14.2 10.2 850 1554 16.6 10.2 157 7 850 1587 15.0 10.0 159 7
800 2042 297 13 800 2055 020 2 809 1970 15.1 3.0 836 1730 14.3 7.2
750 2580 298 16 798 2060 14.4 4.4 800 2069 155 800 2100 158 7
700 3169 9.2 6.9 309 15 750 2590 010 782 2260 12.6 1.6 792 2190
722 2900 7.9 1.1 750 2610 110 775 2360 13.4 2.0
700 3169 7.1 - 5.7 350 700 3185 8.8 -13.6 100 750 2640 146 7
711 3090 8.4 - 3.5
700 3215 8.4 - 8.2 125 6
Station: Columbia, Mo. Station: Pt::oria, Ill. Station: Columbia, Mo. Station: Peoria, Ill.
Ascension Start: 1800 CST Ascension Start: 1800 CST Asc£:n31on Start: 1800 CST Ascension Start: 1800 CST
P(mb) Z(m) T("C) Td("C) D(deg) S(rn/s) P(mb) Z(m) T("C) Td("C) D(deg) semis) P(mb) Z(m) T("C) Td(Oc) D(deg) S(m/s) P(mb) Z(m) T("C) Td("c) D(deg) S(m/s)
984 238 31.8 20.7 130 992 200 30.0 20.0 070 3 988 238 30.8 17.1 150 6 996 200 30.6 18.9 130 5
950 560 138 950 580 076 7 950 580 137 8 986 290 29.0 17.2
929 750 26.0 17.6 900 1061 073 5 900 1064 144 8 950 610 139 6
900 1030 098 5 850 1556 17.8 14.3 083 3 855 1500 18.4 11.8 900 1090 142 6
850 1528 21.3 8.9 109 4 804 2030 13.6 11.8 850 1559 18.1 11.4 152 8 800 1585 16.8 13.4 149 6
842 1610 20.7 7.3 800 2072 089 1 800 2076 149 7 828 1810 14.6 12.1
800 2051 028 2 785 2230 10.2 4.9 790 2190 13.4 5.0 808 2000 14.4 9.8
783 2240 16.7 11.9 768 2420 12.3 - 1. 6 750 2610 136 6 800 2099 156 7
750 2600 338 10 750 2620 020 742 2700 11.1 2.2 750 2630 155 6
743 2680 15.2 3.6 727 2880 11.3 -12.2 700 3194 9.2 - 5.6 104 746 2680 10.1 4.8
700 3183 11.2 4.2 330 12 700 3189 10.3 -13.0 056 8 700 3215 9.4 - 8.6 138
j-C ./0
-------
Table 9 (ccntinued). RAWINSONDE MEASUREMENTS
26 July 1963 LV:T'.l'im. nt rle>. 8 '!'ra.c( r R(:;.l'-h~'- r,'c"n 1045 t" 1145 c' 'J' 12 ;:>-Y':-_mber 1963 ExpL:rimc::n"t Nu. 9 Tracer R(:;lc;.'3'- fr lr:l 1115 Co 1215 ""'.'p
~:tlitiun: Columbia) ;,10. Stt:.t 1,-,1,: l'oo.l.rif:., :1:. ,- t.~ ~.L'- '..j . Columbia, ~1(\. ,~ta.tion: l'E:.(Jri~, Ill.
'~.:,(:cn[;iun Sturt: 0600 cs'r As r;l nsiun .:--L::.rt: 0600 ",:T :.: r:'.:J:Jiun 3ta.rt: 0600 C~'r Asct.nsion 2.tart: 0600 ,"r
['(mb) Z(m) T(OC) Td("C) D(deg) ::;(m/s) p(mu) Z(m) T(OC) Td(OC) D(deg) sh/s) r (r:'ll, 7.(m) T(OC) Td("C) D(deg) ~(m/s) p(mj,) Z(rn) T(OC) Td(OC) !J(d.eg: '.'
'.;.)
990 238 2C.6 18.8 120 998 200 20.6 18.3 140 2 984 238 21.8 20.3 250 4 986 2CO 2C.6 18.? - 290 6
955 550 21.9 18.7 964 500 22.:' 17.5 950 540 284 II 953 500 20.2 18.2
950 600 120', 10 950 620 199 9 915 880 23.5 16.5 950 510 :,;)4 _)
900 1061 120 10 900 1096 196 8 900 :020 310 12 929 700 21.5 17.7
'876 1290 16.7 10.7 850 1585 15.3 11.9 173 7 850 1517 19.2 13.5 299 12 900 992 ~5I' 15
850 1549 15.6 9.2 : 72 9 800 2098 12.0 9.0 149 7 8,4 1690 18.0 12.6 850 1484 17.5 8.8 29.0 :...:..J
800 2C63 0.07 8 750 2630 143 9 800 2036 285 10 800 2001 283 10
750 2600 161 6 717 3010 8.1 4.5 794 2100 15.4 - 1.6 790 2100 13.0 7.5
728 2850 9.0 5.2 700 3209 7.5 2.0 151 8 759 2480 13.0 - 3.7 750 2530 10.9 0.3 277 24
750 2580 294 13 700 3116 7.0 - 2.5 271 2~,
700 3178 7.2 2.5 147
700 3155 7.3 - 5.1 303 15
Station: Columbia, Mo. Station: T't:ori"i, Ill. St[1tion: Columbia, Mo. Station: Pt'oria, Ill.
Asc(:n::;ion Start: 1800 CC;T Asct;..n~ion ::t<.:r"t: 1800 efT 1\;::(:(..o1.-:;ioo ,~tart: 1800 C8T Ascension Start: 1800 CST
P(mb) Z(m) T(OC) Td( 0,:) D(d"g) S(rn/s) P(rnb) Z(n ~; on Td(O~) D(deg) S(m/d P(rnb) Z(m) T(OC) Td( 'c) D(d"g) S(m/s) P(mb) Z(m) T( 0C) Td(OC) D(deg) S(m/s)
988 238 30.0 15.6 1uO 996 200 .:03.9 19.4 170 989 238 20.2 16.4 360 10 995 2C0 13.9 10.6 020 3
967 420 27.6 14.5 982 3.)0 Z7. I' 17.2 950 590 005 13 983 300 11.9 8.4
950 590 :5~ II 950 010 18~ 8 900 1.047 341 11 950 600 0c:
900 1061 ::'~,,J 9 900 109C 178 8 856 ~470 1.2.4 10.3 90~ 1000 7.7 0.,:.
850 1555 17.3 12.~ : - - 865 1~20 17.(, 14.1 8"c' -530 12.7 9.9 331 8 900 100* ,',)
830 1750 15.4 11.0 850 ~5E~ 16.9 12.8 178 8 820 ::.830 14.0 7.3 880 1210 1l.4 10.:'
(JOO 2069 2..:<, 805 2040 14.5 8.6 800 .?D4~ 324 9 850 1502 10.6 J.2 002 10
750 2600 2O~ 9 800 2099 179 7 7:;1 2240 L.4 1.1 800 2017 341 L
736 2740 10.0 4.2 789 ~210 14.4 3.9 ','50 : 0)0 323 II 770 2340 8.0 7.0
714 3000 10.2 - 1.8 :50 2030 187 7 ~(C..) 1030 6.2 - 2.5 750 2550 308
700 3185 9.3 - 2.-:. 180 700 '217 3.1 - 0.8 193 700 '155 6.0 - :.4 311 14 700 3117 3.9 1.8 320 7
N
-'
--...J
-------
N
......
ex>
Table 9 (continued). RAWINSONDE MEASUREMENTS
14 September 1963 Experiment No. 10 Tracer RcLu~.- from 1045 to 1145 CST 16 September 1963 Exp~riment No. 11 Trac(.r R(:;le:as<: from 1100 to 1200 CST
~~tation: Columbia, Mo. Station: h. orif:., Ill. ~~t8.t.ion : Columbia, Me. Station: PE.oria, Ill.
A:.ccnr.:iun Ct.E:1.rt: 0600 CST Ascension Clart: 0600' 'cT A:.c:r:nciun Start: 0600 CS'f Ascension Stl::Lrt: 0600 CST
P(mb) Z(m) T(OC) Td(OC) D(deg) S{m/o) P(mb) Z(m) T(OC) Td(OC) D{deg) S(m/s) P(nib) Z(m) T(OC) Td(OC) D(deg) S(m/o) P(mb) Z(m) T{OC) Td(OC) D(deg) S(m/s)
992 238 9.3 9.3 045 2 1000 200 6.1 4.4 065 2 993 238 18.0 17.6 110 3 1001 200 16.1 15.0 100 1
952 580 13.5 10.3 976 400 11.6 6.3 952 590 17.4 16.1 1000 209 16.3 15.0 100 1
950 600 142 3 950 620 130 4 950 610 192 8 974 440 20.0 16.3
900 1053 164 7 900 1075 165 1 930 790 18.5 16.1 950 650 210 4
"861 1400 9.5 7.6 897 1100 8.0 2.8 900 1082 202 900 1113 211 6
850 1530 10.4 7.4 148 877 1300 12.1 - 9.6 850 1567 13.3 11.0 200 4 850 1597 12.3 10.5 208 8
838 1640 11.4 6.5 850 1552 13.5 -11.1 132 3 800 2075 218 6 800 2103 215 10
800 2036 128 7 800 2060 125 7 775 2330 8.0 5.6 775 2370 7.3 3.5
760 2460 6.2 - 2.0 750 2600 115 7 752 2580 7.8 -10.0 750 2650 214
750 2560 127 8 720 2930 8.3 MB 750 2600 224 9 745 2700 9.7 -13.5
730 2790 6.2 -13.3 700 3166 6.4 MB 135 6 709 3050 7.8 -14.5 700 3206 7.1 MB 205
700 3142 8.7 MB 108 7 700 3175 7.0 - 8.3 206 7
Station: Columbia, Mo. Station: Peoria, 111- Station: Columbia, Mo. Station: Peoria, Ill.
Ascension Start: 1800 CST Ascension ~;tart: 1800 CST Ascf.:nsion Start: 1800 CST Ascension Start: 1800 CST
P(mb) Z(m) T(OC) Td( 0C) D(deg) S(m/s) P(mb) Z(m) T(OC) Td(OC) D(deg) S(m/s) P(mb) Z(m) T(OC) Td(OC) D(deg) S(m/s) P{mb) Z{m) T(OC) Td(OC) D(deg) S(m/s)
990 238 23.1 12.7 110 4 997 200 20.6 8.3 110 4 992 238 27.4 18.6 170 5 1000 200 26.1 18.9 150 3
950 590 129 6 950 600 118 5 950 600 159 8 950 650 171 5
900 1059 135 7 900 1072 130 5 900 1093 159 9 900 1120 175 7
850 1542 11.0 7.5 151 7 882 1260 11.6 ~.3 850 1583 15.6 13.0 166 9 850 1609 15.3 11.0 177 9
830 1740 9.1 6.4 862 1440 14.7 -lD.2 800 2096 178 9 800 2121 182 9
817 1880 11.7 7.5 850 1553 14.0 - u.l 132 6 750 2630 192 10 750 2660 7.1 4.4 204 8
800 2047 159 9 816 1900 12.2 -'.'J 700 3206 5.6 3.4 203 8 731 2870 6.4 2.5
769 2380 11.6 -12.0 800 2062 176 10 711 3100 7.5 -14.7
750 2590 158 788 2200 11.7 - 8.8 700 3225 7.0 MB 230 7
732 2780 8.0 MB 778 2300 13.0 -10.8
713 3000 9.7 MB 750 2600 155 9
700 3155 8.5 MB 130 700 3173 7.6 MB 132 7
~( /-
-------
Table 9 (continued). RAWINSONDE MEASUREMENTS
17 September 1963 Experiment No. 12 Tracer ReleasE- from 2000 to 2030 CST 18 September 1963 Experiment No. 13 Tracer Release from 2000 to 21.00 CST
Stai.ion: Columbia-, Mo. Station: Pe.oria, Ill. StF.Ltion: Columbia, Mo. Station: Peoria, Ill.
A:-;c€;nsion Sta.rt: 1800 GS'r Ascension St&.rt: 1800 CST Ar;cension Start: 1800 CST Ascension Start: 1800 a3T
P(mb) Z(m) T('C) Td('C) D(deg) S(m/G) P(mb) Z(m) T('C) Td('C) D(deg) S(m/s) P(mb) Z(m) T('C) Td('C) D(deg) S(m/G) P(mb) Z(m) T('C) Td('C) D(deg) S(m/s)
993 238 28.2 18.5 070 3 1001 200 26.1 18.3 240 2 990 238 28.7 16.0 360 1 996 200 26.7 15.6 240 2
950 620 128 3 1000 209 26.0 17.9 240 2 950 600 224 2 950 600 229 4
900 1105 181 4 978 400 25.8 14.3 900 1075 208 3 900 1084 196 4
,850 1598 17.0 12.4 178 5 950 660 217 850 1568 16.5 8.5 193 4 850 1574 15.1 10.3 207 4
800 2112 193 7 900 1129 211 822 1840 13.8 6.7 800 2087 266 4
758 2560 8.8 6.9 850 1619 15.3 10.3 185 5 803 2040 15.1 - 6.5 752 2590 11.7 0.2
750 2640 201 7 824 1890 13.0 9.1 800 2081 192 3 750 2610 294 6
730 2870 9.5 2.8 800 2131 163 4 750 2620 024 1 726 2880 9.5 2.4
700 321.9 6.6 - 2.3 212 3 754 2640 10.2 5.0 744 26g0 13.0 MB 700 3204 7.8 - 2.5 294 5
750 2670 290 732 2710 11.9 - 8.6
700 3243 7.0 2.1 258 2 700 3202 9.0 0.2 358 1
Station: Columbia, Mo. Station: P~oria, Ill. Station: Columbia, Mo. Station: Peoria, Ill.
Ascension Start: 0600 CST (18 Sept.) Ascension Start: 0600 CST (18 Sept.) Ascension Start: 0600 CST (19 Sept.) Ascension Start: 0600 a3T (19 Sept.)
P(mb) Z(m) T('C) Td('C) D(deg) S(m/s) P(mb) Z(m) T('C) Td(O~) D(deg) S(m/s) P(mb) Z(m) T('C) Td('C) D(deg) S(m/s) P(mb) Z(m) T('C) Td(O~) D(deg) S(m/s)
994 238 18.0 16.4 160 1000 200 16.7 14.4 160 990 238 15.8 13.5 170 3 995 200 15.6 13.9 170 2
973 410 23.0 14.8 980 380 23.5 13.9 967 450 23.7 14.6 980 330 22.8 15.4
950 620 180 950 630 21.6 8.8 229 7 950 600 235 5 955 560 23.8 11.1
945 670 22.1 9.3 900 1111 206 5 900 1061 250 4 950 600 261 7
900 1096 18.0 10.6 172 862 1460 15.2 9.1 855 1500 14.8 6.7 900 1072 11.6 11.9 272 4
850 1583 14.7 10.1 155 2 850 1598 14.4 8.5 258 2 850 1548 15.1 3.0 252 850 1562 16.7 9.6 283 2
821. 1860 12.6 9.4 800 2108 304 1 836 1700 16.0 - 9.8 800 2076 293 2
800 2085 070 3 777 2330 9.1 5.6 800 2062 125 2 762 2480 11.0 5.7
750 2610 055 3 754 2600 9.4 4.0 780 2280 14.1 -11.4 750 2600 283 3
707 3060 6.4 0.9 750 2620 297 1 762 2480 12.9 1.3 700 3188 7.4 - 7.1 277 6
700 3192 6.1 - 0.2 082 700 3215 6.5 - 0.8 258 2 750 2600 120 2
700 3178 6.8 - 4.3 235 2
N
--'
I.D
-------
N
N
o
Table 9 (continued).
RAWINSONDE MEASUREMENTS
1 April 1964 Experiment No. 14 Trace:r Rt: 10aG'- from 1200 to 1300 CST 7 April 1964 Experiment No. 16 Tracc.:r RE: 1~<1::;1,. from 2048 to 2148 C:3T
Station: Columbia, Mo. ::'tE..tion: l't.urih., Ill. ~~t~ tioD: Columbia, Mo. Station: P~uria, Ill.
A;,(~Ln::iun Start: 0600 csrr Asct:nsion ::'.tf:trt: 0600 t;~T A:..cc...n::ion Sturt: 1800 cs'r Ascension Ctb.rt: 1800 ,;c1T
P(mb) Z(m) T('C) Td("C) D(deg) S(m/s) P(mb) Z(m) 'r( 'C) Td('C) ]J(deg) "(m/d P(mb) Z(m) T('C) Td("C) D(deg) S(m/c) P(mb) Z(m) T('C) Td('C) D(deg) S(m/6)
987 238 2.2 - 3.0 140 6 998 200 - 2.8 - 6.1 130 5 989 238 6.1 - 1.8 320 8 991 200 5.0 0.6 300 8
962 440 1.5 - 5.0 950 580 150 10 970 380 5.0 - 3.1 965 400 2.1 - 3.2
950 540 151 12 914 890 - 3.8 -11.1 950 550 312 10 950 530 303 14
941 620 10.4 - 0.4 900 1020 175 4 900 1000 316 11 900 973 299 16
907 930 10.8 - 4.4 898 1030 0.4 -16.0 876 1210 - 2.9 - 6.4 850 1424 - 6.0 - 8.0 299 14
900 998 184 11 860 1390 3.0 -17.8 850 1454 - 4.4 - 7.3 318 19 828 1630 - 7.9 - 9.3
850 1472 8.4 1.5 224 11 850 1481 2.8 -16.3 286 6 808 1850 - 7.0 - 9.4 800 1897 299 15
841 1550 8.1 2.3 818 1790 2.0 -10.9 800 1930 320 18 794 1940 - 8.8 -10.3
800 1969 244 11 800 1970 310 9 752 2410 "4.5 -14.1 767 2210 - 7.4 -10.8
792 2040 3.6 0.0 750 2490 312 13 750 2440 303 12 750 2400 290 20
750 2490 275 16 746 2520 - 4.1 - 8.0 700 2980 - 4.6 -16.5 276 18 702 2910 -10.6 -27.3
738 2600 1.6 - 4.1 700 3026 - 6.8 -13.7 311 15 700 2933 -10.4 MB 273 23
700 3047 - 1. 7 - 6.2 301 16
Station: Columbiu, t40. Station: Peoria, Ill. Station: Columbia, Mo. Station: Peoria, 111.
Ascension Start: 1800 CST Ascension ~;t/:".rt: 1800 CST Ascension Start: 0600 CST (8 April) Ascension Start: 0600 CST (8 April)
P(mb) Z(m) T('C) Td('C) D(deg) S(m/6) P(mb) Z(m) T( 'C) rd('~) D(deg) S(m/8) P(mb) Z(m) T('C) Td('C) D(deg) S(m/6) P(mb) Z(m) T( 'C) Td(.~) D(deg) S(m/6)
977 238 21.0 8.6 170 9 988 200 7.8 0.6 140 7 994 238 1.0 - 7.0 320 11 995 200 0.0 - 3.9 300 8
950 480 176 12 976 300 6.7 - 4.1 950 600 315 15 950 560 305 13
900 940 188 14 950 520 148 18 900 1026 320 16 900 993 308 15
867 1260 12.0 6.3 916 820 4.2 - 5.3 861 1380 - 8.9 -12.3 896 1010 - 7.0 - 9.1
850 1422 11.0 5.7 220 15 900 965 184 19 850 1471 - 9.4 -12.2 326 14 850 1436 -10.0 -11.9 309 18
800 1925 242 20 894 1020 10.6 7.7 827 1680 -10.6 -12.8 810 1810 -12.5 -14.1
791 2030 7.5 3.8 860 1350 10.4 5.0 814 1800 - 9.6 -14.1 800 1901 305 18
766 2290 9.8 - 3.8 850 1441 9.7 4.8 216 18 800 1938 318 14 796 1940 -10.0 -11.5
750 2460 261 2l 800 1942 219 21 770 2240 -11. 5 -28.1 750 2400 312 18
717 2820 5.4 - 2.6 750 2460 225 22 750 2440 315 16 702 2900 -13.5 -17.1
700 3025 4.0 - 5.0 270 23 746 2500 2.0 - 1.1 730 2640 - 9.8 ME 700 2923 -13.6 17.4 305 19
700 3023 - 0.4 - 2.3 242 18 700 2966 -10.9 ME 303 19
c ( /r>
-------
Table 9 (continued). RAWINSONDE MEASUREMENTS
8 April 1964 Experiment No. 17 Tracer Release from 2030 to 2130 CST 9 April 1964 Experiment No. 18 Tracer Release from 2045 to 2145 CST
Station: Columbia, Mo. Station: PE.uria, Ill. Station: Col1.unbia, Mo. Station: Peoria, Ill.
AGcension Start: 1800 CST Ascension St~rt: 1800 CST ACCEnsiun Sta.rt: 1800 CST Ascension Start: 1800 CST
P(mb) Z(m) T("C) Td("C) D(deg) S(m/o) P(mb) Z(m) T("C) Td("C) D(deg) S(m/s) P(mb) Z(m) T("C) Td("C) D(deg) S(m/s) P(mb) Z(m) T("C) Td("C) D(deg) S(m/s)
995 238 7.5 - 4.6 310 9 997 200 7.2 - 5.0 310 7 991 238 17.6 - 1.1 250 8 996 200 12.8 - 1.7 230 6
950 610 303 9 977 370 5.2 - 8.0 950 600 232 12 969 410 10.5 - 5.5
900 1052 310 10 950 600 314 11 900 1048 236 11 950 590 233 10
850 1506 - 5.1 -15.2 317 11 900 1027 317 12 850 1516 3.3 - 4.2 244 10 900 1040 243 11
815 1830 - 8.5 -18.0 850 1480 - 5.1 -11.7 321 12 842 1600 2.6 - 5.6 850 1504 1.8 - 6.0 273 13
800 1978 330 14 800 1953 326 12 800 2005 282 12 802 1960 - 0.4 - 8.5
799 1990 - 9.6 -2l.3 788 2070 -10.7 -14.6 793 2080 1.0 -10.5 800 1991 272 16
778 2l9O - 5.8 -23.6 766 2280 -10.6 -22.8 750 2510 301 14 750 2490 314 14
750 2470 340 16 750 2440 333 18 700 3061 - 8.2 -15.2 300 14 748 2500 - 5.2 -10.7
700 3019 - 6.9 ME 332 19 720 2770 -12.9 -29.3 710 2920 - 8.0 -19.3
702 2960 -12.0 ME 700 3039 - 8.3 -20.7 304 16
700 2977 -12.1 ME 331 19
Station: Columbia, Mo. Station: PE:oria, Ill. Station: Columbia, Mo. Station: P~oria, Ill.
Ascension Start: 0600 CST (9 April) Ascension Sta..rt: 0600 CST (9 April) Ascension Start: 0600 CST (10 April) Ascension Start: 0600 CST (10 April)
P(mb) Z(m) T("C) Td("C) D(deg) S(m/s) P(mb) Z(m) T("C) Td("C) D(deg) S(m/s) P(mb) Z(m) T("C) Td("C) D(deg) S(m/s) P(mb) Z(m) T("C) Td(OC) D(deg) S(m/s)
997 238 - 0.6 - 4.7 220 1001 200 - 2.2 - 5.6 250 2 991 238 10.1 0.9 280 996 200 3.9 1.1 275 2
967 490 4.0 - 7.5 1000 208 - 2.0 - 5.6 250 2 961 510 10.5 0.8 978 350 8.0 1.2
950 630 294 6 984 330 2.7 - 6.0 950 600 275 13 966 460 9.0 - 1.5
900 1062 308 6 950 620 317 8 935 730 12.5 1.2 950 600 340 8
868 1360 - 2.5 -14.9 913 940 - 1.4 -11.6 900 1042 288 19 900 1034 331 8
850 1518 - 1.0 -19.0 315 6 900 1053 330 11 850 1514 6.4 - 2.5 291 15 850 1498 1.3 -11.8 313 11
847 1560 - 0.9 -20.5 884 1190 - 2.9 -11.6 800 2008 291 15 846 1530 1.1 -12.0
800 2002 314 8 850 1504 - 5.6 -16.8 325 11 751 2510 - 1.5 - 7.8 800 1783 310 14
796 2050 - 0.9 ME 840 1600 - 6.4 -18.1 750 2520 288 14 796 2000 - 1.1 - 16.5
750 2530 306 11 812 1860 - 4.4 -23.0 700 3071 - 5.8 -10.2 280 11 750 2490 310 18
738 2660 - 3.5 -22.2 800 1980 313 12 700 3032 - 8.9 -20.4 314 18
700 3058 - 6.2 -24.0 304 11 787 2100 - 3.4 ME
758 2390 - 4.3 -22.9
750 2490 312 13
700 3029 - 7.2 -23.5 313 14
N
N
-'
-------
N
N
N
Table 9 (continued).
RAWINSONDE MEASUREMENTS
2 June 1964
3 June 1964
Experiffii~nt No. 20
Expl.:rim'-..nt Nv. 19
Tr~'.c;( r R'_lv:1'::' from 1030 t() 1130 CST
. t"....tiun: Culumbia, Mo.
'.n~i()n Start: 06)0 CST
; t~~~i0!l: Columbia, Mo.
/J.:,(' n;.iuD Start: 0600 cs'r
';-+:-:.:.tiGn: h:.uriF:., Ill.
f-..~':' lJ::ion ~:t~rt: 0600 c;~r.r
p(mb) Z(m) T("C) Td("C) D(deg) S(m/s) P("L) Z(m) T("C) Td("C') ]J(deg) '("'10) p(mb) Zero) T("C) Td("C) D(deg) s(m/s)
989 238 12.9 6.3 040 994 200 10.6 5.6 360 988 238 8.0 5.6 220
964 450 14.7 - 0.2 980 310 9.2 - 0.7 964 440 15.1 - 0.9
950 590 004 4 951 510 9.2 :.1 95J 580 291 4
900 1031 334 6 95(' 590 08e 900 10]3 306 5
891 1140 10.2 - 0.3 906 980 7.1 - 0.9 850 1496 6.6 - 5.4 316 lei
850 1504 6.8 - 0.9 310 8 900 1020 123 822 1760 4.1 - 7.1
800 1998 295 9 866 1340 3.5 1.3 800 1990 325 12
759 2410 - 1.2 - 3.4 850 1486 3.0 1.3 217 762 2~70 0.7 -17.1
750 2520 285 8 824 1740 2.0 0.8 750 2500 330 12
700 3062 - 5.0 - 6.8 288 9 800 1976 252 6 733 2690 - 1.8 -17.5
750 2500 247 7 716 2870 - 0.2 -20.0
700 3037 - 5.5 - 6.7 250 8 700 3060 - 0.8 ME 327 13
Tracer R(;lea5~;: from 1040 to 1140 CST
St:::Ltion: h.l)riF.:., Ill.
Asc<- !lsion ;:.tart: 0600 CST
P(mL) Z(m)
T( °C) Td ("C)
6.1 6.1
14.3 - 1.8
D(deg) s(m/s)
200 1
285 10
285 10
297 9
307 8
311 9
329 II
992
970
950
9:6
900
850
800
757
750
702
200
390
570
870
1012
10.9
-1l.2
1482
1974
2410 - 2.0
2500
3010 - 5.7
3033 - 6.0
5.8
-10.4
-ll.5
-15.4
-15.8
700
r;;t6.tion: Columbia, Mo. Sta.tion: PE:oriEi, Ill. Station: Columbia., Mo. Station: Peoria, Ill.
Ascension ,Start: 1800 C3T AScl:.Dsion r~tb.rt: 1800 CST Jl.scL'D8ion Start: 1800 C2T Ascension Start: 1800 CST
P(mb) Z(m) T("C) Td( 0C) D(deg) s(m/s) P(tnb) Z(m) T("C) Td("~) D(deg) s(m/s) P(mb) Z(m) T("C) Td("C) D(deg) s(m/s) P(rub) Z(m) T( "C) Td("c) D(deg) s(m/s)
987 238 21.1 5.9 300 8 991 200 17.8 7.8 340 986 238 25.0 6.2 250 990 200 22.2 5.0 260 4
971 390 17.0 - 1.6 972 380 15.3 2.8 968 390 21.0 5.8 950 560 260 5
950 570 303 II 950 570 298 7 950 560 231 4 900 1018 264 6
902 1000 9.0 0.0 900 1010 289 10 900 1022 216 5 8~3 1400 ll.4 - 2.1
900 1017 297 12 852 1480 6.1 - 1-7 850 1502 10.1 3.8 248 5 850 1498 10.7 - 2.4 264 8
850 1488 6.4 - 0.8 285 9 850 1482 5.9 - 2.0 284 9 800 2003 282 800 1999 270 8
800 1981 276 10 800 1976 286 II 798 2010 5.0 1.7 750 2500 274 8
791 2050 2.3 - 2.1 777 2200 0.9 - 7.6 750 2510 316 8 710 2960 - 2.8 - 5.8
752 2470 - 1. 7 - 7.6 750 2490 284 12 705 3010 - 1. 7 - 6.0 700 3071 - 3.4 - 6.4 286 9
750 2490 286 II 716 2860 - 4.8 - 8.9 700 3079 - 1. 5 - 7.8 330 10
726 2750 - 1.2 -20.2 700 3039 - 6.0 -10.1 280 12
700 3050 - 2.8 ME 300 13
1""6/-
-------
Table 9 (continued), RAWINSONDE MEASUREMENTS
4 J1.>ne 1964 Experiment No. 21 Tracer ReleasE" from 1030 to 1130 CST 6 J1.>ne 1964 Experiment No. 22 Tracer Relea.se from 1130 to 1.230 CST
Sta. tion: Columbia, Mo. Station: Pc-oria, Ill. Station: Columbia, Mo. Station: Peoria, Ill.
Ar;ccnsion Start: 0600 CS'f Ascension Start: 0600 CST Accension Sta.rt: 0600 CST Ascension Start: 0600 CST
P(mb) Z(m) T(OC) Td(OC) D(deg) S(m/o) P(mb) Z(m) T(OC) Td(OC) D(deg) S(m/s) P(mb) Z(m) T(OC) Td(.C) D(deg) S(m/s) p(mb) Z(m) T('C) Td(OC) D(deg) S(m/s)
987 238 13.9 7.6 170 993 200 10.6 7.2 190 3 984 238 16.8 16.1 070 1 991 200 14.4 14.4 090 3
966 430 18.5 6.4 974 360 16.9 3.5 950 530 205 2 ~62 460 13.4 11.7
950 560 187 12 954 530 17.1 4.0 900 996 263 3 950 560 147 4
,900 1025 204 6 950 580 262 12 850 1478 11.6 9.7 250 12 934 710 14.4 1.2.8
869 1320 13.5 - 0.2 900 1032 280 14 800 1984 243 15 900 1015 194 6
850 1507 12.0 - 0.5 170 6 850 1511 9.8 2.9 290 11 796 2000 9.1 7.0 850 1494 10.1 8.5 215 6
800 2011 143 5 800 2011 286 5 750 2500 232 14 800 1997 227 6
750 2540 112 5 797 2060 5.8 1.6 717 2880 1.9 - 1.2 750 2520 4.6 3.1 236 10
736 2700 2.5 - 3.0 753 2510 1.6 - 7.2 707 3040 3.5 - 4.0 700 3087 0.8 - 0.6 236 1.2
700 3096 0.2 - 8.8 267 1 750 2540 285 4 700 3072 3.3 0.7 238 14
714 2970 - 1.9 - 9.3
700 3087 - 2.8 -11.8 332 6
Station: ColumbiCi, Mo. Station: Peoria, Ill. Station: Columbia, Mo. Station: Peoria, Ill.
Ascension Start: 1800 CST Ascension Start: 1800 CST Ascension Start: 1800 CST AscensiCl1 Start: 1800 CST
P(mb) Z(m) T(OC) Td(OC) D(deg) S(m/s) P(mb) Z(m) T(OC) Td(OC) D(deg) S(m/s) P(mb) Z(!") T(OC) Td(OC) D(deg) S(m/s) p(mb) Z(m) T(OC) Td("C) D(deg) S(-/s)
987 238 13.6 12.2 110 4 993 200 23.3 10.6 230 982 238 25.6 17.2 270 4 988 200 23.3 18.3 240 3
950 560 124 11 974 350 22.5 7.1 963 390 21.0 14.0 950 540 240 5
914 870 8.8 6.3 950 580 238 7 950 500 246 6 900 1009 249 9
900 1009 122 16 900 1047 250 4 900 992 224 8 850 1496 14.1 9.8 241 12
850 1481 6.7 5.5 116 15 850 1531 12.0 5.4 285 3 850 1477 13.0 10.2 210 9 800. 2006 233 16
831 1660 6.0 5.3 820 1820 9.2 4.2 841 1550 12.2 10.0 750 2550 6.7 2.8 227 18
800 1978 160 12 800 2035 295 3 800 1985 211 10 706 3050 3.5 - 2.7
784 2140 6.4 6.1 750 2540 205 1 772 2260 8.3 2.9 700 3108 3.6 - 5.1 228 1.1
750 2500 234 11 749 2570 3.4 - 3.8 750 2500 238 8
700 3068 1.9 1.6 255 12 700 3119 - 0.1 - 3.5 012 3 748 2520 9.2 -13.9
700 3088 6.0 ME 289 8
N
N
W
-------
N
N
~
Table 9 (continued). RAWINSONDE MEASUREMENTS
7 June 1964 Exp~riment No. 23 Trace:r Rr::108.s', frrJffi 1132 t,--, 1232 C"T 9 June 1964 Experiment No. 24 Trac~r ReleasE' from 1030 to ll30 cs~'
~:t/:J. tiun: Columbia, Mo. :-::tation: h:.urif:l., Ill. ~;t8.tion: Columbia, Mo. Station: PE-uria, Ill.
A:A':l.ncion ::::.tf:irt: oEoo cs'r Asc<-.'nsion Ctl:1rt: oEoo \ :ST A:';r: -nsiun Start: 0600 cs'r Ascension St8.rt: oEoo CST
P(mb) Z(m) T("C) Td("C) D(deg) s(m/s) P(mb) Z(m) T("C) Td("C) D(deg) semis) P(mb) Z(m) T("C) Td("C) D(deg) s(m/s) P(mb) Z(m) T("C) Td("C) D(deg) s(m/s)
981 238 17.2 16.1 140 988 200 15.0 15.0 Calm 975 238 21.2 16.8 180 6 981 200 20.6 17.8 180
954 490 20.9 17.9 976 300 19.0 13.0 952 440 22.3 17.6 952 470 22.7 17.0
950 520 190 5 950 530 234 950 470 202 13 950 490 208 16
9.26 730 19.4 13.4 920 800 16.3 5.2 900 934 233 29 900 950 242 25
900 980 237 6 900 996 252 7 894 1000 18.9 15.4 884 llOO 20.2 13.6
870 1270 15.4 11.3 850 1477 ll.4 3.6 238 9 867 12Eo 20.9 15.9 865 1300 23.0 9.0
854 1420 16.5 0.6 846 1510 ll.l 3.6 850 1429 21.5 13.4 247 33 850 1446 22.2 6.4 253 22
850 1467 16.6 3.0 2Eo 814 1830 12.0 -10.2 830 1630 22.3 10.1 800 1970 231 22
847 1500 16.8 4.5 800 1985 282 7 804 1900 21.0 8.3 793 2050 19.5 - 7.8
800 1981 290 750 2500 292 9 800 1956 242 27 750 2500 227 25
779 2200 12.7 2.0 724 2800 6.2 - 8.9 772 2240 18.4 - 2.0 700 3097 10.0 MB 224 26
750 2500 282 7 700 3085 4.6 -12.0 289 10 7Eo 2380 17.3 3.2
723 2810 7.1 2.7 750 2500 232 23
700 3093 5.2 1.9 288 8 748 2510 16.5 - 4.1
700 3093 12.1 - 0.7 222 18
Station: Columbia, Mo. Station: Pt:oria, Ill. Station: COlumbia, Mo. Station: Peoria, Ill.
Ascension Start: 1800 CST Ascension StE1rt: 1800 CST Ascension Start: 1800 CST Ascension Start: 1800 CST
P(mb) Z(m) T("C) Td("C) D(deg) S(m/s) P(mb) Z(m) T("C) Td(OC) D(deg) S(m/,) p(mb) Z(m) T(OC) Td("C) D(deg) S(m/s) p(mb) Z(m) T("C) Td(OC) D(deg) S(m/s)
979 238 23.1 18.5 150 4 985 200 26.7 19.4 280 3 978 238 30.6 20.5 2Eo 6 980 200 31.1 20.0 225 8
950 500 156 9 964 380 24.0 16.1 955 430 26.6 17.9 962 380 29.0 15.9
928 700 19.8 14.1 950 510 255 3 950 480 242 9 950 490 225 15
903 940 19.0 9.2 900 988 245 3 900 972 239 12 900 956 230 17
900 968 173 II 890 1080 17.0 13.1 874 1230 20.6 15.9 850 1452 18.8 13.0 239 22
850 1456 15.9 8.8 198 8 870 1270 17.3 6.9 850 1467 18.9 13.5 251 13 822 1740 16.0 ll.6
842 1530 15.4 8.8 850 1476 16.0 5.3 245 4 805 1920 15.2 9.3 800 1969 255 22
814 1810 14.1 5.5 800 1990 243 9 800 1984 270 16 768 2300 12.3 4.8
800 1970 249 7 792 2OEo 12.5 1.2 761 2400 13.3 -11.3 750 2500 267 28
794 2020 15.5 4.9 750 2520 239 10 750 2520 270 24 732 2700 ll.7 -11.9
750 2500 291 8 700 3098 5.5 - 0.4 251 10 723 2820 14.0 -10.7 706 3010 ll.6 MB
737 2640 12.5 0.3 700 3106 ll.9 -12.4 251 26 700 3090 11.1 MB 266 37
700 3091 8.6 1.5 292 15
-------
Table 9 (continued). RAWINSONDE MEASUREMENTS
10 .June 1964 Experiment No. 25 Tracc:r Rf::l"cls( from 1033 to 1133 CST 11 .June 1964 Experiment No. 26 Tracer R.le"se from 1035 to 1135 CST
~~tation: Columbia, Mo. St&tion: Pe:.urle., Ill. 8th tion: Columbia, Mo. ~tat1on: Pt:.urie., Ill.
A:~ccnsion Sta.rt: 0600 C3'r ASCd!sion St~rt: 0600 CST Af.ccnsion Sta.rt: 06:)0 CST Ascl:.'nsion StEirt: 0600 CST
P(mb) Z(m) T(OC) Td("C) D(deg) S(m/o) P(mu) Z(m) T(OC) Td(OC) D(deg) S(m/s) P(mb) Z(m) T(OC) Td(OC) D(deg) S(m/o) p(mb) Z(m) T(OC) Td(OC) D(deg) S(m/s)
986 238 16.6 12.7 360 4 991 200 15.0 12.8 295 2 990 238 18.0 15.3 030 4 998 200 12.8 7.2 090
955 510 14.6 11.2 950 560 338 8 950 600 355 1 976 380 11.6 5.0
950 560 346 7 928 750 11.6 8.6 942 670 14.9 12.4 964 480 13.3 7.9
913 900 17.9 10.0 917 850 15.2 13.0 906 1000 16.5 13.6 950 600 114 7
900 1016 310 9 900 1012 332 10 900 1050 946 640 14.4 3.3
874 1270 19.0 8.4 871 1300 15.6 6.2 850 1537 900 1072 063 2
850 1507 18.7 2.5 273 15 850 1497 14.7 4.3 314 12 813 1910 15.4 13.3 895 1120 16.3 11.8
827 1740 18.3 - 4.5 826 1730 13.1 0.5 800 2053 850 1559 17.3 - 3.5 272
800 2025 267 16 800 2006 305 12 751 2590 12.6 7.3 842 1630 17.6 - 8.6
774 2300 13.5 3.9 785 2180 9.9 - 0.9 750 2595 800 2075 338 3
758 2480 12.4 - 3.0 750 2540 303 17 700 3176 8.0 2.6 237 8 775 2330 12.9 1.2
750 2560 282 17 740 2670 12.0 - 7.0 750 2610 325 9
733 2770 10.2 5.0 700 3118 9.8 -12.1 287 21 700 3192 8.6 - 8.5 279 11
710 3030 10.2 -13.1
700 3146 10.2 ME 301 15
Station: Columbia, Me. Station: PE:oria, Ill. Station: COlumbia, Mo. Station: Peoria, Ill.
Ascension Start: 1800 CST Asc~nsion Stb.rt: 1800 CST Ascension Start: 1800 CST Ascensioo Start: 1800 =
P(mb) Z(m) T(OC) Td(OC) D(deg) S(m/s) p(mb) Z(m) T(OC) Td(O~) D(deg) S(m/s) P(mb) Z(m) T(OC) Td(OC) D(deg) S(m/s) p(mb) Z(m) T(OC) Td(OC) D(deg) S(m/s)
988 238 26.6 16.4 090 994 200 25.6 15.0 020 983 238 28.8 21.6 170 3 991 200 27.8 15.6 140
971 400 22.8 13.3 974 390 23.6 11.9 950 540 160 8 952 550 25.2 11.6
950 590 076 950 600 039 900 1014 187 9 950 580 147 8
907 990 18.5 12.4 900 1058 009 850 1509 18.4 15.5 215 10 900 1043 155 9
900 1050 014 2 852 1520 12.8 8.9 800 2026 216 14 855 1490 16.6 9.7
881 1240 22.5 - 5.4 850 1544 12.9 8.4 330 750 2560 223 13 850 1534 16.3 8.2 165 9
850 1544 21.4 - 5.5 322 6 840 161,0 13.5 6.9 745 2710 11.2 2.0 829 1740 15.4 1.5
800 2067 334 5 826 1800 16.4 - 9.5 706 3060 8.5 2.9 817 1880 18.2 - 3.9
787 2210 18.6 - 6.2 800 2057 301 9 700 3144 8.1 1.3 217 18 800 2051 205 10
750 2610 354 780 2270 16.2 ME 750 2600 204 10
700 3198 11.1 -12.3 319 2 752 2560 14.6 -11.0 708 3070 8.8 - 2.5
750 2600 303 12 700 3170 8.0 - 3.9 198 12
700 3183 10.9 -10.0 299 11
N
N
U,
-------
N
N
0'\
Table 9 (continued). RAWINSONDE MEASUREMENTS
10 October 1964 Experiment No. 27 Tracer RE:letis'- from 1130 to 1230 CST 11 October 1964 Experiment No. 28 Tracer Releas(. from ll05 to 1205 CST
~;tF.I. tion : Columbia, Me. Station: l~~ori&, Ill. ~::ta tion: Columbia, Mo. Station: Pf;.oria, Ill.
A::cc...nsiun Start: 0600 CS'f Ascension Start: 0600 ,:ST A~~c:cnsion Start: 0600 CST Ascension Start: 0600 CST
P(mb) Z(m) 1'( 0C) Td("C) D(deg) S(m/o) P(mb) Z(m) T(OC) Td( 0C) !J(deg) s("'/s) P(mb) Z(m) T(OC) Td("C) D(deg) s(m/s) P(mb) Z(m) T(OC) Td(Oc) D(deg) s(m/s)
999 238 - 1.0 - 3.3 04c 1005 200 - 3.3 - 5.6 005 2 996 238 3.9 - 2.9 130 1004 200 1.1 - 2.8 14c 2
978 400 4.5 - 5.0 1000 24c - 2.0 - 4.8 010 2 965 490 7.4 - 3.2 1000 230 1.7 - 2.7 143 3
950 640 080 4 984 370 1.8 - 3.5 950 620 177 11 975 460 4.7 - 2.6
-900 1081 010 3 950 640 060 1 900 1071 202 7 950 670 174 9
895 1130 0.0 -12.3 940' 740 - 1.0 - 9.6 850 1541 7.4 -14.8 178 3 900 1084 1.3 - 9.4 178 5
875 1300 0.8 -19.1 900 1081 007 818 1850 7.0 -15.1 882 1270 4.7 -17.0
850 1539 1.1 ME 338 6 868 1380 - 5.0 -12.0 800 2034 210 2 850 1548 5.0 ME 230 3
800 2026 336 7 850 1533 - 2.8 -14.8 351 9 768 2360 4.1 - 2.4 814 1920 5.4 ME
750 2540 334 8 834 1690 - 0.4 -20.2 750 2560 258 3 800 2042 264 3
735 2700 2.8 ME 800 2017 351 9 720 2890 4.8 - 5.5 750 2580 282 4
712 2970 1.0 -18.9 750 2520 343 11 700 3129 4.2 - 9.9 274 700 3124 1.6 ME 285
700 3103 0.5 -19.3 330 10 714 2920 0.2 ME
703 3050 - 0.8 -20.5
700 3086 - 1.0 -20.1 336 14
Station: Columbia, Mo. Station: P~oria, Ill. Station : Columbia, Mo. Station: Peoria, Ill.
Ascension Start: 1800 CGT Ascension Start: 1800 CST Ascension Start: 1800 CST Ascension Start: 1800 CST
P(mb) Z(m) T(OC) Td(OC) D(deg) s(m/s) P(mb) Z(m) T(OC) Td(OC) D(deg) s(m/s) P(mb) Z(m) T(OC) Td(OC) D(deg) s(m/s) P(mb) Z(m) T(OC) Td(OC) D(deg) S(m/s)
996 238 12.9 - 4.3 130 3 1004 200 8.3 - 4.4 040 2 991 238 16.1 - 0.6 160 3 998 200 12.2 - 2.8 130 3
950 630 126 6 1000 229 8.4 - 4.8 047 3 950 580 123 5 987 300 12.5 - 3.7
900 1074 131 6 992 300 8.6 - 5.7 900 1044 153 7 950 610 160 4
867 1370 3.1 -10.2 950 640 099 6 860 1420 5.7 - 8.3 900 1058 173 5
850 1539 5.3 -16.5 135 900 1090 133 5 850 1514 6.2 1.5 208 11 856 1470 2.1 - 9.0
804 1970 7.0 ME 878 1290 0.0 -10.0 800 2011 217 17 850 1523 2.6 -11.0 205 8
800 2036 318 860 1460 3.6 -17.3 783 2180 5.8 4.4 837 1630 3.6 -17.3
750 2560 316 850 1550 3.7 ME 276 2 750 2530 248 19 800 2016 213 9
700 3124 3.4 ME 284 806 1990 4.4 ME 700 3099 1.5 0.9 240 17 790 2130 5.1 ME
800 2043 314 751 254c 4.0 -17.0
770 2360 5.5 -16.3 750 2550 213 12
750 2580 317 6 730 2770 2.8 - 3.7
700 3130 2.3 -17.8 308 9 706 3050 3.1 - 7.7
700 3102 2.8 - 6.8 215 12
~6~
-------
Table 9 (continued). RAWINSONDE MEASUREMENTS
12 October 1964 Experiment No. 29 Tracc::r Rc:;:leasc' from 2000 to 2100 CS~l 16 October 1964 Expt:rimt:'nt Nu. 30 Trac(;r R', 10:... h 3'- f ro:n 2000 tv 2100 C./,'
Station: Columbia, Me. Station: I'€.oria, Ill. ~~ t:::.. tion: Columbia, t.fo. St<:l.~..i0n: h.. (tria, Ill.
A~;cension Start: 1800 cs'r Asc..:.'nsion Start: 1800 l;ST A:;c:cnsion Sturt: 1800 C3'r ASCt:llsion :::t~rt: 1800 \ ~;T
P(mb) Z(m) T('C) Td('C) D(deg) S(m/o) P(mb) Z(m) T('C) Td('C) D(deg) S(m/s) P(mb) Z(m) T('C) Td(OC) D(deg) 3('0/0) P(/.lL) Z(m) T('C) Td('C) 1J(d',g) ':kid
992 238 16.2 7.9 190 4 996 200 15.0 4.4 240 2 982 238 23.8 4.7 180 3 987 200 20.0 7.2 175 3
950 600 210 3 979 350 15.2 2.7 950 520 187 8 976 300 22.5 5.4
900 1052 296 4 950 600 266 4 900 987 220 6 950 530 199 4
850 1522 4.4 2.3 293 3 900 1049 246 3 850 1471 12.3 1.0 248 6 900 988 217 4
834 1670 6.3 3.5 860 1440 6.4 1.5 822 1740 12.3 -11.4 862 1340 12.5 1.5
800 2019 256 2 850 1521 6.5 1.4 216 3 800 1977 264 7 850 1470 13.1 - 4.2 259 6
750 2530 268 3 810 1930 6.6 1.0 768 2310 9.1 MB 841 1560 13.6 -10.3
700 3096 - 1.6 - 7.9 250 1 800 2019 255 7 750 2500 275 4 800 1977 267 4
750 2550 266 9 719 2850 9.4 MB 750 2500 307 7
739 2680 1.8 - 5.2 700 3083 7.9 MB 271 4 700 3079 5.4 MB 323 5
704 3070 0.0 -12.0
700 3102 - 0.3 -12.0 262 8
Station: Columbia, Mo. Station: Pt:oria, Ill. Station: Columbia, Mo.. Ctatlcg]: Pr-.:oria, 111.
Ascension Start: 0600 CST (13 October) Ascension Start: 0600 CST (13 October) Ascension St&.rt: 0600 CST (17 October) Ascension ::turt: 0600 CST (17 October)
P(mb) Z(m) T('C) Td('C) D(deg) S(m/s) P(mb) Z(m) T('C) Td('C) D(deg) S(m/s) P(mb) Z(m) 'f'(' C) Td( 'C) D(deg) S(m/s) P(mb) Z(m) T('C) Td('C) D(deg) S(IT-!s)
993 238 7.9 6.7 360 1 998 200 4.4 2.2 200 2 982 238 12.3 7.9 160 4 988 200 8.3 3.9 200 2
980 340 10.9 8.8 984 310 12.4 3.4 967 360 20.4 12.9 978 290 17.0 6.5
950 600 230 2 950 610 347 950 510 222 9 967 380 19.9 5.9
943 660 11.2 7.5 942 690 10.4 0.2 938 600 19.5 9.9 950 530 19.4 3.5 233 7
900 1052 212 2 900 1061 323 2 900 984 224 7 900 992 263 7
886 1180 7.5 4.0 884 1210 6.6 0.4 864 1320 13.8 6.7 850 1476 12.5 0.0 264
874 1290 8.6 5.1 872 1320 7.1 1.3 850 1468 13.6 4.2 204 7 837 1600 11.5 - 0.3
850 1524 7.1 3.7 218 3 850 1531 6.3 0.2 312 826 1700 13.4 - 2.1 817 1800 11.8 -11.8
800 2020 226 1 800 2028 271 800 1977 187 9 800 1983 190 1
750 2540 010 1 791 2110 4.4 - 2.2 750 2500 193 8 768 2310 10.7 MB
727 2780 - 0.9 - 3.6 757 2480 3.2 - 8.5 745 2550 8.2 -14.8 750 2510 042 3
706 3030 - 0.4 - 4.9 750 2560 257 7 700 3081 6.8 MB 141 700 3090 5.9 MB 015 4
700 3093 - 0.7 - 5.5 182 700 3109 0.0 -12.7 264 6
N
N
-....J
-------
N
N
00
Table 9 (continued). RAWINSONDE MEASUREMENTS
l 7 October 1964 Exp~riment Nu. 3l Trucc:r R(;lL'ls,. from l3l5 to l4l5 CST 19 October 1964 Expt:rim~nt No. 32 Tracer Rt:leti:::;<:: from 1945 to 2045 CST
~:V'1tion : Columbia, Mu. :'::tution: h.. uri~, Ill. ~:;tF.l.ticm: Columbia, Mo.. Station: h.uri&, Ill.
J\u.:e:nsiun Gt8.rt: 0600 cs'r Asr':l_'nsion Start: 0600 ,':CT !-\:,(;<.n::::iun Stfirt: l800 cs'r AscLnsion Start: l800 t;ST
['(rnb) Z(rn) T(Oc) Td("C) D(deg) S(m/G) P(mo) Z(m) T(OC) Td(OC) D(d,>g) ~:( m/ c) P(mb) Z(m) T(OC) Td("C) D(deg) S(m/G) perno) Z(m) T(OC) Td(OC) D(deg) Semis)
982 238 l2.3 7.9 l60 988 200 8.3 3.9 200 2 993 238 lO.3 - L8 350 4 997 200 7.2 - 3.9 300 4
967 360 20.4 l2.9 978 290 l7.0 6.5 950 600 348 9 950 600 316 7
950 510 222 9 967 380 19.9 5.9 900 l046 317 l3 900 lO32 303 6
938 600 19.5 9.9 950 530 19.4 4.0 233 7 850 l506 - Ll - 7.0 320 l7 850 l486 - 4.8 - 7.9 292 5
900 984 224 7 900 992 263 7 800 1986 319 l8 829 l690 - 6.6 - 9.0
864 l320 l3.8 6.7 850 l476 l2.5 0.0 264 765 2320 - 8.9 -l2.l 800 1959 285 8
850 l468 l3.6 4.2 204 837 l600 lL5 - 0.3 750 2480 306 22 750 2450 297 9
826 l700 l3.4 - 2.l 817 l800 n.8 -n.8 726 2740 -lL 5 -l6.6 700 298l -l6.0 -l8.l 305 9
800 19TT l87 9 800 1983 190 l 700 3017 -l3.8 -l8.8 293 19
750 2500 193 8 768 2310 lO.7 ME
745 2550 8.2 -l4.8 750 2510 042 3
700 308l 6.8 ME l4l 700 3090 5.9 ME Ol5 4
St&.tion: Columbia, Mo.. Statiun: Pt.'aria, Ill. Station: Columbia, Mo. Station: Peoria, Ill.
Ascen3ion Start: l800 CST Ascension ~tC;Lrt: l800 CST !l.scension Start: 0600 CST (20 October) Ascension Start: 0600 CST (20 October)
P(rnb) Z(m) 'r(Oc) Td(OC) D(deg) semis) P(mb) Z(rn) T(OC) Td(O~) D(deg) S(m/s) P(rnb) Z(m) T(OC) Td(OC) D(deg) semis) P(mb) Z(m) T(OC) Td(O~) D(deg) semis)
979 238 27.9 lO.5 340 2 986 200 22.2 6.7 190 2 995 238 - 0.7 - 3.7 270 998 200 - L7 - 5.6 300 2
950 500 354 3 974 310 24.4 3.7 975 390 L7 - 3.8 979 360 2.0 - 7.l
900 975 340 2 950 530 210 3 950 610 300 950 600 299 7
850 l468 l7.l 8.8 260 3 900 990 226 4 945 650 La - 7.7 900 l027 279 lO
800 1983 226 7 850 l476 l4.l 0.3 232 6 900 l050 309 8 850 l478 - 6.5 -lL 4 270 lO
799 1990 l2.5 6.8 800 1983 260 6 872 l300 - 2.8 -lO.2 827 l690 -' 8.l -l2.4
766 2440 l2.l 4.l 786 2140 8.2 - 2.2 852 l490 - L4 -l8.5 800 1951 279 l2
750 25lO 255 n 750 2520 290 7 850 l505 - L4 -l8.9 320 l3 79l 2040 - 6.3 -20.3
725 2800 lO.O -l3.2 726 2800 6.3 -l5.6 803 1950 - L4 -20.4 750 2460 299 l4
700 3098 7.4 -l3.0 269 n 700 308l 4.6 ME 282 9 800 1988 316 l5 T3l 2660 - 6.2 -24.0
750 2490 316 l6 700 2995 - 7.8 ME 316 l5
700 3044 - 5.2 ME 327 l8
-------
:J7.J --
Table 9 (continued).
RAWINSONDE MEASUREMENTS
20 October 1964 ExpL ::-iment No. 33 Trac~r RE:1east:. from 1915 to 2015 CST 21 October 1964 Experiment No. 34 Tracer Re1eas.:. fro:n 1920 to 2020 CST
Station: Columbia;, Mo. Station: PE;.{,)ria., Ill. Station: Columbia. Mo. Station: h. aria, Ill.
Accensian Start: 1800 CST Asct2Jlsion St!'1rt: 1800 CST As cen sian Start: 1800 CST Ascension Stf:.rt: 1800 'ST
P(mb) Z(m) T('C) Td('C) D(deg) Semis) P(mb) Z(m) T('C) Td('C) D(deg) semis) P(mb) Z(m) T('C) Td("c) D(deg) semis) P(mb) Z(m) T('C) Td('C) D(deg) semis)
986 238 16.8 - 6.3 240 :, 990 200 8.9 - 5.0 220 987 238 18.7 - 6.1 340 6 993 200 10.0 - 2.2 320 4
950 540 234 14 974 340 9.5 - 5.6 950 560 337 8 978 330 10.4 - 3.0
900 1004 251 18 950 530 205 11 900 1020 329 9 950 580 337 9
876 1220 8.8 - 7.0 900 982 230 17 850 1494 7.4 - 6.8 313 9 900 1008 338 9
850 1477 8.4 - 6.2 2R4 20 866 1300 2.4 - 8.0 800 1990 314 10 850 1471 o. - 7.1 336 8
800 1978 ~16 23 850 1445 3.1 - 6.3 259 19 798 2000 3.7 -17.2 800 1957 333 11
780 2200 7.2 - 5.2 801 1930 5.5 - 1.2 768 2310 5.3 - 7.7 787 2100 0.6 -19.3
750 2500 ~29 23 800 1938 301 19 750 2510 309 15 750 2490 326 14
744 2580 5.3 - 8.9 750 2470 304 19 700 3074 0.7 - 9.6 309 21 700 3020 - 4.2 ME 320 14
700 3069 1.6 -13.3 340 25 713 2880 - 2.5 - 6.0
700 3013 - 3.0 - 6.1 305 18
Station: Columbia, Mo. Station: P~oria, Ill. Station: Columb1.a., Mo. Station: P~oria;, Ill.
Ascension Start: 0600 CST (21 October) Ascension Sta.rt: 0600 CST (21 October) Ascension Start: 0600 CST (22 October) Ascension. Sta.rt: 060 CST (22 October)
P(mb) Z(m) T('C) Td('C) D(deg) Semis) P(mb) Z(m) T('C) Td('C) D(deg) semis) P(mb) Z(m) T( "C) Td( 'c) D(deg) semis) p(mb) Z(m) T('C) 'fd('C) D(deg) Semis)
983 238 12.8 - 1.2 280 983 200 8.3 1.1 260 995 238 1.4 - 2.8 080 1001 200 - 0.6 - 3.3 350 2
968 360 13.4 - 1.0 971 310 12.9 2.4 980 360 8.1 1.0 1000 204 - 0.5 - 3.2 350 2
950 510 289 12 950 490 301 13 950 610 082 980 370 4.2 - 0.3
944 560 17.4 - 0.3 946 520 15.2 0.6 911 970 4.9 - 3.2 950 630 015 5
900 982 322 1< 900 938 317 16 900 1060 070 90:) 1056 340 6
870 1250 14.8 - 4.0 850 1412 7.7 - 2.2 315 19 870 1330 6.0 -15.9 876 1290 - 0.5 - 4.6
850 1465 13.5 - 5.1 316 16 800 1909 306 20 856 1480 7.1 MB 858 1470 2.8 -12.6
800 1971 2)7 16 789 2020 2.7 - 4.4 850 1527 7.1 MB 334 9 850 1516 2.6 -13.2 326 10
750 2500 2,'7 22 758 2340 2.8 -17.9 801 2010 8.0 -14.9 800 2004 325 12
700 3066 3.0 -15.7 j02 25 750 2420 296 27 800 2025 333 14 789 2110 0.8 -19.6
700 2987 - 0.1 -14.1 295 31 761 2440 5,7 - 9.7 750 2520 315 11
750 2550 332 16 718 2880 - 2.6 MB
700 3113 0.5 -13.2 337 1'i 700 3010 - 3.4 HB 312 15
N
N
\..0
-------
N
W
0
Table 9 (continued). RAWINSONDE MEASUREMENTS
6 I-Brch 1965 Expt:rimcnt No. 35 Trace:r R!;;:l<::(:j.sl from 1230 to 1330 c;,'r 7 I-Brch 1965 Experiment No. 36 Tracer Rele..se from 1230 to 1330 CST
~;t,,-tion : Columbia, Me. :"'.ta.tion: h..uriF.l, Ill. Stl:1tiun: Columbia, Mo. Station: PE.uria, Ill.
[\:, ccnciun start: 0600 CS'f Asct.:nsion Start: o6c>o t~ST A:-;CE.nsion Start: 0600 CST Ascension St~rt: 0600 CST
P(mb) Z(m) T('C) Td('C) D(dcg) S(m/o) P(mb) Z(m) T('C) Td('C) V(deg) S(m/s) P(mb) Z(m) 1'('C) Td('C) D(deg) S(m/o) P(mb) Z(m) T('C) Td('C) V(deg) S(m/s)
981 238 - 0.6 - 2.0 320 8 982 200 - 1.1 - 3.3 350 6 986 238 - 1.0 - 2.6 340 5 989 200 - 1.1 - 1. 7 010 5
950 500 322 14 958 400 - 1.8 - 6.2 950 530 360 9 950 510 016 9
931 660 - 4.3 - 5.5 950 470 358 12 900 958 006 8 900 949 036 8
902 900 - 5.0 - 6.0 918 730 - 2.8 - 5.1 850 1404 - 8.4 - 9.3 354 9 892 1000 - 5.0 - 6.8
900 922 328 13 900 892 009 13 827 1630 - 9.5 -10.2 870 1200 - 5.3 - 6.5
891 1000 - 1.8 - 2.7 896 930 - 0.2 - 3.2 804 1850 - 7.6 - 8.5 850 1399 - 3.9 - 5.2 038 7
850 137"( - 1.8 - 3.9 354 11 860 1270 0.5 - 5.5 800 1874 025 7 800 1875 036 10
834 1530 - 1.8 - 4.6 850 1350 0.1 - 6.8 002 15 750 2390 050 8 750 2370 015 4
810 1760 - 3.2 -11.7 800 1835 - 1. 7 -14.2 008 14 728 2620 -10.7 -11. 7 700 2903 -13.5 -14.8 357 4
800 1859 002 11 764 2190 - 3.8 -13.8 700 2905 -14.4 -16.2 055 10
788 1980 - 2.0 - 6.5 750 2340 010 15
750 2370 344 12 734 2500 - 4.8 -22.8
720 2700 - 4.6 - 9.6 702 2850 - 5.8 -23.7
700 2915 - 6.0 -11.0 348 12 700 2888 - 5.9 MB 013 14
Station: Columbia, Mo. Station: Peoria, Ill. Station: Columbia, Mo. Station: Peoria, Ill.
Ascen3ion Start: 1800 CST Ascension Stl::l.rt: 1800 CST Ascension Start: 1800 C3 ~ Ascension Start: 1800 CST
P(mb) Z(m) T('C) Td('C) D(deg) S(m/s) P(mb) Z(m) T('C) Td(O~) D(deg) S(m/s) P(mb) Z(m) T('C) Td('~) D(deg) S(m/s) P(mb) Z{m) '1'( 'C) Td{'G) D(deg) S{m/s)
985 238 0.7 - 4.0 340 7 987 200 0.0 - 2.8 360 6 988 238 2.3 - 3. ; 310 5 991 200 0.6 - 2.2 340 4
950 530 328 7 950 510 358 7 950 550 305 5 950 540 340 4
900 953 324 8 900 933 011 7 900 979 313 6 901 970 - 4.6 - 6.5
850 1399 - 8.5 -11. 7 327 10 881 lUO - 6.5 - 8.0 876 1180 - 7.2 - 9.J 900 967 356
830 1590 -10.0 -11. 7 866 1230 - 3.9 - 5.6 857 1340 - 4.3 - 6.', 865 1290 - 2.6 - 4.1
805 1830 - 6.8 -10.0 850 U33 - 4.3 - 6.5 024 4 850 1427 - 4.5 - 6.,j 334 6 850 1419 - 3.3 - 5.5 013 4
800 1870 328 8 800 1860 348 3 824 1670 - 4.9 - 7.J 800 1897 351 5
783 2040 - 6.9 -17.4 767 2150 - 6.8 -13.2 800 1903 352 7 7"(0 2200 - 7.3 -12.3
750 2370 317 6 750 2360 340 750 2400 002 7 750 2410 353 3
739 2480 - 8.2 -21.2 730 2580 - 8.9 -14.0 703 2700 -13.0 -16.0 700 2931 -13.9 -16.9 022 2
700 2907 -10.0 -19.4 300 7 708 2800 - 7.7 -12.8 700 2935 -12.0 -16.t 004 12
700 2901 - 8.1 -12.8 348
. C/
~f /'-'
-------
Table 9 (continued).
RAWINSONDE MEASUREMENTS
8 March 1965 Experiment No. 37 Tracer Release from 2030 to 2130 CST n March 1965 Experiment No. 38 Tracer Release from 2030 to 21.30 CST
Station: Columbia, Mo. Station: P~oria, Ill. Station: Columbia, Mo. Station: Fe. aria, Ill.
A~<.:ension Start: 1800 CST Ascension Start: 1800 CST Ascension Start: 1800 CST Ascension Start: 1800 CST
P(mb) Z(m) T(OC) Td(.C) D(deg) S(m/s) P(mb) Z(m) T(.C) Td(OC) D(deg) S(m/s) P(mb) Z(m) T(OC) Td(OC) D(deg) S(m/o) P(mb) Z(m) T(OC) Td(OC) D(deg) S(m/s)
983 238 3.3 - 1.1 300 7 NO SOUNDING 'CAKEN 988 238 8.0 - 3.5 300 5 993 200 0.0 - 0.6 220 4
950 500 302 9 950 550 300 5 977 320 - 1.1 - 5.1
914 810 - 0.8 - 9.2 900 996 297 7 950 550 256 10
900 947 304 14 879 n80 - 1.9 - 7.9 937 660 - 2.4 - 6.1
850 1399 - 6.1 -10.7 301 18 850 1451 - 2.8 - 6.9 272 12 900 977 265 II
802 1850 -10.7 -13.3 803 1910 - 4.3 - 6.3 895 1010 - 5.2 - 7.8
800 1871 300 15 800 1931 258 17 877 ll90 - 4.9 - 7.6
782 2030 - 9.7 -14.2 750 2450 272 20 850 1426 - 6.3 -10.9 280 l2
750 2350 293 17 700 2971 -10.8 -13.1 209 22 800 1898 278 14
747 2390 -11. 5 -21..6 793 2000 - 9.4 -19.2
700 2896 -13.0 -23.5 290 17 750 2400 286 11
733 2560 -13.6 -24.9
722 26')0 -13.1 -29.0
700 2918 -14.6 MB 289 19
Station: Columbia, Mo. Station: Peoria, Ill. Station: Columbia, 1'40. Station: Peoria, Ill.
Ascension Start: 0600 CST (9 March) Ascension Sta.rt: noo CST (9 March)a Ascension Start: 0600 C3T (12 March) Ascension Start: 0600 CST (12 March)
P(mb) Z(m) T(OC) Td(OC) D(deg) S(m/s) P(mb) Z(m) T(OC) Td(olJ) D(deg) S(m/s) P(mb) Z(m) T("C) Td(OC) D(deg) S(m/s) p(mb) Z(m) T(OC) Td(olJ) D(deg) S(m/s)
985 238 - 0.1 - 4.3 300 4 990 200 - 1. 7 - 5.6 290 n 989 238 - 0.3 - 2.5 070 4 993 200 - 3.3 - 5.0 310 3
950 540 314 8 978 300 - 3.7 -12.1 964 440 - 1.4 - 4.7 982 290 - 3.9 - 7.0
900 953 318 10 950 510 297 9 950 560 020 6 950 540 356 8
850 1399 - 8.9 -10.8 317 II 918 790 - 8.4 -11. 2 938 660 0.8 - 4.4 900 971 010 10
836 1530 - 9.9 -11. 7 900 950 290 8 900 994 338 6 878 ll70 - 9.5 -10.8
830 1600 - 7.0 - 9.7 898 960 - 8.0 -n.8 887 noo - 1.9 - 9.1 862 1310 - 6.5 - 8.7
800 1872 309 14 850 1393 -10.1 -14.7 283 10 850 1447 - 4.8 - 9.8 330 9 850 1415 - 6.0 -10.6 359 8
793 1950 - 6.1 -24.4 838 1500 -10.8 -15.6 831 1610 - 6.4 -10.5 826 1640 - 5.3 -17.4
770 2180 - 4.5 MB 821 1650 - 9.4 22.4 814 1780 - 7.8 -13.7 806 1830 - 5.8 -21..0
750 2380 304 17 800 1861 293 14 800 1921 335 . 9 800 1891 347 l2
700 2918 - 9.7 MB 301 18 782 2030 - 9.5 26.4 795 1990 - 6.4 -20.1 750 2390 330 10
750 2350 296 15 773 2190 - 7.3 -25.0 705 2870 -12.9 MB
718 2680 -11. 5 MB 750 2420 300 10 700 2921. -12.9 MB 316 12
700 2890 -12.8 MB 297 19 700 2960 - 9.0 MB" 305 12
a0600 sounding not taken; this sounding is
a special sounding taken primarily to measure
0/' the winds aloft.
N
W
--'
-------
N
W
N
Table 9 (continued).
RAW INS ON DE MEASUREMENTS
13 M3.rch 1965 Experiment No. 39 Tracc;r RE::l':"h3'~ from 1220 to 1320 CfjT 14 March 1965 Experiment No. 40 Tracer Rel~ase from 1100 to 1200 CST
;~t8. tion: Columbia, Mo. Station: PE.orib., Ill. Station: Columbia, Mo. Station: p~ aria, Ill.
A:;ccnsion GtEl.rt: 0600 CST Ascension StEl.rt: 0600 CST A:~(;tnsion StEl.rt: 0600 CST Ascension Stb.rl: 0600 CST
P(mb) Z(m) T(OC) Td(.C) D(deg) C(m/s) P(mb) Z(m) T(OC) Td(OC) D(deg) S(m/s) P(mb) Z(m) T(OC) Td(OC) D(deg) s(m/s) P(mb) Z(m) T(OC) Td(OC) D(deg) s(m/s)
993 238 - 3.9 - 5.0 040 2 998 200 - 6.7 - 7.8 310 2 985 238 0.3 - 0.4 340 4 988 200 0.0 - 1.1 300 6
974 380 - 2.2 - 5.6 986 300 - 2.6 - 6.7 950 510 328 7 950 510 324 9
950 580 160 2 950 590 271 2 900 958 330 11 911 850 - 6.6 - 8.3
913 880 - 4.2 - 6.6 912 900 - 6.3 -10.3 886 1080 - 6.2 - 7.2 900 934 322 11
900 1014 278 2 900 1012 314 14 850 1404 - 8.0 -14.0 328 14 895 990 - 5.2 - 8.6
888 1100 - 3.5 -14.3 886 1120 - 4.0 -18.7 833 1560 - 8.8 -17.8 850 1382 - 7.6 -14.2 315 11
850 1466 - 4.9 -19.1 348 2 850 1462 - 5.5 -20.3 335 7 803 1840 - 8.2 -17.5 800 1851 299 10
821 1720 - 6.0 -23.8 800 1936 332 8 800 1875 297 15 788 1980 -11.0 -24.2
800 1941 - 5.6 MB 324 5 751 2410 -10.3 -26.6 750 2380 282 24 765 2200 -10.0 -26.8
750 2430 323 7 750 2420 318 9 737 2500 -10.6 -14.5 750 2350 287 12
737 2570 - 9.3 -26.2 712 2820 -12.2 -16.7 700 2904 -12.0 -28.0 282 24 700 2876 -14.2 MB 280 17
715 2800 -10.3 -20.0 700 2965 -13.1 -17.7 308 9
700 2977 -11.1 -22.6 284 8
Station: Columbia, Mo. Station: Peoria, Ill. Station: Columbia, Mo. Station: Peoria, Ill.
Ascension Start: 1800 C0T Ascension Start: 1800 CST Ascension Start: 1800 CST Ascension Start: 1800 CST
P(mb) Z(m) T(OC) Td(Oc) D(deg) S(m/s) P(mb) Z(m) T(OC) Td(oG) D(deg) s(m/s) P(mb) Z(m) T(OC) Td(Oc) D(deg) s(m/s) p(mb) Z(m) T(OC) Td(oG) D(deg) s(m/s)
989 238 9.6 - 2.7 220 993 200 3.9 - 3.3 240 988 238 7.1 - 2.0 310 992 200 1.1 - 2.8 290 9
970 390 7.0 - 7.5 980 300 3.5 - 6.5 974 360 4.4 - 6.0 982 290 0.7 - 6.1
950 560 220 950 550 232 6 950 550 322 1 950 550 298 8
906 960 1.9 - 9.4 918 830 - 0.5 - 9.2 900 990 315 3 913 860 - 4.6 - 7.8
900 1005 232 900 988 - 1.0 -16.4 242 8 856 1390 - 5.0 - 8.7 900 968 312 8
890 1100 1.9 -15.2 876 1200 - 1.9 - 7.7 850 1443 - 4.9 - 9.5 316 6 889 1060 - 4.6 -12.9
850 1464 - 0.8 -15.1 255 5 850 1442 - 3.6 - 8.5 264 8 803 1900 - 4.2 -22.3 850 1415 - 7.5 -17.9 316 10
800 1946 255 5 807 1850 - 6.3 - 9.3 800 1920 309 10 846 1460 - 7.6 -17.7
750 2440 266 7 800 1918 270 9 780 2120 - 6.0 MB 804 1840 - 7.6 -22.2
700 2985 -11. 5 -17.9 268 11 750 2410 286 11 750 2430 303 12 800 1887 319 9
700 2948 -13.1 -17.0 289 11 716 2800 - 6.1 MB 750 2390 316 14
700 2967 - 7.2 MB 291 13 748 2400 - 9.3 -26.3
700 2919 -11.0 MB 308 14
~f:, /
-------
Table 9 (continued). RAWINSONDE MEASUREMENTS
15 March 1965 Exr~rimE:nt No. 41 Tracc'r Rl;li:;<.1St from 2050 to 2150 C[jT 16 March 1965 Experiment No. 42 Tracl2r Release from 2030 to 2130 CST
~:., tF, tion: Columbia, Mo. StatiCin: l'u
-------
N
W
+::0
Table 9 (continued). RAWINSONDE MEASUREMENTS
17 March 1965 Experimont No.4 3 Tracer RE;lc:as(' from 2000 to 2lDO C~.irr
~tB.tion: Columbia, Me. Station: Pe.oria, Ill.
A~;cf:ncion Gtart: 1800 CST Ascension f.t&rt: 1800 GST
P(mt) Z(m) T(OC) Td("C) D(deg) semis) P(mb) Z(m) T(OC) Td(OC) D(deg) S(m/s)
979 238 - 1.0 - 5.4 300 13 975 200 1.1 - 2.2 260 10
967 320 - 2.4 - 8.5 950 400 - 0.6 - 5.2 265 16
950 470 296 13 900 834 274 24
900 903 285 13 850 1282 - 7.3 - 9.1 275 22
850 1346 -10.8 -12.6 290 21 820 1500 - 9.4 -10.6
844 1400 -11. 2 -12.8 812 1630 - 6.0 - 7.6
800 1812 284 25 800 1755 267 23
790 1910 -10.5 -13.0 777 1980 - 5.9 - 7.9
750 2320 271 31 753 2220 - 7.2 -17.7
742 2400 - 5.6 -22.5 750 2260 261 30
709 2750 - 6.2 -23.9 722 2550 - 6.7 -24.4
700 2854 - 7.2 -23.9 269 33 706 2730 - 4.8 -22.8
700 2800 - 5.2 -21. 7 252 32
Station: Columbia, Mo. Station: Pt:oria, 111.
Ascension Start: 0600 CST (18 March) Ascension Start: 0600 CST (18 March)
P(mt) Z(m) T(OC) Td(~C) D(deg) Semis) P(mb) Z(m) T(OC) Td(OC) D(deg) semis)
992 238 - 8.9 -13.8 300 8 990 200 - 9.4 -13.9 270 12
950 560 303 13 975 320 -10.2 -17.3
900 978 306 15 950 520 274 19
884 1110 -17.2 -20.7 900 928 278 2l
869 1250 -14.0 -18.1 882 1090 -18.5 -22.3
850 1410 -13.6 -19.8 307 17 850 1358 -12.8 -17.0 282 22
800 1872 292 22 842 1430 -11.4 -15.8
787 2010 -12.3 -28.8 800 1821 281 2l
764 2220 -10.8 ME 750 2320 276 23
750 2360 281 24 745 2800 -17.3 -26.9
700 2893 -14.2 ME 282 26 704 2800 -18.6 -33.4
700 2823 -18.5 ME 269 26
-------
"' I
FREE AND TETHERED RADIOSONDE MEASUREMENTS
Available data+ from free and tethered ascents made from the roof of the
Federal Building are presented in Tables 10 through 12. For the evening experi-
ments in which tethered radiosondes were to be substituted for free radiosondes,
ascents were not attempted when winds in the lower 1000 feet (length of the tether)
were forecast to exceed 25 mph. For free radiosonde launches, the pressure, height
above MSL, temperature, and dew point of each mandatory and significant level up
to 700 mb are listed in Table 10.
For the tethered radiosonde ascents, the time in CST, height above the
surface, and temperature for each reported level are given in Table 11. Normally
during launches the radiosonde was first ascended to maximum tether, then the
tether was reeled in 100 feet at a time. At each level, the time and temperature
were recorded and the angle between the base of the tether line and radiosonde
was measured with a clinometer. Height above the surface was then calculated as
the product of the sine of the clinometer angle and the length of tether between
the surface and the radiosonde. The partially compensative errors involved with
stretch and curvature of the tether line were ignored.
The techniques used in working up data
sonde ascents followed as closely as possible
Bureau (1964 c).
from the free and tethered radio-
those described in U. S. Weather
+In some instances radiosondes were damaged at launch or in flight, resulting
in lost data.
235
-------
TABLE 10. ST. LOUIS RADIOSONDE MEASUREMENTS
Symbols
P(mb) : Pressure in whole millibars
Z(m) : Height above MSL to the nearest whole meter for standard levels and
to the nearest ten meters for all other levels
T(OC) : Temperature to the nearest tenth of a degree Cels~us
Td(OC): Dew point to the nearest tenth of a degree Celsius
MB : Motor boating - relative humidity too low to be instrumentally measured
: Missing data
237
-------
N
W
ex:>
Table
(continued).
10
Experiment No.4 ~xperiment IJo. 5 i:xperiment No.6
19 July 1963 22 July 1963 23 July 1963
] racer rlelea5B :1130 to 1230 CST Tracer tielease:l104 to 1204 '~;:.T lracer l~leas....:ll)O to 1230 CST
Ascension .start: 0959 CST Ascension Start: 1000 C.:)T Ascension Start: 1058 GoT
P(mb) Z(m) 1'( C) Tct( G) P(mb) Z(m) T( C) Ict( 0) <'(mb) Z(m) 1'( C) Tct( C)
991 194 30.4 994 194 32.3 19.5 994 194 30.3
956 500 26.6 17.9 987 260 30.4 18.1 ,16 21.9
937 670 25.7 17.3 965 450 27.8 15.7 855 lb.6
878 1240 23.1 12.1 954 560 27.6 15.2 850 17.6
856 1470 20.6 9.4 935 730 26.6 14.0 018 15.7
85J 1520 2U.2 7.8 916 910 24. '( 1).6 770 11.1
845 1570 b'.l, 6.7 910 970 24.7 13.3 700 1.4
809 1940 1~.(, 3.5 870 1370 23.4 11.0
782 2230 lb.t - 2.4
700 3171 !Lo'-
Experiment No.7 .c.:xperiment l~o. 8 Expenment No.9
25 July 1963 26 July 1963 12 Septemloer 1963
Tracer Releas~:1040 to 1140 CST l'racer Release :1045 to 1145 CST '1racer tlslease:lllS to 1215 CST
Ascension Start; 1015 cST Ascension Start: 0958 CST Ascensl.on Start: 1130 CST
P(mb) Z(m) 1'( C) Tct( C) P(mb) Z(m) 1'( C) Tct( C) P(mb) Z(m) 1'( C) Tct( C)
999 194 27.5 14.1 999 194 24.9 11.3 1014 194 30.0 19.3
989 280 27.5 14.8 989 270 23.4 17.3 1004 280 28.6 18.0
984 320 27.0 15.9 965 5.'0 21.8 1'1.7 1000 317 28.4 17.9
965 490 24.8 15.7 950 620 20.8 17.2 906 1190 23.7 15.4
950 620 24.5 16.8 930 810 18,4 15.3 857 1680 20.8 8.7
916 900 20.3 11..2 900 1099 17.9 15.1 850 1745 22.6 8.4
81'7 1400 16.8 11.9 850 1588 14.9 D.9 846 1790 23.5 8.3
850 1597 11.9 11.7 727 2900 8.6 2.2 800 2268 17.3
825 1050 14.9 6.7 700 3214 7.l\ 0.7
8,)0 2113 11.0 ,..!J
700 3221 8.5 .1'...5
ST.
LOUIS RADIOSONDE MEASUREMENTS
Experiment No. 11 Experiment No. 12 Experiment No. 13
16 September 1963 17 September 1963 18 September 1963
Tracer Release: 1100 to 1200 CST Tracer Release: 2000 to 2030 CST Tracer Release:2000 to 2100 CST
Ascension Start: 1100 CST Ascension Start: 2000 CST Ascension Start: 2000 CST
P(mb) Z(m) T("C) rd ('C) P(mb) Z(m) T("C) Td ("C) P(mb) Z(m) T('C) Td (.C)
1004 194 25.0 16.1 1008 194 20.7 11.8 998 194 Z3.6 6.4
1000 228 24.4 16.6 1000 258 20.6 8.e 970 440 23.7 6.9
925 900 16.7 13.3 992 300 20.5 5.3 945 670 22.6 6.7
916 990 16.7 14.2 938 810 18.7 5.7 881 1270 17.2 4.6
894 1190 16.8 11.2 927 900 20.6 7.6 850 1584 13.5 3.2
850 1621 14.0 8.9 871 1430 15.8 5.4 827 1800 11.4 2.5
772 2420 9.0 4.6 850 1652 14.1 5.1 750 Z631 11.4 MB
700 3230 5.9 802 2160 10.2 4.3
785 2290 9.6 -2.7
770 2450 10.3 -15.2
700 3267 6.1 MB
Experiment No. 14 Experiment No. 15 Experiment No. 16
1 April 1964 6 April 1964 7 April 1964
Tracer Release: 1200 to 1300 CST Tracer Release: 2040 to 2140 CST Tracer Re1ease:2048 to 2148 CST
Ascension Start: 1100
P(mb) Z(m) T(.C) Td ('C) P(mb) Z(m) T('C) Tct('C) P(mb) Z(m) T(.C) Tct(.C)
997 194 9.6 -10.6 985 194 15.1 3.6 997 194 6.7 - 5.0
983 340 7.5 - 7.0 981 220 16.0 3.8 950 590 2.6 - 5.2
957 560 5.1 - 6.2 934 654 16.8 4.4 946 610 1.6 - 6.9
923 840 4.7 - 5.7 925 80Q 0.8 - 5.9
910 960 9.5 - 1. 3 900 1029 -2.0 - 8.1
897 1070 10.5 1.1 850 1481 -6.1 - 9.5
864 1400 9.1 2.9 831 1650 -7.7 -10.3
850 1517 8.3 3.5 812 1840 -7.6 -10.8
838 1640 7.4 3.2 806 1900 -6.7 -10.9
826 1770 1.4 3.6 764 2310 -6.9 -19.9
809 1930 6.0 3.? 739 2570 -5.4 -17.9
764 2400 2.7 - 0.7 700 3000 -5.4 -18.2
709 3000 -0.2 -10.8
700 3097 -1.1 - 9.7
-------
Table 10 (continued). ST. lOUIS RADIOSONDE MEASUREMENTS
Experiment No. 17 Experiment No. 18 Experiment No. 20 Expe r1ment No. 24 Experiment No. 25 Experiment No. 26
8 April 1964 9 April 1964 :3 June 1964 9 June 1964 10 June 1964 li June 1964
Tracer Release: 2030 to 21)0 CST Tracer Release: 2u45 to 2145 CST Tracer Release: 1040 to 1140 CST Tracer &lea6e:1030 to llJO CST Tracer Releasesl033 to 1133 CST Tracer Release'103$ to li3$ CST
Ascension Start: 2030 CST Ascension Start: 2u45 CST Ascension Start: 1051 CST Ascension Start: 1015 CST Ascension Start: 101$ CST Ascension Start = 101$ CST
p(mb) Z(m) T~ C) Td~ C) P(mb) Z(m) T~ C) Td( OC) P(mb) Z(m) T~ C) Td~ C) p(mb) Z(m) T~ C) Td~ C) p(mb) Z(m) T(
-------
N
~
a
Table
(continued) ,
10
ST.
LOUIS RADIOSONDE MEASUREMENTS
Experiment No. 35 Experiment No. 36 Experiment No. 37
6 March 1965 7 March 1965 8 March 1965
Tracer Release: 1230 to 1330 CST Tracer Release: 1230 to 1330 CST Tracer Release: 2030 to 2130
Ascension Start: 1253 CST Ascension Start: 1221 CST Ascension Start: 2033 CST CST
P(mb) Z(m) T('C) Td('C) p(mb) Z(m) T('C) rd('C) P(mb) Z(m) T('C) Td('C)
1013 -0.2 995 194 0.8 -4.1 992 194
1000 0.0 983 300 -0.2 -4.2 982 280 3.7 -6.5
967 -3.4 940 650 -4.0 -6.3 914 850 -2.0 -8.8
940 -5.0 876 1200 -5.4 -7.2 892 1050 -2.6 -8.2
903 -1.3 850 1435 -4.5 -6.2 854 1390 -6.2 -14.7
884 -1.3 750 2412 -9.7 -13.6 850 1433 -6.2 -14.7
872 -2.0 842 1500 -6.6 -15.3
850 -1.0 790 2000 -11.5
722 -5.0 758 2300 -10.0
700 2928 -13.8
Experiment No. 39
13 March 1965
Tracer Release: 1220 to 1320 CST
Ascension Start: 1155 CST
Experiment No. 40
14 March 1965
Tracer Release: 1100 to 1200 CST
Ascension Start; 1059 CST
P(mb) Z(m)
T('C)
rd('C) P(mb) Z(m) T('C) Td('C)
-9.4 996 194 1.2 -5.7
-8.7 964 440 -0.1 -6.9
-9.8 936 680 -2.5 -7.2
-9.7 919 830 -2.6 -6.9
-8.8 892 1070 -4.9 -9.7
-10.8 850 1451 -5.4 -18.5
-15.6 829 1640 -5.9 -18.0
MB 784 2084 -7.3
-24.3
1003
1000
987
947
916
194
218
320
650
910
4.8
4.8
2.5
-1.2
-2.2
903
890
850
700
1030 -3.2
1150 -2.4
1513 -4.1
3025 -11. 2
-------
TABLE 11. ST. LOUIS TETHERED RADIOSONDE MEASUREMENTS
Symbols
t(CST): Time in CST
Z(ft) : Height above the surface in whole feet
T(C) : Temperature to the nearest tenth of a degree Celsius
241
-------
Table 11.
ST. LOUIS TETHERED RADIOSONDE MEASUREMENTS
Experiment No. 29 Experiment No. 29 Experiment No. 30
12 October 1964
Tracer Release: 2000 to 2100 eST 12 October 1964 16 October 1964
Tracer Release: 2000 to 2100 eST Tracer Release:2000 to 2100 eST
Ascension No.1 Ascension No.2 Ascension No. I
t (eST) Z(ft) T(Oe) t(eST) Z(ft) T(Oe) t(eST) Z (ft) T(Oe)
1909 650 15.2 2213 616 14.1 1827 996 23.8
1913 491 15.1 2215 625 14.1 1829 896 23.8
1915 414 15.1 2217 594 14.3 1832 800 23.9
1917 332 15.6 2219 566 14.1 1833 698 24.5
1921 260 15.5 2222 492 14.0 1838 599 24.6
1923 185 15.9 2223 410 13.9 1840 500 25.1
2226 339 14.0 1842 400 25.2
2228 257 14.1 1846 297 25.6
2230 162 14.3 1848 200 25.9
2232 87 14.3 1850 99 25.9
2234 sfc 14.3 1853 sfc 26.1
Experiment No. 30 Experiment No. 32 Experiment No. :13
16 October 1964 19 October 1964 20 October 1964
Tracer Release: 2000 to 2100 eST Tracer Release: 1945 to 2045 eST Tracer Re1ease:1915 to 2015 eST
Ascens ion No.2 Ascension No.1 Ascension No.1
t(eST) Z (ft) T(Oe) t(eST) Z(ft) T(Oe) T(eST) Z(ft) T(Oe)
2136 920 19.3 2101 985 6.4 1915 766 11.7
2137 834 19.4 2105 846 b.O 1919 689 11.9
2142 756 19.4 2108 655 6.8 1920 630 12.5
2143 695 19.4 2110 573 6.7 1922 495 12.5
2144 564 19.4 2112 564 6.8
2147 567 19.8 2115 433 7.3
2150 473 19.8 2118 346 7.5
2152 380 19.3 2120 212 7.8
2122 173 7.9
2125 98 8.0
2128 sfc 8.3
242
-------
SURFACE WIND MEASUREMENTS AT TRACER RELEASE SITES
Ten-minute averages
are presented in Table 12.
each instance the interval
of wind direction and speed at the tracer
The periods of record vary considerably,
of tracer dissemination is covered.
re 1 ease sites
although in
For the dissemination site at the Knights of Columbus Building, the data
obtained were often unusable. Sometimes instrumentation was oriented with the
recorder chart crossover direction too close to the most frequent wind direction,
causing a wind direction trace to "paint" the entire width of the chart. At time~,
fluctuations in both the speed and direction traces were so large and frequent
that averages could not be estimated. These cases of large fluctuations probably
were the result of mechanical turbulence.
243
-------
TABLE 12. SURFACE WIND MEASUREMENTS AT TRACER RELEASE SITES
Symbols
Site A: Forest Park
Site B: Roof of the Knights of Columbus Building
D(deg): Wind direction in whole degrees ~f azimuth
S(mph): Wind speed in whole miles per hour
: Missing data
245
-------
N
~
0) Table 12 (continued). SURFACE WIND MEASUREMENTS AT TRACER RELEASE SITES
Experiment No.2 Experiment No.3 Experiment No. q Ex!",riment No. 12 Experiment No. ~ Experiment No. 15
27 May 1963 28 May 1963 19 July 1963 17 September 1963 18 September 19 3 6 April 1964
Tracer Release:Site A Tracer Release:Site A Tracer Release : Site A Tracer Release:Site B Tracer Release:Site B Tracer Release:Site B
(1410 to 1440 CST) (1000 to 1100 CST) (1130 to 1230 CST) ( 2000 to 2030 CST) (2000 to 2100 CST) (2040 to 2140 CST)
t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph)
1330 215 6 0930 272 5 1100 218 1930 114 8 1950 4 2010 183 5
40 238 5 40 253 4 10 225 40 108 9 2000 4 20 192 8
50 225 6 50 252 6 20 227 50 115 8 10 4 30 192 5
1400 250 4 1000 255 7 30 232 2000 117 8 20 040 4 40 184 5
10 240 4 10 267 6 40 230 10 115 7 30 043 4 50 194 7
1420 242 4 1020 285 7 1150 235 " 2020 114 7 2040 050 4 2100 224 7
~
30 228 4 30 6 1200 234 H 30 110 7 50 058 4 10 282 10
'"
40 247 6 40 6 10 221 '" 40 110 7 2100 076 3 20 281 4
50 234 6 50 255 7 20 232 ~ 50 108 7 10 070 4 30 267 7
1500 193 5 1100 282 5 30 223 2100 099 10 20 060 3 40 287 8
1510 210 1110 253 5 1240 212 2150 292 7
20 223 20 282 5 50 217 2200 278 5
30 230 30 260 5
40 225
Experiment No.8 Experiment No.9 Experiment No. 11
26 July 1963 12 September 1963 16 September 1963 Experiment No. 16 Experiment No. 17 Experiment No. 18
Tracer Release:Site B Tracer Release:Site A Tracer Release: Si te B 7 April 1964 8 April 1964 9 April 1964
(1045 to 1145 CST) (1115 to 1215 CST) (1100 to 1200 CST) Tracer Release : Site A Tracer Release :Site A Tracer Release :Site A
(2048 to 2148 CST) (2030 to 2130 CST) (2045 to 2145 CST)
t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph)
t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph)
1020 7 1050 284 1030 130
30 5 1100 297 40 122 2010 307 4 2000 262 3 2020 222 2
40 7 10 337 50 115 20 303 6 10 262 3 30 220 2
50 8 20 320 1100 105 30 306 5 20 254 4 40 203 2
1100 7 30 325 10 115 40 309 6 30 266 3 50 224 2
50 302 7 40 263 4 2100 202 2
1110 ~ 7 1140 319 " 1120 150 ~
20 7 50 328 ~ 30 120 2100 302 5 2050 257 3 2110 204 2
H H H
30 '" 7 1200 327 '" 40 122 '" 10 317 9 2100 263 3 '20 205 3
'" '" '"
40 ~ 6 10 314 ~ 50 112 ~ 20 319 9 10 261 4 30 214 3
50 7 20 320 1200 132 30 312 8 20 267 5 40 206 3
40 318 9 30 265 4 50 206 3
1200 6 1230 322 1210 118
10 8 40 293 20 110 2150 314 7 2140 256 3
20 8 50 327 30 116 2200 315 7 50 259 3
30 1300 316 10 312 9
40 10 333
-------
Table 12 (continued). SURFACE WIND MEASUREMENTS AT TRACER RELEASE SITES
Experiment No. 19 Experiment No. 20 Experiment No. 21 Exp~riment No. 25 Experiment No. 26 Experiment No. 27
2 June 1964 3 June 1964 4 June 1964 10 June 1964 11 June 1964 10 October 1964
Tracer Release:Site A Tracer Release :Site A Tracer Release: 81 te B Tracer Release:Site A Tracer Release:Site B Tracer Release : Site B
(1030 to 1130 CST) (1040 to 1140 CST) (1030 to 1130 CST) (1033 to 1133 CST) (1035 to 1135 CST) (1130 to 1230 CST)
t(CST) D(deg) S(mph) t(CST) D(dcg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph)
1000 310 6 1020 305 5 1010 200 5 1000 315 3 1010 6 1100 3
10 322 6 30 320 5 20 191 4 10 286 4 20 7 10 3
20 342 5 40 314 3 30 190 4 20 261 4 30 9 20 5
30 312 6 50 305 4 40 194 4 30 237 3 40 9 30 3
40 287 7 1100 273 4 50 152 4 40 318 4 50 8 40 5
1050 296 6 1110 223 4 1100 173 4 1050 270 3 1100 g 5 1150 g 5
H H
1100 278 7 20 242 4 10 168 5 1100 264 3 10 OJ 7 1200 OJ 4
OJ OJ
10 291 6 30 227 3 20 178 5 10 273 4 20 ~ 8 10 ~ 3
20 323 6 40 233 6 30 167 5 20 3 30 6 20 5
30 283 7 50 292 6 40 143 5 30 3 30 5
1140 295 7 1200 270 1150 157 4 1140 3
50 282 7 50 3
Experiment No. 22 Experiment No. 23 Experiment No. 24 Experiment No. 28 Experiment No. 29 Experiment No. 30
6 June 1964 7 June 1964 9 June 1964 11 October 1964 12 October 1964 16 October 1964
Tracer Release:Site A Tracer Release:SiteA Tracer Rele&se:Site A Tracer Release:Site B Tracer Release :Site A Tracer Rele!ise :Site B
(1130 to 1230 CST) (1132 to 1232 CST) ( 1030 to 1130 CST) (1105 to 1205 CST) (2000 to 2100 CST) (2000 to 2100 CST)
t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph)
1100 195 5 1100 208 1000 190 8 1030 6 2010 220 1930 144 1
10 172 5 10 242 10 183 9 40 7 20 280 40 160 2
20 163 6 20 207 20 190 9 50 7 30 325 50 183 2
30 160 6 30 210 30 186 8 1100 6 40 323 2000 195 3
40 188 6 40 255 40 178 11 10 6 50 342 10 208 3
1150 180 6 1150 237 g 181 CJ g
H 1050 10 1120 5 2100 330 2020 200 2
OJ z
1200 181 6 1200 233 OJ 1100 182 9 30 H 6 10 315 H -30 208 2
~ OJ OJ
10 165 7 10 250 10 191 8 40 OJ 8 20 325 OJ 40 191 2
20 170 7 20 255 20 185 9 50 ~ 6 ~ 50 204 2
30 168 5 30 247 30 174 12 1200 6 2100 214 2
1240 171 5 1240 225 1140 174 9 1210 6 2110 203 2
50 188 5 50 235 50 183 10 20 5 20 195 3
1200 184 9 30 6
N
~
-......J
-------
N
.j::o
OJ Table 12 (continued). SURFACE WIND MEASUREMENTS AT TRACER RELEASE SITES
Experiment No. 32 Experiment No. 33 Experiment No. 34 Experiment No. 38 Experiment No. 39 Experiment No. 40
19 October 1964 20 October 1964 21 October 1964 11 March 1965 13 March 1965 14 March 1965
Tracer Release:Site A Tracer Release: 81 te A Tracer Release: Site A Tracer Release:Site A Tracer Release :Site A Tracer Release : Site A
(1945 to 2045 CST) (1915 to 2015 CST) (1920 to 2020 CST) (2030 to 2130 CST) (1220 to 1320 CST) (1100 to 1200 CST)
t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph)
1910 320 3 1840 206 4 1840 348 3 2000 255 2 1150 275 3 1030 303 7
20 357 3 50 210 4 50 354 4 10 213 3 1200 303 3 40 303 8
30 352 4 1900 213 4 1900 348 4 20 232 2 10 020 3 50 293 7
40 360 2 10 210 5 10 352 3 30 252 3 20 018 3 ilOO 282 7
50 343 3 20 207 4 20 359 5 40 333 2 30 024 4 10 302 7
2000 337 4 1930 206 5 1930 356 4 2050 336 3 1240 007 5 il20 292 7
10 338 3 40 198 4 40 358 4 2100 293 4 50 327 4 30 309 7
20 325 2 50 212 4 50 346 3 10 307 4 1300 005 4 40 297 6
30 317 3 2000 217 5 2000 355 3 20 302 3 10 358 3 50 300 7
40 312 3 10 213 4 10 355 3 30 328 2 20 296 3 1200 309 7
2050 293 3 2020 203 4 2020 353 3 2140 343 3 1330 319 3 1210 302 9
2100 294 3 30 210 5 30 347 3 -40 023 3 20 307 8
40 347 4
Experiment No. 35 Experiment No. 36 Experiment No. 37 Experiment No.41 Experiment No. 42 Experiment No. 43
6 March 1965 7 March 1965 8 March 1965 15 March 1965 16 March 1965 17 March 1965
Tracer Release: Site A Tracer Release:Site A Tracer Releb.se:Site A Tracer Release : Site A Tracer Release: Site B Tracer Rele"se:SiteA
( 1230 to 1330 CST) (1.230 to 1330 CST) ( 2030 to 2130 CST) (2050 to 2150 CST) (2030 to 2130 CST) (2000 to 2100 CST)
t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph) t(CST) D(deg) S(mph)
1200 298 1200 012 2000 282 8 2020 274 2 2000 9 1930 302 13
10 292 10 027 10 290 8 30 302 2 10 8 40 298 12
20 292 20 038 20 283 7 40 285 2 20 6 50 300 10
30 300 30 016 30 287 5 50 340 2 30 5 2000 289 12
40 291 40 019 40 282 6 2100 350 2 40 7 10 302 10
'" '" g
i=i z
1250 293 1250 024 H 2050 287 7 2110 335 2 2050 H 10 2020 280 12
CIJ CIJ CIJ
1300 290 '" 1300 021 CIJ 2100 278 6 20 338 2 2100 '" 10 30 302 12
10 305 !'i! 10 013 !'i! 10 274 5 30 336 2 10 !'i! 10 40 307 10
20 294 20 007 20 286 5 40 315 2 20 10 50 3il 9
30 294 30 333 30 281 5 50 313 2 30 12 2100 294 10
1340 301 1340 350 2140 285 6 2200 304 2 2140 13 2110 276 12
50 292 10 317 2 20 292 10
-------
SURFACE WEATHER MEASUREMENTS,
ST. LOUIS, MISSOURI (WBAS, LAMBERT FIELD)
Table 13 presents significant data from the hourly surface weather obser-
vations at WBAS St. Louis for the period about 3 hours before the tracer release
to about 6 hours after it ended. Special and check observations would have been
included had any yielded significant data. Only three cloud layers are listed,
since no more than three layers were observed. Heights of the clouds are in
hundreds of feet above the surface, amounts of sky cover are in tenths, and cloud
movement directions are in compass points toward which the clouds move (compass
points are represented by symbolic arrows). Times of observations are the times
at which the final weather element, wind velocity, is measured. Beginning in
1964 wind directions were read to the nearest ten degrees of azimuth from which
the wind is blowing rather than to the nearest 16 points of the compass. For
uniformity in the reporting of winds, all wind directions are reported in terms
of compass points. Observational techniques, rules, and symbolic abbreviations
are given in U. S. Weather Bureau (1964 a).
249
-------
N
(J1
<=>
Table 13.
SURFACE WEATHER OBSERVATIONS, ST. LOUIS, MISSOURI
(WBAS, LAMBERT FIELD)
DATE
1.7
MAY
IQ"3
EXPERIMENT ~O.
2.
TRACER RELEASE FROM
1410
TO
1440 ,"'S,
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA WIND
"ME TOTAL LOWEST LAYER SECOND LAYER SUM"A. THIRD LAYER SU"MA- OPAQUE SURFACE AND lEVEL TEMP. DEW CHARAC.
S", TIDN TlON VISIBILITY PRESS I-F) PT. DlREe. SPEED TER AND REIIARKS
1c..S.T.1 COVER AMT TYPE a HEIGHT AMT TYPE a HEIGHT TOTAL AMT TYPE 8 HEIGHT TOTAL SKY (I"u..) OBSTRUCTIONS (mbtl '-F) TIOH (U,I SHIFTS
DO~ DIR. DO' COVER TD VI$ION
0155 10 10 Sc MSo Ll \.l 10 2 R.W- F 0'10 "3 "2. WNW ~
0855 10 3 St 5 4- St Mq 7 3 Sc. 50 10 10 l' 0'\0 E.6 "3 NW l' RE 05
oQS5 10 6 Sc 1'\10 4- e.... '50 10 U. 10 10 o8Q (j,q 63 wrlW 4- S:CNO\lC.
1055 10 Z. Sc 14- 4- Sc /'1\ 1.5 " 4- c... 50 10 10 15 081:\ E.q '3 tlW 1
1155 q 7 C... 1'\ 2.0 2. e... 40 q ° q q 15 08't 70 ", w,.W l' RSo3EI5 S 25 E 35
IZSS 8 B c.1A. M50 0 8 0 8 8 15+ 0'\1 7z. 'z. W \0
1355 8 3 CIA. 30 5 Ac;. E\OO 8 0 8 8 15+ 01:\1 7Z. '2. ~tlW 8
\455 7 7 e... /'1\30 0 7 0 7 1 15+ o't 71 '4 ~toIW 12
1555 G €I ""c.... E:50!o G 0 <0 <0 15 0'12 74 63 W \3
1655 4 4 ~Sc: ~olo 4 0 4 4- 15 01:\1 7E. €II WNW IZ
1'755 5 s "7'5c: 30 0 5 0 5 5 15 0'6 1'4- 62 W \3
DATE
28 M.A Y
1'''3
EXPERIMENT NO.
.3
TRACER RELEASE FROM tooo
TO
\I 00 c.ST
CLOUDS AND OBSCURING PHENOMENA TOTAL. WEATHER SEA WIND
TillE TOTAL LOWEST LAYER SECOND LAYER SU""A- THIRD LAYER su....... OPAQUE SURFACE AND LEVEL TEMP.: DEW CHARAC -
SKY VISIBILITY PT.
-ee.S-T.) COVER TYPE 8. TYPE 8 110N TYPE a TION SKY hnn..} OBSTRUCTIONS PRESS. I-FI (*FI DtREC- SPEED TER AND REIIARKS
"MT. DO' HEIGHT AMT OIA. HEIGHT TOTAL AMT ". HEIGHT TOTAL COVER TO VISION (u.1 nON 181'1) SHIFTS
0355 1 1 "'C.i /' 0 1 0 1 1 7 O'Jq "2 60 S 8
0455 10 10 Sf 1'\6 IA. U. 10 EI F 10'3 62 ,. III \3
0555 4- 0 Sf 7 4 ~i ..-/ 4- 0 4- 0 ~ F 115 "3 6' w 10 SF E'
0655 G 6 ~Sc M 12. 0 , 0 , <0 7 110 "4 60 w 12.
0755 7 "1 Sc j\\ 15 0 1 0 7 7 15 IZ6 67 '0 Will". 15"
0855 8 3 Sc. 20 5 Sc: M30 8 0 8 8 15" I 1'30 " 60 W 14- + 20
0'155 10 4 Sc 30 6 Sc. h\40 10 II I 10 15+ I 126 68 58 vi 15" +ZS 6:IN OVe.
1055 10 10 Sc: M3S!1l Ll JO 15+ 130 6'1 58 WNW 12. BINOVC
1155 q <0 Sc. "'1.8 3 sc 40 q 0 q q 15+ 1"54 10 60 WNW 12. +18
3eTio '--~--
1255 10 1 Sc M1.5 3 Sc \.l: i 10 15+ \"37 (,8 Sq III 10
1"555 8 I Sc 2S I 7 Sc. M48; 8 I 0 8 7 15+ 1'34 71 Sq III 15 ...zo
LJ i : ----l~c.. I ~J=~~_IlL--L
---. --.
-------
Table 13 (continued).
SURFACE WEATHER OBSERVATIONS, ST. LOUIS, MISSOURI
(WBAS. LAMBERT FIELD)
5T LOUIS
MISSOURI
( WBAS
LAMBERT
FIELD)
SURFACE
WEATHER
OBSERVATIONS
DATE Iq
"3"IU.Y
11\"3
EXPERIMENT NO.
4-
TRACER RELEASE FROM
" 30
TO I~ '30 CST
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER ,,. WINO
TIME TOTAL LOWEST LAYER SECOND LAYER 5U""A- THIRD LAYER SUMMA- OPAQUE SURFACE AND LEVEL TEIIP. DEW CHARAC.
'" TlON TIOH VISIBILITY PRESS. (-FI PT. DlREC- SPEEO TER AND REMARKS
!C.s'T.) COVER Aln: TYPE a HEIGHT AMT. TYPE 8 HEIGHT TOTAL AUT. TYPE a HEIGHT TOTAL '" (mU..) OBSTRUCTIONS (mbsl I-F) TIOH (.,., SHIFTS
DIR. OtR. DIR. COVER TD VISION
0455 1 1 I""~~ 80 0 I 0 I I 15 1,,"8 "18 "10 sw (,
05'55 3 2 Ac 100 I C; ...-/ 3 0 :5 2 1'5 15Z 78 70 sw 7
04>55 4 1 Ac. 100 3 cZ ,/ 4 0 4 4 15 15S 80 70 flW 8
0755 8 (, I~c. EIOo 2 -+ /'" 8 0 S " \5 I" 81 70 "''''W 5 1\ e.e. E-S MOv&- SE
c;
0855 " I ~ 100 5 ~ .,./' CO 0 CO 2 15 1(.3 85" 71 wsw q Ace. S
0'55 "1 0 4
-------
N
01
N
Table 13 (continued).
SURFACE WEATHER OBSERVATIONS, ST. LOUIS, MISSOURI
(WBAS, LAMBERT FIELD)
51 LOUIS
MISSOURI
. WBAS
LAMBERT FIELD}
SURFACE
WEATHER OBSERVATIONS
DATE z."3
J'1.lL.'(
1963
EXPERIMENT NO.
6
TRACER RELEASE FROM 'I 30
TO 1230 CST
CL.OUDS AND OBSCURING PHENOMENA TOTAL WEATHER "A WINO
TIME TOTAL LOWEST LAYER SECOND LAYER 5U"UA- THIRD LAYER $U"MA- OPA~UE SURFACE AND LEVEL TEMP DEW CHARAC.
'"' TION TlON VISIBILITY PRESS. (-F! PT. DlREC- SPEED TER AND REMARKS
!C.s,T.I COYER AMT TYPE !I. HEIGHT AMT TYPE 81 HEIGHT TOTAL ANT TYPE a HEIGHT TOTAL S", (mUn) OBSTRUCTIONS 1mb.) (-F) TION (kill SHIFTS
DOR OIR. ~~R COVER TD VISION
0455 1 I Cb 50 0 1 0 1 \ 2 Yz F \"32 '" 67 NN£ 5 cB SW
0555 I I Cb 50 0 I 0 I I "2 Y2. F 13'1 n. "" SE 4- cB sw
0(,55 I 1 Cb 50 0 I 0 I I I Vz F 14Z n 70 Sf: 5 c8 SW
0155 3 3 CI.l 25 0 3 0 3 3 :3 I K H 14q 80 70 SE 8
--f- I K H LW~ E
0855 10 10 Cu. 1::30 0 IQ 0 IQ b 5 142 80 70 sSE 0 VSBV
0CI55 1 7 Cu. A"Z."Z. 0 7 0 7 7 5 K H 140 8, 6'/ ESE 10
1055 1 7 Cu. A'ZS 0 7 0 7 7 7 1+" 85 6
-------
Table 13 (continued).
SURFACE WEATHER OBSERVATIONS, ST.
LOUIS, MISSOURI
(WBAS, LAMBERT FIELD)
$T LOUIS
MISSOURI
( WBAS
LAMBERT FIELD)
SURFACE
WEATHER
OBSERVATIONS
DA TE 2 '"
J"LlL Y
Iq63
EXPERIMENT NO
8
TRACER RELEASE FROM \045
TO
1145 c....T
-----
CLOUDS AND OBSCURING PHENOMENA TOTAL I. I. WEATHER I SEA I! WIND
I TOTAL SUMMA SUMMA SURFACE I LEVEL TEMP \DEW I TCHARAC
I !~I~~I Cg~~R LO;yEp:r e. LAYER SETCyOND LAYER TIOH. __T~- lAY~~_- TlON - OPAQUE IVISIBlllTY AND I PRESS (~"'I PT O!REC - I SPEED I TER AN~
I L AMT 11 OIR B! HELGHT ! AMT ~~_B HEIGHT TOTAL AMT T~~E'GHT TOTAL C~~~R: (mile I) iO~~TR~~i:g~s I ',"hi {eFJ TlON I (Us! I SHIFTS
~5~7~;: 0 0 [. 10' 0 ! 12. I '1'141701'-4 SE! 8
10+55 0 I I i : 0 I 0 i 0 i--TOTO 10 ! '201 '108164 SEi 7 I
'0555 0 1 I i 0 ! i 0 0 I 0 I 0 i 7 : 1205 701'-51 Sf 71=
'0655' 0: I ! ,0 l---l I 0 0 i 0 0 I 7 I !Z0814:671 SE 110 I
~I 0' LJ 'ol! 0 0 I ! 10 0_8 i IZlIi1&'()7TsE'! 10
08551 :3 ' 3 ~C~, 30; 0 I I 3 0 i , ~~__I_~__- ]208!80!68; S: 8
!oQS5! '1 1 lC~EZ8' o' 7 o~ --+~LI.~-J j20881 :6S;SSf; 11.
!1055 7 7CII."':10\2.9 o! 7 0: +----1 7_;~_- ~o . ---------308801''8iSSE'IIS
III 55: 5 1 5 'cIL"'1 30' 0 I! 5 0 1"':'5 I 5 1101 i204182168SSE"I'4
11.55 ~ i" I C...+1E35 O!' " ~-~ --~'~.L1j.l----.-- :1~7!8S166 SSE 14-
11355 4 i 4IcLl."'! 35.0 At;.'" 1'2.0 4 ! 0 I I 4 4: 12. I '1'10851'-5 S l1.
11455 413ICu."'"' 35 lie; ./ 4 0 I 4 4- I 11. I 11818'-1'-5 S 15
REMARKS
TCU.
TCl.(.
TCL(.
ALQDS
A L. Q DS
AL.~DS
~
I
j
I
I
TC\.l AL.QDS
._~---
-
DATE' 2
SEPTEM ae Ii!. 1'1'-3
EXPERIMENT NO
q
TRACER RELEASE FROM " I 5
TO
11.15 csT'
, CLOUDS AND OBSCURING PHENOMENA I TOTA~r- WEATHER SEA WINO I
I TIME IT~~AL LOWEST LAYER SECOND LAYER SUMhlA- TH!RD LAyER SUMMA-'OPAOUE 'IV1;~BR!~~~E! AND ILEVEL TEMP ID~~ CHARAC-
: ICST) i COV;R AMT TY;~ B HEIGHT AMT TYPE 8. HEIGHT T~I~:L AMT TYPE &1 HEIGHT T~I~A~! Cb~~R (ml1nJ y IO~~TRU';I~:~~S IP~E:S) ("F) ("f) D1:1;~- Srk~;ID T;~IF~S[) REMARKS
" ' -" 01. - 'Ie .; ---+ . ., I . ------ ===1
;::::: ; .! ~ :.Ci "./". 0.0 i I ..1W=. i.: j--.-.~.--. .1 ;-"{ I. :~J.: .-. - i::: !~: i~~I: j :0 L~..~~--= -- --------~
0" 5S: " . " c.~ /'--~-r- . "'. 0 I--~-- --" Z. 10 . -- ~~~13. "1, W ,_'I -~_.. I
101551 2' Z ICi [~o I I, 0, z. 0, Il. 128'75 '-8' W 'I"
~;=~~m-:~~Iifb~ .,ti~~~ f~:=-:~~i !~~r -~iil:E~n'~~-~~N-D S~TD ~.OLY-- -j-i
l'-~~1-J C...~o - 4 ci'-Llul-8 m ... 8__--.L~_5T - --11?>'t~8-'+~TNW! ~J_~-- - - ---~-----
,/2551 8 L ~.S~1--...?_O_.LC~i U. : 8 (0 I j 8. 7 I~ i.. iI4Zf33!~'~~~~--_u- ---- - - - _1
~~~-}¥s~-~_t 1-:.--f.--_..C_c~-._'_.'.'-~.._" -'19-- ~.~'-'-'.' _.. .- --.r. r>t.a_q '--88 ._:_55_--.:.---- ._@II~:~8~~i:44:,~,~..:, 1,._.33~:- -+-. -- --- --.
~lli_~LC:I~~L~ o_C-j Ll)._~a_~_==_--~ ~. i 7; 15 1 t~~lgo~~_~~~-Iil~=-Lm=- ---- ... -~-- _~=n__== -----=
N
CJ1
W
-------
N
CJ1
.j:::o
Table 13 (continued).
SURFACE WEATHER OBSERVATIONS, ST.
(WBAS, LAMBERT FIELD)
ST LOUIS. MISSOURI
WBAS
LAMBERT FIELD)
LOUIS, MISSOURI
SURFACE
WEATHER
OBSERVATIONS
DATE 14- <5EPTEM BESt Iq~3
10
104-5
1145 cST
TO
TRACER RELEASE FROM
EXPERIMENT NO.
CLOUDS AND oeSCURING PHENOMENA TOTAL WEATHER I ~ SEA WIND
TOTAL SURFACE DEW
I TIME ,n LOWEST LAYER SECOND LAYER SUMMA- THIRD lAYE~~SUMMA- OPAQUE VISIBILITY AND LEVEL TEMP PT. CHARAC-
TlON -=-' -- TIOH O~~TR~~~:g:s i P~;:I~ '-FI DlREC- SPEED TER AND REMARkS
IC.S.T.) COVER t AMT TY~~ 81 HEIGHT AMT. TYPE a HEIGHT TOTAL AMT TYPE e.] HEIGHT TOTAL s
0 ! 0 I 0 0 0 ' i 0 0 15 51 48 E~E" 3
0455 i +---,...-:- i-- 15 iZI~ 4q +5 E. 7 I<.L.YR
0 0 0 0 0 ' 0 I 0
0555 ~ "!> C\ ./ I 0 3 0 .3 I 15 !Z23 48 41 E 5
0655 I I c.i /' 0 I 0 ! I 0 15 iZ2" 5. 4'f E <0
--l- --
0155 0 0 0 0 0 0 0 10 izzs 55 50 ESE" 7
0855 0 0 ! , 0 0 0 ' I 0 0 ' 7 i 'ZZ" 100 50 E5~ 5
---._-- -----!.....-..:: +.
0955 0 0 0 0 0 i 0 0 10 : ZZ2. ~S '51 E 4-
1055 0 0 0' 0 0 0 0 15 1218 "q S3 ENE 6
1155 0 0 c.\4. '?IS 0 0 0 ! 0 0 15 j214 11 5'2. E"5E" e F6W Ct.(.
!o ~ IZI6
\"2.55 0 0 C\4. "35 0 0 0 0 15 12. S3 ENE 5 FEW CLe.. '
---~ IZ01
1:!>55 0 0 jO 0 0 0 0 15 73 53 &~E 10
1455 0 0 c."" 40 0 0 0 0 0 15 1201 14 53 ESE 9 FEW Cu.
DATE I"
SEPT£M8E~
Iq" 3
EXPERIMENT NO.
II
TRACER REl.EASE FROM' I C) 0
-
CLOUDS AND OBSCURING PMENOMENA TOTAL I WEATHER SEA WINO
TIME T~~~L LOWEST LAYER SECOND LAYER SUT~b~~ , T,HIRD LAYER IlsuT~~:.loPs"KOyUE VI~~B~~~i~ OB'TR~~~JONS LpE.V"E,' TI~'.'P DI.~';)' CHARAC-
(CoST,] COVER AMT. TY;':. B HEIGHT AMT T":: So HEIGHT TOTAL! AMT ,TY~~ 801 HEIGHT TOTAL! COVER Imll..' I 10 VISION tmbt) D1:1~~- Sik~~JD T~~IF~NSD
0455 q 9 'Sc.'to I'\~,\ 0 9Ol---r--~q. ; q 5 G-F no 64 64 SSE" 4
0555 '0 10 Sc.'t- M43, LA. u_- .--0: r----j------;-. I 10 3 i G-F 2'54 "5 '-4 SE 4-
0655 10 10 sr:.'t- 1'\43! U. --- ---~J--=.~-- --- I 10 2; G-F 2'58 "" "4 ESE" 5
10155 Z Z. i st 45' 0 ! '2. 0 I 2 Z. i I V~ . HI<. 2.4\ 70 "" S£ S
0855 I. I I SC::' <00;-0;-,- , I~- 0 ' _.~ '- :~~h- I"". 243 74 "7 SE 7
,0'155 3,3 cJ 30 :. ~--~--~ ~- : -'-u~ .' 3 I 5 i K. _----i~21 ""I -:.£ q
! 1055 3, 3 C: 30 ~~--- L . r 3 0 :-~_,-~---t-l L__u L2.~ 2('1- ~~E 1'5
! 115 5 414_1~ -- 3 59 ---u- -l:l- _0 ~- 4 .:_4:-i-~___~[~40-+-80 "" SI: 12-
i 12551 4 !4-~~L.3-~J~ r 4 O. ' 4 : 4 L ~ u i~~~- "5 5E II
~ 13551 4- 4 C~~~J-c:>...~---+ ~4 u () - L 4___L-4:._~_!~_:.-- zni81 ,,51SE II
: 145515 .5 cJi 35 i O--L---t-, 5 0 -, .5 ~~ LIO-+_- ___~z.3iez {,3 SSE 13
~ch ! -i~~=c=L~i 1_=,_- ._-_u_- ~,: ~.
TO 1200 csT
REMARKS
HI<.
LY R.
OVR.
CT'(
:
I
=L
!
-----
- --.---
-------
LOUIS, MISSOURI
(WBAS, LAMBERT FIELD)
Table 13 (continued).
SURFACE WEATHER OBSERVATIONS, ST.
C WBAS
LAMBERT
FIELD I
SURFACE
WEATHER
OBSERVATIONS
ST. LOUIS
MISSOURI
DA TE '1
SEPTEM6ER ,q~3
EXPERIMENT NO.
1'2..
TRACER RELEASE FROM '2000
zo 30 c.$T
TO
CLOUDS AND OBSCURING PHENOMENA TOTAl. ~ WEATHER SEA WIND
"ME TOTAL LOWEST LAYER SECOND LAYER SU"MA- THIRD LAYER SUMMA- OPAQUE SURFACE AND LEVEL TEMP. DEW CHARAC-
SKY TIOH f10N VISIBILITY PRESS. (eFJ H. DIREC- SPEED TER AND REMARKS
Cc..s.T.) COVER TYPE a TYPE a TYPE a '" (mil..) OBSTRUCTIONS (-F)
AMT. CIR. HEIGHT AMT DIR. HEIGHT TOTAL AMT DIR. HEIGHT TOTAL COVER TO VISION Imbll flOH {khl SHIFTS
1355 't 0 c.", 40 q Ci ,/ 9 0 'I + 15 2!7 84- 61 SSE f> FEW C\4.
14-55 55 0 0 0 0 0
1455 0 0 0 0 0
1555 0 0 0 0 0
'''-55 0 0 0 0 0
n55 0 10 0
1855 0 0 0
1'155 0 [0 0
2055 0 0 I '0 I
2155 0 --t---r:
0 L---~...Q-+
2ZSS 0 10 i 10 i
2355 0 0
~~i !-
o
C'--
-
--
- -
'°1 -- -
I
f .L
--
N
(.)1
v
EXPERIMENT NO
13
TO ZIOO CST
TRACER RELEASE FROM ZOOO
L~~~L TEMP. D~:
PRESS {.oFI (.Fi
1mb_I
WINO
CHARAC-
OIREO- SPEED TER AND
110H lUll SHIFTS
WHO
WilD
WilD
VRBL
VR8L
LGT AN D
VRBL
" K. 20Z 82 54- ENE 8
7 I'IZ 8'3 57 Sf: 7
7 197 84 57 WE 3
7 18S 81 58 NE 5
7 185 17 5b E 5
7 i 185,4 55 E 3
7 ! 188 ,2 52 E 3
7 i 188 (,7 S5 E 3
, : _u--- 1~5i~ 5- 5" Nil 10: 3 I
-It-=:::-t::=i~~ ~~:E~E -~ I +~=-_. ---
. u I -, luJ_-=._~~~----~ _C~_.~~n':'_~u,-
----
-------
N
U'1
0'\
Table 13 (continued).
(WBAS, LAMBERT FIELD)
S1 LOUIS. MISSOURI
SURFACE WEATHER OBSERVATIONS, ST. LOUIS, MISSOURI
LAMBERT
FIELD)
SURFACE
WEATHER OBSERVATIONS
DATE I AP~IL.
Iq&4
WBAS
EXPERIMENT NO
14
TO 1300 CST
1'2.00
TRACER RELEASE FROM
CLOUDS ANP OBSCURING PHENOMENA TOTAL WEATHER SEA WIND
TOTAL. LOWEST LAVER SECOND LAYER SU""A. THIRD LAYER SUMMA. OPAQUE SURFACE A" LEVEL TEMP. DEW CHARAC-
TIME S", 1101,1 TlON VISIBILITY PRESS I-FI >To OIREC- SPEED TER AND REMARKS
IC.$,TI COVER AM' TYPE B HEIGHT AM' TYPE 8. HEIGHT TOTAL "'''T TYPE 8 HEIGHT TOTAL '" linn..) OBSTRUCTIONS Imb51 I-F} TION lilt" SHIFTS
D" D," PIR. COVER TO VISION
0455 0 0 0 C 0 0 0 15 2.05 33 20 ESE 10
0555 " b Ac 10120 0 " 0 " 4 5 I<. 1.05 3Z 21 ESE 9
0,"55 10 10 Ac EQO U. U. 10 5 K 2.10 33 22 ESE 13 6"1NOIIC PT.ftEPS W STL. 608160 R.w-
0755 10 10 Ac. E80 Ll u. 10 CD Rw-- I<. 20" 35 Z4 SE 12 60 23 61,",01lC R8z5 P1REPS lOW S,.L. ~V.120-I"50
0855 8 B Ac. E80 0 8 0 8 8 1 203 38 Z4 Sf 13 GZI R&o:3
0'155" 8 8 Ac. ESo 0 8 0 B 8 1 188 4'5 1.5 SE 15 6025"
lOSS 8 8 Ac. E80 0 8 0 8 B 1 178 4't 24 ssE 14 G Z,"
\155' 8 8 Ac. E801 0 8 0 8 8 1 164 5Z Z1 ESE 15 Gz5
11.55 10 10 c.', /0 10 0 10 5 10 146 5" 1.8 5£ 14 GZI
1355 10 .3 Ac 80! 7 cs U. 10 u. 10 8 140 56 2.8 51: 14 GZ' S.rNO"C.
1455 10 .3 Sc 50 .3 Ac 1<"80 " 4 Cs ./ 10 10 8 12." 58 '31 SE 15 GZS ax NOVC. ~BI4E'8
1555 10 .3 Sc 50 3 Ac. ESO " 4 cs ./ 10 9 8 114 58 31 51: 15 GZ3 PRE5FR.
I!> '55
/455
I"iaSS
1"'55
1155
~
1955
.1'155
2.055
ZI55
Z1.55
Z~55
DATE
" APRIL.
IQ"4-
TIME T~~~L LOWEST LAYER
ICS-T] COVER AIliT. TY:: 8. HEIGHT
CLOUDS AND OBSCURING PHENOMENA
SECOND LAYER SU""A- THIRD LAYER
nON
AMT. T"6:;. II HEIGHT TOTAL AMT T~~ 8. HEIGHT
TOTAL WEATHER
SUMMA. OPAQUE SURFACE AND
TION SKY VISIBILITY OBSTRUCTIONS
TOTAL COVER (111;1,,1 TO VISION
REMARKS
000
o 0 CIL 30 0
:3 0 CIL 45 Z
8 ~ C.b"'E40iz
10 8 c': E45 I z
1
o
C.i
./
Ac. 80
c? ,/
A-: 80
2-
8
'0
IL
8 8 c. b I: ,"0 i 0 i B 0
=---.
8 8 At E70 ! 0 I I 8 0
10 10 At M.l_~~; j- -. -- -~-
10 10 A~ f 7S Ll Ill:
10 10 A7. flS IL - ----I~".
3 .3 At 100 0 -----L ---t-3J (J ~
.---
o
o
3
8
8
8
-
3
EXPERIMENT NO.
o
o
15
15
15
15
15
3
8
10
8
8
10
10
10
.3
15
15
IS
1"5
15
15
15
TRACER RELEASE FROM 'Zo40
TO ZI40 csT
L:~:L TEMP. D:~
PRESS. I-FI I-F)
1II1II11
WIND
CH"RAC -
PIRte. SPEED TER AND
Tlo.. (lilli' SHIFTS
RW-
042 7" 4" ss E
0"51 77 44 5
oz." 77 40 ssw
OZI 14 43 SSE
038 ".. 40 W
\.."(i.!\I TCLI. DJ:ST NW FEW CIA.
FEweLl. c6 TOPS DT.ST NW
c9 5-w-'" MOll6 /\lEWD Ii!.Wc.t. SW- "''III
C:/III ALqDS MoV." NEWD 81:/IIolIC. ~B30
PRJ'IIo\P "/1730C/40 OCNL LTcr::rc: N
C8 5""- Hi MolIG EWD ~WI.C. SW-NE ~E03
" GZ3
18 .. Z8
15 cr ~~
18
25 (i.""
Rw-
~w--
037 "7 41 W 5
04",67 3'1 5 10
0"5: "8 40 W 12-
068 ''" 4/ Ssw"
0''1 ,"5 ~ wsw Cf
063 "Z 40 wsw 4
oc. NL L TcrXC.
L. TG:tC HE
5£
R805
Ii!EZo
oeNL
-------
Table 13
(continued).
SURFACE WEATHER OBSERVATIONS, ST.
LOUIS, MISSOURI
(WBAS, LAMBERT FIELD) -
51. LOUIS. MISSOURI
( WBAS
LAMBERT
FIELD)
SURFACE
WEATHER OBSERVATIONS
DATE
7 APR.IL.
IqlQ4-
EXPERIMENT NO.
IIQ
TRACER RELEASE fROM 2048
TO ZI48 c.sT
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER "A WIND
TIME TOTAL LOWEST LAYER SECOND LAYER 5U""A- THIRD LAYER SUMMA- OPAQUE SURFACE AND LEVEL. TEMP. DEW CHARAC -
"Y nON ilON VLSIBILITY PRESS {8FI PT. O1REC- SPEED TER AHD REMARKS
(CoS.T.1 COVER AMT. TYPE Ii HEIGHT AMT. TYPE Ii HEIGHT TOTAL AMT. TYPE Ii HEIGHT TOTAL sn (111111111 OBSTRUCTIONS tmb&1 (8F) TION (III., SHIFTS
DI. CIR. CIR. COVER TO VISION
1355 8 8 c.u. E~S 0 8 0 6 8 15 147 51 1>1 WItIW 20 "'2'- "35 (9 51
1455 10 10 Cu. M40 LA. u. 10 15 154 48 "30 WNW 18 '" 25 81:NOI/C.
1555 10 10 5c. 11\50 u. u. 10 15 158 4" 2'1 WltlW Iq G-2S
1"55 10 8 S~ M40 Z 5~ So 10 U. 10 15 1,,5 4S 2q wlllw ZI "'20 23 fi STL $70
"55 10 4 S~ 34- ~ S~ M48 10 u. 10 15" 110 4-4- 26 NW I"
1855 10 4 S~ 38 ~ S~ M4 10 u. 10 15 113 44 25 NW 20
Iq55 10 10 s!" M4Z. u. u. 10 15 184 45 26 WNW 14 E9~O
~055 10 10 Sc" M4Z. LA. u. 10 15 I'll 43 20 w~'" 15 ~.
2155 10 8 s? M'5B 2. sl' 4'- 10 U. 10 15 1'18 42 2E. NW 12.
2255 10 10 SC' 1I\4Z. u. u. 10 15 1'18 41 23 NW 17 &25
2155 10 10 5C' M'58 u.. u. 10 15 1'18 '3q a Nw 18 G-Zo
DATE
8
AP~I L.
1 qlQ4-
EXPERIMENT NO.
17
TRACER RELEASE FROM ZO 30
TO 2130 CST
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA WINO
TIME TOTAL LOWEST LAYER SECOND LAYER SU"MA- THIRD LAYER SUM"A. OPAQUE SURFACE AND LEVEL TEMP. OEW CHARAC-
SKY TIOH TIOH SKY VISIBILITY OBSTRUCTIONS PRESS. I-FI PT. DIREC- SPEED TER AND REMARkS
(C.S.T.I COVER AMT. TYPE It. HEIGHT AMT. TYPE 8. HEIGHT TOTAL AMT TVPE a HEIGHT TOTAL COVER (IIIU,,) TO VISION I-F) nON lUll SHIFTS
". ". CIR. (mb.'
I'SSS 10 10 Sc. l"I '50 U. u. 10 15 2.44 '38 2.'3 "NW 14 ~23
1455 10 10 Sc. 1'\'55 IL u. 10 15 244 40 Z3 wlllW 15 &Z~
1~55 10 10 Sc. 1\35 u. u.. 10 15 2.44 41 24 wHW n GZ3
1"55 10 10 Sc /"\48 u. u. 10 IS 2.41 41 2.4 III"" 15 co- 2Z. 8XNOVC.
1155 " " Sc. ESO 0 " 0 " " 15 245 41 24 wriW IS
1855 0 0 Sc So 0 0 0 0 0 15 248 3'1 24 w q FEW Sc.
1'155 0 0 0 0 0 0 0 15 251 38 Z4 W B
-'---
2055 0 0 : 0 I 0 0 0 0 15 i 255 38 z4 W 10
oi ..~ 255'"3"
2155 0 0 0 0 0 0 15! Z3 w 10
01 ~- ---- --l--- --
2255 0 0 0 0 0 0 15 I 258 '3'- 23 w 10
2355 0 0 0 I 0 0 0 0 15 2(,0 33 24 w 8
I I I
-~
N
CJ1
.......
-------
N
CJ1
0:>
Table 13
(continued) .
SURFACE WEATHER OBSERVATIONS, ST.
LOUIS, MISSOURI
(WBAS,
LAMBERT FIELD)
ST. lOUIS, MISSOURI
\ WBAS
LAMBERT
fIELD)
SURFACE
WEATHER
OBSERVATIONS
DATE
<\
AP21L.
I q 104-
EXPERIMENT NO.
18
TRACER RELEASE FROM 20+ 5
TO 214-5
c.ST
CLOUDS AND OBSCUIiING PHENOMENA TOTAL WEATHER SEA WIND
TIME TOTAL LOWEST LAYER SECOND LAYER SUMMA. THIRD LAYER SUMMA- OPAQUE SURfACE ,"0 LEVEL TEMP. 0'. CHARAC-
S3 59 7.3 VI IS
1555 0 0 I 0 0 0 0 0 15 21.4 60 21 W 1'3
1"55 0 0 0 0 0 0 0 15 7.15 59 20 WSW 15
1155 0 0 0 0 0 0 0 15 1.12. 58 2.0 wsw 10
1'655 0 0 Ac. 100 0 0 0 0 0 15 2.08 55 20 W&W 5 FEW AC. 'oJ
1955 0 0 0 0 0 0 0 15 '2.1'5 5'3 20 5SW 7
2055 0 0 i 10 0 0 0 0 I 1'5 2.15 52 2.0 &s'"' 7
Zl5S 0 0 0 0 0 0 0 15 2.11 52 20 5W 1
Z2.55 7 Ac. ' 0 7
1 E 70 I 0 1 7 15 2.0& 53 2.1 S&W 10
'Z355 I 1 Ac. 70: 0 I 0 I I 15 20" 52. 21 sw 7
DATE
2
']IUI E
IQ"4-
EXPERIMENT NO.
19
TRACER RELE ASE FROM 10 30
TO 1130
csT
TIME T~~~L LOWEST LAYER
IC S TJ COVER AMT TY~~ 9 HEIGHT
SECOND LAYER
AMT. T":; 8. HEIGHT
TOTAL WEATHER
SUMMA- OPAQUE SURFACE AND
TION SKY VISIBILITY OBSTRUCTIONS
TOTAL COVER Im,I..) TO VISION
L~~:L TEMP DEW
PRESS I-fl {!fTj
(mb')
WINO
DIREC- SPEED
TlON (kisl
CHAAAC.
TER AND
SHIFTS
REIIARKS
0355
10 Ar:. E 801 IA
10 10 '59 51 50 W 10
8 7 10 1"2. '5" 4'\ W '"
9 q 10 I" 2. 56 4'1 w q
8I-~~ '"'' 58 48 wNW 10
5 5 15 171 158 48 HW 10
Z Z 15 1101'4 48 WNW \I
2 I Z 15 ,---- ''''':''1 4'1 !oIW IZ
--+-~;~. ::~---~--=-~~;~ :::w:: :~
4 3 uiS. J_~ Is8 ilZ- 48 'WNW 15
" "15" 1'5211044 tJW 12
8815 IS27248WNWI2.
G-17
-~----
-- -_.._---~-
-------
Table
13
(continued) .
SURFACE WEATHER OBSERVATIONS,
S1.
LOUIS,
MISSOURI
(WBAS, LAMBERT FIELD)
ST. LOUIS. MISSOURI
( WBAS
LAMBERT
FIELD)
SURFACE
WEATHER
OBSERVATIONS
DATE
3 '1I.LNE
1"164-
EXPERIMENT NO.
20
TRACER RELEASE FROII
1040
TO 114-0 CoST
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA WIND
TOTAL SUII"A~ SUIIYA. SURfACE TEMP. DEW CHARAC -
TO"' SKY lOWEST LAYER SECOHD LAYER THIRD LAYER OPAQUE VISIBILITY AND LEVEL PT.
tC.S.T.1 COVER TYPE 8 TYPE a TION TYPE a TIOH SKY OBSTRUCTIONS PRESS. {OFI DlREC- SPEED TER AND REMARKS
"liT. DIR. HEIGHT AMT. DIR. HEIGHT TOTAL AIIT. DIR. HEIGHT TOTAL COVER (",lIn) TO ViSION (.b.' (OF) TION IktlJ SHIFTS
0'355 0 0 0 0 0 0 0 1'5 .63 50 48 wsw "
0455 0 0 0 0 0 0 0 15 147 50 47 w 4-
0555 0 0 0 0 0 0 0 15 170 53 48 W 6
0"55 0 0 0 0 0 0 0 15 \1" '54 45 W q
0155 0 0 0 0 0 0 0 15 11' 5' 46 W "
0855 0 0 0 0 0 0 0 15 1"1'1 "5 47 W 8
0'155 2 2. c~ 100 0 Z 0 Z 2 15 11" 10 47 wsw 8
loSS 1 1 Cu. ,",0 0 1 0 1 1 15 11" '8 48 w 8
\155 3 "Z. C&.\. COO I I c.. /' 3 0 3 Z. 15 14' "70 47 w \I
1155 4 1 Cu. ,",0 "3 Ci /' 4 0 4- 2 15 I'" '1 48 wsw 12
I~55 4- 1 c.&.\. /DO '3 Ci ,/'" 4 0 4 2 15" "3 12 44 wsw 14-
1455 9 0 c.... 50 q c. ,/'" 9 0 9 I 15 1"0 "75 43 W " c.1.l D"I.S PTG-
DATE
4
'1I.lNE
Iqli>4-
EXPERIMENT NO.
21
TRACER RELEASE FROM 10 '30
TO
1130 csT
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA WIND
TillE T~~~L LOWEST LAYER SECOND LAVER SUIlIlA. THIRD LAYER SU""A~ OPAQUE SURFACE AND LEVEL TEMP. DEW CHARAC-
TIDH TlON SKY VISIBILITY OBSTRUCTIONS PRESS. I-F) PT. OtREC- SPEED TER AND REMARKS
IC.S-T.I COVER AIIT. TYPE a HEIGHT AII1: TYPE a HEIGHT TOTAL AMT TYPE a HEIGHT TOTAL COVER (...11..1 TO VISION (-FI n.. (III.) SHIFTS
~.. DlR. DIR. "fibs)
0~55 0 0 0 0 0 0 0 15 '''1. 58 41. S 8
0455 "3 3 c. ./ 0 3 0 :s I 15 1"5 sa 43 S 10
0555 9 q Ci ./ 0 9 0 9 1 15 111. 58 41i> ESE 4-
0"55 10 10 Ci ./ 0 10 0 10 3 15 In '2 47 5 7
0155 10 10 Ci ./ 0 10 0 10 3 15 1..,5 '8 50 S 7
0855 10 10 Ac. el1.o U. U. 10 15 /75 ''I 50 ssw 8
0"155 10 10 Ac. EIZO U. ~ 10 15 118 (,Cf 50 s 8
1055 10 10 Ac. EI20 Ll LA. 10 15 1"/5 11 4'i S 8
1155 10 10 fl..c. EI10 0 10 0 10 B 15 In 15 52 SSE 8
IZ55 1 7 Ac. £110 0 "7 0 1 CO 15 110 15 52 S 10
1355 10 10 A'fo EI10 I.l I.l 10 15" "5 75 4'1 SSE 10
1455 10 10 Ac. ACfS u.. I.l 10 15 I" Z. 13 48 SE 10
N
tTI
\.0
-------
N
'"
a
Table 13 (continued).
SURFACE WEATHER OBSERVATIONS, ST.
LOUIS, MISSOURI
(WBAS, LAMBERT FIELD)
ST. LOUIS. MISSOURI
( WBAS
LAMBERT
FIELD)
SURFACE
WEATHER OBSERVATIONS
DATE
6
"'S' .."', E
Iq6+
EXPERIMENT NO.
22.
TRACER RELEASE FROM II ':5 0
TO I~?io
e.ST
CLOUDS AND OBSCURING PHENOMENA TOTAL .EATHER SEA WIND
TOTAL SU"M.... su.......- SURFACE DEW CHARAC-
TIllE SKY LOWEst LAYER SECOND LAYER THIRD LAYER OPAQUE VISIBILITY 'ND LEVEL TEIIiIP. PT.
Ic.s.n COYER TYPE 8. TYPE IIti TION TYPE a TlON SKY 08STRUCTIONS PRESS. (*FI DlREC- SPEED TER AIIID ReMARKS
AIIT. D
-------
Table
13
(continued).
SURFACE WEATHER OBSERVATIONS,
ST.
LOUIS, MISSOURI
(WBAS, LAMBERT FIELD)
ST. LOUIS
MISSOURI
( WBAS
LAMBERT
FIELD 1
SURFACE
WEATHER
OBSERVATIONS
DATE
q
'3I.1.NE
Iq/O~
EXPERIMENT NO.
24-
TRACER RELEASE FROM 10'30
TO 11"50 C.$T'
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER '£A WIND
TO'" TOTAL LOWEST LAYER SECOND LAYER SUMMA. THIRD LAVER SU..Y.... OPAQUE SURFACE AND LEVEL TEIIP. DEW CHARAC-
'KY nON nON VISIBILITY PRESS. I-FI PT. DlREC- SPEED TER AND REMARKS
(C.s.T! COVER TYPE 8. TYPE 8 TYPE Ii 'KY OBSTRUCTIONS I-F)
ANT OIR. HEIGHT ANT DIR. HEIGHT TOTAL ANT DIR HEIGHT TOTAL COVER 1-11..1 TD VISION (_Its) nON (UI) SHIFTS
0355 0 0 0 0 0 0 0 10 04, 17 "7 ssw 15
0455 0 0 0 0 0 0 0 1'2. 04, 1/0 "7 SSW \8 Go Z8
0555 0 0 0 0 0 0 0 12. 047 76 "7 SW 1\
0"55 0 0 0 0 0 0 0 1'2. 058 7" "8 ssw II
0'55 0 0 0 0 0 0 0 I, 0$8 78 ,,'I ssw 13
0855 0 0 0 0 0 0 0 IZ 054 80 "'I ssw 12 Go ZO
0'155 0 0 0 0 0 0 0 1'2. 05+ 8, 70 sw 13 Go zo
1055 0 0 0 0 0 0 0 I, 054 85 '1 ...W 11. Gol8
1155 I 1 C.... "50 : I 0 ' I I, 054 8" 71 ssw 13 Go Z 1
0
1255 " " I " "
CIA. E 30 i 0 0 /0 12. 054 87 11. wsw 15 G- 'l. 7
1355 I 1 CIA. £30 10 1 0 1 1 12 054 87 17. "'W I' G- ze
1455 " , C... 35 4 Sc. E 50 b 0 " " 15 058 88 14 SW 15 G-Z5
DATE
10
-:SIA.I'1E
1'1'4-
EXPERIMENT NO.
zs
TRACER RELEASE FRO" 10'33
TO II 33 c.!.i
CLOUDS AND 08SCURING PHENOMENA TOTAL WEATHER SEA WIND
TIME TOTAL LOWEST LAYER SECOND LAYER SU""A- THIRO LAYER SUIIIIA- OPAQUE SURFACE AND LEVEL TEIIP. DEW CHARAC -
'KT VISIBILITY PT.
Ic.s.n COVER TYPE 8. TYPE 8 TlON TYPE a TION 'KT (..11", OBSTRUCTIONS PRESS. I-FI I-F) DlREC- SPEED TEA AND REIIARKS
AIIT. OlR. HEIGHT "'''1; OIR. HEIGHT TOTAL "liT. aiR. HEIGHT TOTAL COVER TD VISION I"~I TION (111-1 SHIFTS
0355 1 4- Sc. ?lo ?I Cs LA. 1 0 , 7 15 12.8 "'I 5'\ NW 7
0455 1 7 Cs u. 0 1 0 1 5 15 I~" {"7 "0 NW "
0555 7 7 C$ U. 0 1 0 "1 5 15 14" 70 ''0 N 8
0"55 10 10 ci /1 0 10 0 10 4- 15 153 10 ''0 N 8
0755 8 8 Ci ,/ 0 8 0 8 Z. 15 Ifle ,. "0 N I,
08'55 2 2 Ci /' 0 z 0 z I '5 1"3 17. "Z N "
o'!SS 0 0 Ci ,/ 0 0 0 0 0 15" ./03 73 ,,+ NNw 7 CI SE
10 ~-
1055 0 0 ci ,/ 0 0 0 0 15 1{"7 7" ,,5 WNW 8 C.I sE WND DIR. VR.BL
1155 0 0 Ci / 0 0 0 0 0 _IL '''7 78 6~ NW 7 CI SE
-- ~- ---- .- --- ~-~
1/::55 0 0 Ci ,/ 0 0 0 0 0 15 I"" 80 "6 wNW II CI SE
1~55 0 0 ci / 0 I 0 0 0 0 15 '''0 81 66 WNW ~ c., e-s
1455 0 0 ci / 0 I 0 0 0 0 15 I~o 82 "6 NW 7 FEW CI
N
(j)
-'
-------
N
0'1
N
Table 13
(continued)
SURFACE WEATHER OBSERVATIONS,
S1.
LOUIS, MISSOURI
(WBAS, LAMBERT FIELD)
ST. LOUIS. MISSOURI
( WBAS
LAMBERT
FIELD)
SURFACE
WEATHER
OBSERVATIONS
DATE
II
~IA.NE
1'1"4-
EXPERIMENT NO.
z"
TRACER RELEASE FROM 10 '3 5
TO II!o5 c.sT
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA WIND
TOTAL SURFACE TEMP. .E. CHARAC.
"'IE SKY LOWEST LAYER SECOND LAYER $UII""'- THIRD LAYER $U"""'- OPAQUE VISIBILITY ... LEVEL PT. RE"ARKS
IC.S.T.} COVER TYPE 8. TYPE 8 TlON TYPE B TlON SKY OBSTRUCTIONS PRESS. I-FI I-F) OIREC- SPEED TER AIIID
AMT. ." HEIGHT 'MT ~.. HEIGHT TOTAL ...IIT. OJR. HEIGHT TOTAL COVER 1-'81) TO VISION (-Ihl TlON 1111111 SHIFTS
0355 1 1 c:i ./ 0 1 0 , Z 15 1~5 6. 58 ENE 7
0~55 10 10 c.i / 0 10 0 10 4 10 188 "0 51 liNE B
0555 10 10 Cs IA. 0 10 0 10 " 10 185 60 51 E 8
0655 10 10 c:s IA. 0 10 0 10 7 10 19' "I 58 SIi" 4
--
0155 10 10 Cs U. 0 '0 0 10 a 10 IS'{ "5 5'i e: 8
0855 10 1 Ac 100 g CII U. 10 0 10 7 10 18,{ "'I 62 ESE 8 HA~e: e:
0'55 8 1 A, 100 1 C'50 U. B 0 8 7 10 17' 10 6! E 9 I-\A~E E"
1055 8 2. A~ 100 " C!> U. 8 0 8 " 10 I" 1 7' '" es' 10 HA~E E
1155 7 2. At:. 100 ~ 5 Cs u. ., 0 1 G. 10 1"1 81 '8 SE 10 HA~" E
IZOS5 4 3 A~ I I c.t:. ./ 4 4 3 1"4 ''I ~
100 i 0 10 8Z 1'2.
/355 7 1 c.i /10 1 0 1 3 10 '''0 'a4 70 sE 1
1455 8 3 At:. 140 5 c:i / 8 0 8 4 10 150 Sb 11 ESE 3
DATE
10
oc. TO BE It
1'1"4-
EXPERIMENT .0.
27
TRACER RELEASE FROII
1130
TO IZ30 CST
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA .IIID
TOTAL LOWEST LAYER SECOND LAYER S"""- THIRD LAYER SU..... OPAQUE SURFACE '.0 LEVEL YEW OE. CHARAC -
TIMe SKY TIDH TION SKY VISIBILITY OBSTRUCTIOIIS PRESS. (8FJ PT. IMREt. SPEEO TER AlIa REMARKS
(c..S.TJ COVER AIIT. TYPE HEIGHT .un: TYPE I!II HEIGHT TOTAL '.T TYPE a HEIGHT TOTAL COVER (..n..) TO VISION I-FI T'ON (lit..) SHIFTS
.... .... OIR. (-.1
0455 0 0 0 0 0 0 0 15 28'1 31 30 C
0555 0 0 Ci / 0 0 0 0 0 15 2'11 30 30 C. FEW CI
0"~5 0 0 ci ,./' 0 0 0 0 0 I~ 2'\7 2'1 2'1 ME " "EW CI
0155 "2 "Z. ci ./' 0 Z 0 2 0 8 '303 ~1 '3'- Mf 4
0855 3 3 Ci / 0 :3 0 3 0 10 '310 42. 32. ENE B
0'155 " " Ci ./' 0 " 0 " 0 15 '310 47 !ol EME 5
1055 8 8 ci ,./' 0 8 0 8 I 15 30"1 51 '30 EME B
\155 8 8 c; /10 8 0 8 I 15 2'1'1 5'3 30 NIIIE 10
1255 B 8 c; ,,/ ro B 0 8 I 15 288: 54 !o NNW 4 WND VR6L
1355 5 5 Cj ./ 0 5 0 5 0 15 281 55 27 NW 5 WHD VRBL.
1455 3 3 Ci ,/ 0 3 0 3 I 15 278 57 21 Ne 5 wHO Vi8L
1555 2. 2. C.i ,/ 0 Z 0 Z I 15 Z75 5S 25 E 4- wHD LGT AND VRBL.
-------
Table
13
(continued).
SURFACE WEATHER OBSERVATIONS,
ST.
LOUIS,
MISSOURI
(WBAS, LAMBERT FIELD)
ST. LOUIS
MISSOURI
( .BAS . LAMBERT
FIELD)
SURFACE
WEATHER
OBSERVATIONS
DATE
II
OC.To BER
IqE>4-
EXPERIMENT NO.
28
TRACER RELEASE FROII
1105
TO 1'2,05 c.sT'
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA W'ND
TOTAL LOWEST LAYER SECOND LAYER SUIlIIA- THIRD LAYER SUM"A. OPAQUE SURFACE 'ND LEVEL TEMP. DEW CHARAC-
TONE SKY TOON TION VISIBILITY PRESS (-F) PT. DlREC- SPEED TER NIb REIIARKS
IC.S.T.) COVEA "liT. TYPE 9. HEIGHT AIIT. TYPE 9. HEIGHT TOTAL AIIT. TYPE 81 HEIGHT TOTAL SKY (.U..1 OBSTRUCTIONS (..bs) C-F) TION III.., SHIFTS
D'" OIR. OIR. COVER TO VISION
0355 0 0 0 0 0 0 0 7 278 33 '28 C.
0455 0 0 0 0 0 0 0 7 276 31 La c.
0555 0 0 0 0 0 0 0 7 1.78 "53 Z8 C.
0,"55 0 0 0 i 0 0 0 0 5 kH Z80 30 Z8 Co
0755 0 0 0 0 0 0 0 5" KH 27q 40 3~ ESE 4
08'55 0 0 0 0 0 0 0 7 27q 47 :50 55£ I'l.
oQS5 Z '2 c.i ./ 0 'Z. 0 Z. 0 7 Z11 5Z 30 51: 14
1055 2 '2. ci ,/ 0 2. 0 Z 0 10 Z"4 55 30 510 1'2.
1155 ~ 2 ci /" 0 'Z. 0 2. 0 10 250 51 30 S. 13
1255 2. 'Z c.i ./ 10 z. 0 z 0 15 Z40 E.o :50 S£ 10
1"555 'Z Z ci ,/" jO 2. 0 Z 0 15 2'10 E.I 2.& $E" 1\
Ii 5' 5 os '5 Ci ./ 0 5 0 5 2. 15 2£1 "1 21 SE" 10
DATE
11.
oc.ToBeR
Iq~4-
EXPERIMENT NO.
2'i
TRACER RELEASE FRO. 2000
TO 2100 c.ST
CLOUDS AND OBSCURING PHENOIIENA TOTAL WEATHER SEA .'110
TOTAL LOWEST LAYER SECOND LAYER SUIlIIA- THIRD LAYER SU-A- OPAQUE SURFACE 'ND LEVEL TEE DEW CHARAC-
nilE SKY YISIBILITY PT.
1c..S.T.} COVER TYPE TYPE 81 TION TYPE 8 TION SKY (oaIl..1 OBSTRUCTIOJlS PRESS. ~F) ,oF> DlREC- SPEED TER AJlD REMARKS
AIIT. mR. HEIGHT AIfT. mR. HEIGHT TOTAL "'IIT. DIR. HEIGHT TOTAL COVER TO VlSIOIII ,-, nON Iltts) SHIFTS
1355 8 'Z Ac. 12.0 to C5 ./ €I 0 8 4 10 1'18 "Q 4~ w q
1455 'I " A.c. E" 12.0 3 Cs ,/" '} 0 q 7 11.. I'll!. <09 41 """'111 8
1555 8 " Ac e I"Z.O Z ci ,/" a 0 6 " 15 1'18 "E> 43 NW 8
1"55 q Z Ac 120 7 ci ./ q 0 q 4- 15 201. "Z 45 rlW 8
1155 -, I Ac. 120 " Ci ./ -, 0 -, 2 15 20," 57 4<0 HW -,
1855 8 " Ac €qo Z ci ,/" 8 0 8 " 15 210 55 4<0 NW 4-
1'155 8 " Ac. €qo 2 ci ,/" 8 0 8 " 15 213 SE. "'11 toIW 4-
2055 " ~Ac. qo 13 ci ./ " 0 " .3 15 211 '54 47 HNE 4-
2155 " 3 'Ac. '10 3 c; /' _to 0 " 3 15 220 '54- 47 C.
A~ --
2255 8 " M80 2 Ci ,/" B 0 8 " 15 21'1 53 4-E> NilE 3
Z"355 10 5 A.~ "0 5 At MaO 10 u. 10 15 215 55 ""to ENE 3
N
m
w
-------
N
0'\
+::>
Table
13
(continued).
SURFACE WEATHER OBSERVATIONS,
S1.
LOUIS, MISSOURI
(WBAS,
LAMBERT FIELD)
ST. LOUIS. MISSOURI
( .BAS . LAMBERT
FIELD)
SURFACE
WEATHER OBSERVATIONS
DATE
1'-
oc. TO BE R.
Iq 104-
EXPERIMENT ..0.
30
TRACER RELEASE FROM '2000
TO 2100 c.s.T"
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA WIND
I TO.. TOTAL LOWEST LAYER SECONO LAYER SUIfIlA- THIRD LAVER SU'''I'\. OPAQUE SURFACE '.D LEVEL TEMP. DE. CHARAC-
SKY TIOH TIOH VISIBILITY PRESS. I-F) PT. DlREC- SPEED TER AND REMARKS
tC.S.Y.1 COVER TYPE e. TYPE 80 TYPE 8 SKY I-I..) OBSTRUCTIONS I-F)
AIIT, DIR. HEIGHT AM1: .... HEIGHT TOTAL AIfT. DIR. HEIGHT TOTAL COYER TD VISION {..bsl TIDH (...., SHIFTS
1"55'5 D 0 0 0 0 0 0 10 10,\ 18 43 NNW " WNO VR.BL.
1455 0 0 0 0 0 0 0 1"2. 108 1'1 4Z NW !I WHO VRBL
1555 0 0 0 0 0 0 0 12. 101 18 40 C.
11055 0 0 0 I 0 0 0 0 12. 108 14 40 E 3
1155 0 0 0 0 0 0 0 12. 112. '1 42. SSE 3 WNO V£6L.
\855 0 0 0 0 0 0 0 12. 114 5'1 46 SSE :3
1'155 0 0 0 0 0 0 0 12. 110 5"6 4'l WNW :3
2055 0 0 0 0 0 0 0 12. III 57 "''' C
2155 0 0 ,0 0 0 0 0 12. III S5 48 C.
2255 0 0 !o 0 0 0 0 7 114 54 4" C.
2"!.5S 0 0 [0 0 0 0 0 7 114 51 44 C.
DATE
1'1
OC.T06E~
\q,,+
EXPERIIIENT NO.
31
TRACER RELEASE FROII 13 J 5
TO
1415 C.ST
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATIlER SEA .IIID
TOTAL LOWEST LAYER SECOND LAYER 5UIIII&- THIRD LAYER SU_A- OPAQUE SURFACE '.D LEVEL TEIllP. DE. CHARAC-
TillE SKY TION VISIBILITY PT.
Cc.s.YJ COYER TYPE TYPE a TYPe 8 TION sn 1-1..1 OBSTRUCTIONS PRESS. I-F) ,oF! DlREC- SPEED TER AND REMARkS
AIIT. .... IEIGHT AIIT. .... HEIGHT TOTAL AIIT. OIR. HEIGHT TOTAL COVER TD VISION 1-' TOON (II'" SHIFTS
Ob55 0 0 0 0 0 0 0 3 G-F I<. 125 44 43 SSE 4 vsey N IY-z.
0155 0 0 0 0 0 0 0 3 G-F K 1"50 53 48 E"SE 3 "say N 1 \.'z.
0855 0 0 0 0 0 0 0 3 K. 13Z "5 50 SE "
0'156 0 0 0 0 0 0 0 5 K. 128 12 So SSW lO
loS5 0 0 0 0 0 0 0 7 125 78 4'l sE 10
1155 0 0 Ac. 12.0 0 0 0 0 0 7 114 80 5' SSE 10 FEW AC N
1255 1 : I Ac. lozo 0 1 0 1 I 7 104 8Z 4" 5£" 10
1~55 4 14, C.i ./ 10 , 4 0 4 I 7 0'10 83 45 S!OE 7
- 4 !ci! /TQ: I
14S5 4 4 0 4 I 7 0'\0 84 45 ssE 11
1555 " " ~ /' " "
Ci 0 0 I 10 083 8Z 47 SSE IZ.
1"55 " " c.i /' 0 " 0 " I 12. 084 17 47 SE 14
1155 q q ~ l.l 0 q 0 q " 10 12. 147
Ci 088 SE B
-------
Table 13 (continued).
SURFACE WEATHER OBSERVATIONS,
ST.
LOUIS, MISSOURI
(WBAS, LAMBERT FIELD)
ST. LOUIS. MISSOURI
I WBAS . LAIIBERT
fiELD)
$URFACE
WEATHER
OBSERVATIONS
DATE
,q
ocTO BE R
Iq,,+
EXPERIMENT NO.
32.
TRACER RELEASE FROII ,q+ 5
TO "2.0+'" c.ST"
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA .1110
TOTAL SUllllA- SUIIU- SURFACE TEIIP. DEW
TOlE SKY LOWEST LAYER SECOND LAYER THIRD LATER OPAQUE VISIBILITY A.D LEVEL PT CHARAC-
(C.s.T.) COYER TYPE a TYPE . TO" TYPE . TION SKY (.un. OBSTRUCTIONS PRESS. I-Ft I-F) OIREC- SPEED TER AIIO REIlARItS
AIIT. DO" HEIGHT AIIT. DO.. HEIGHT TOTAL ,Un: OIA. HEI6HT TOTAL COVER TO VISION (_ft) Tloo 0"1 S"FTS
12.55 1 I Cu. '5 0 1 0 I 1 15 'us '55 Z1. wt/Vt/ 16
1355 1 I Cu. 105 0 1 0 1 I \5 2.18 56 1.. wNW 19
1455 4- 4- CII. 65 0 4 0 4- 4 15 ZI3 511> 20 wNW 1+
1555 1 1 Cu. R50 0 I "7 0 7 7 15 ZI3 5" ZO "INW 13 GI) 110- I'Z.O
1"'55 8 3 Sc. 50 :5 Ac. ESO b 2. Cs ./ 6 7 15 Zlq '52. 11. Nt/W 10
1155 10 7 S" R50 3 Ac 80 10 I.A. 10 15 2z1 48 z~ WNW 15 ~B 'Z.q E 34-
1855 10 10 5c E 50 LI. I.l 10 15 2.31 41 Z'l NNW 10
1'155 10 10 Sc. ESO u. I.A. 10 15 2.57 45 30 WIiW 7 BINov'C
20sS 10 10 Sc. ESO LI. I.A. 10 15 n1 45 30 'tIIIW 6 6J:NOVC
"2155 :5 .3 5c:. 50 0 :5 0 3 3 1'5 B't 40 31 .,W q
22.55 I I 5~ 50 0 I 0 I ' 15 243 311> 32 WIIW 6
2355 0 0 0 0 0 0 0 15 243 3" 32 WNW 8
DATE
2.0
OC.TOBER 1~~4-
EXPERIIiENT NO.
33
TRACER RELEASE FROII
"'US
TO 2.015 CST
CLOUDS AND 08SCURING PHENOMENA TOTAL WEATHER SEA .,IIID
TIME TOTAL LOWEST LAYER SECOND LA'tER su......- THIRD LAYER SU-.rA- OPAQUE SURFACE A.. LEVEL TE'" DEW CHARAC -
SKY VISIBILITY PT.
(c..s.T.) COVER TYPE TYPE a TODO TYPE a TIOIII sn (_In.) 08STRUCTIOIIIS PRESS. ~F) (-F) OIREC- SPEED TER ..0 REMARKS
"'.T. DO" HEIGHT "lilT. DO.. HEIGHT TOTAL ..liT. DIR. HEIGHT TOTAL COYER TO VlSIOIil ,-, T'" ,.." SHIFTS
12.55 1 1 Ac. E80 0 1 0 "7 7 15 zo," 5\ 24 W 10 crl'- PR.ESFR.
1355 Z 1 Ac. 80 1 Ci /" 'Z 0 Z I 15 1'15 5S 23 WSW 1'2. 6-19
.455 1 1 Ci / 0 1 0 I 0 15 118 56 Z3 ssw 12
155"5 I I c.', /" 0 I 0 1 0 \'5 1"7 51 ZO sw 14-
"55 1 I Ci /' 0 I 0 I 0 15 lEd 5'- 2.0 WSW 12.
1155 I I ci / 0 J 0 1 0 15 1"1 53 20 SSW 7
1855 I I Ci / 0 I 0 1 0 15' 15'7 51 ZZ S 10
Iq'55 4 ~ C; /10 4 0 4 1 15 150 53 20 '5 II
-- -10:
2055 0 0 0 0 0 0 15 143 50 21 SSW 8
2155 0 0 0 0 0 0 0 15 135 51 21 SSW 8
2255 0 0 0 0 0 0 0 IS 120 53 zz. wsw 15 Go zo
nss 0 0 Ci ,/'" 0 0 0 0 0 15 110 '5+ 24 WSW 11. FEW CI
N
0"\
(J1
-------
N
0'\
0'\
Table 13
(continued).
SURFACE WEATHER OBSERVATIONS,
ST.
LOUIS, MISSOURI
(WBAS, LAMBERT FIELD)
ST. LOUIS
MISSOURI
( WBAS . LAMBERT
FIELD)
$URFACE
WEATHER OBSERVATIONS
DATE
21
Oc.TOaE:~
I'H,4-
EXPERIMENT NO.
34-
TRACER RELEASE FROII
1'120
TO 20Zo CST
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA WINO
TOTAL su.......- SURFACE DEW CHARAC _
"ME SKY LOWEST LAYER SECONO L.AVER THIRD LAYER 5U"""'- OPAQUE VISI81LITY AND LEVEL TEMP.: PY. AEMARKS
tc.s.T.} COVER TYPE e. TYPE 6 nON TYPE 8 TIOH SKY (1II1I..1 OBSTRUCTIONS PRESS. I-F) I-F) DlREC- SPEED TER ANO
ANT DlR. HEIGHT AIIT. DIR. HEIGHT TOTAL "'IIT. DIR. HEIGHT TOTAL COVER TO VISION {mhl TION (U., SHIFTS
IZ'5S 0 0 0 0 0 0 0 15+ 12.'- '3 ~" ~w 15
1'55$ 0 0 0 0 0 0 0 15+ 11.'- 14 33 WNW 18
1455 0 0 0 0 0 0 0 15+ I"!oS 13 30 wrlW 1"2. Go 2. Z.
1'555 0 0 0 0 0 0 0 15+ 135 ll. 21 ..,11'11 1+ G-l:~
.--
1655 0 0 0 0 0 0 0 15+ '''"3 ''' "30 N 1+
1755 0 0 0 0 0 0 0 15'" 158 '0 28 tilt" II
1955 0 0 0 0 0 0 0 15 1108 57 za N \I
1'155 0 0 0 0 0 0 0 15 17& 5:5 Z'l N 5
ZoS5 0 0 0 0 0 0 0 15 18'1 50 28 tI 7
ZI55 0 0 0 0 0 0 0 15 1'18 47 27 titlE 7
ZZ55 0 0 0 0 0 0 0 15 '0" 46 27 rillE 3
Z3S5 0 0 0 0 0 (;;) 0 15 20'1 44 28 Ii 3
DATE
6 MARC: H
IQhS
EXPERIMENT NO.
35
TRACER RELEASE FROM I 'Z. '3 0
TO I "330 CST
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA W'NO
TIME TOTAL LOWEST LAYER SECOND LAYER SUMMA. THIRD LAYER SUM..A- OPAQ UIE SURFACE AND LEVEL TEMP. DEW CHARAC -
SKY VISIBILITY PT.
{C.S.TJ COVER TYP( Ii TYPE 8 TlON TYPE 8 TION SKY (11111..' OBSTRUCTIONS PRESS. I-F) C-F) DIREC- SPEED TIE R AND REIiARIeS
AMT. OIR. HEIGHT AIIT. OIR. HEIGHT TOTAL "liT. OIR. HEIGHT TOTAL COVER TO VISION (to.) TlON Itle) SHIFTS
0555 10 10 Sc.'» 1'115 II.. 1.1. 10 10 081 32 1.8 NW 1"3 B:INOIIC
0"55 10 10 Sc. "'I~ u. \4 10 15 oSS 3Z "Z1 NW 1"3 CXG- RGO THill 'SPoTS 1 No \Ie
0155 10 10 Sc. 1>.12. 1.1. II.. 10 15 0'18 3Z Z1 W"w 16 E9 32.
0855 10 10 Sc. 1'11"1.. 1.1. 1.1. 10 7 101 33 Z6 NW I~ 4 tiE: STL I" E&
0'155 10 10 Sc. MI~ U LI.. 10 7 105 3Z Z'- NW IS
1055 10 10 Sc. M I?> Ll Ll 10 7 I 112. 33 Zb NW 1\
1155 10 10 Sc. MI4 Ll II.. 10 e 112. 33 Z" WNw I"
IZ55 10 10 Sc; 1"114 Ll II.. 10 8 112 33 Z6 wNW 16
I:!ISS 10 10' <;'c I.... 14 -~ I-- .._.~ U. 10 10 115 33 2'- Ht/III IZ.
1455 10 10 Sc; Ii Iq:Ll IA 10 10 111 "33 Z" wt/Ili 12.
1555 10 10 ,=" 1''' 0 IA IA 10 10 120 33 z." WNW II
1(,,55 10 10 S, -'\20 Ll IA 10 15 IZ+ 33 z" WNW 13
-------
Table 13
(continued).
SURFACE WEATHER OBSERVATIONS, ST.
LOUIS, MISSOURI
(WBAS, LAMBERT FIELD)
ST. LOUIS. MISSOURI
( WBAS . LAMBERT
FIELD 1
SURFACE
WEATHER
OBSERVA nONS
DATE
1
I'\jl.RC.1-\
l"tlS
EXPERIMENT NO.
3~
TRACER RELEASE FROM ,2.:5 0
TO 1330 C.sr
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA WINO
TOTAL LOWEST LAYER SECOND LAYER SU"M"- THIRD LAYER su.......- OPAQUE SURFACE AND LEVEL TEMP. DEW CHARAC.
"11£ S4 z'J HW 10
'''55 10 10 st MI7 1.1. U. 10 10 5-- 1"4 34 28 Nw 8
DATE
8 MARCH
Iq~5
EXPERIMENT NO.
31
TRACER RELEASE FROM 2030
TO 2130 c.ST
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA WIND
TIME TOTAL LOWEST LAYER SECOND LAYER SU""A- THIRD LAYER SUMIIA- OPAQUE SURFACE AND LEVEL TEMP. DEW CHARAC -
SKY TlON TION SKY VISIBILITY OBSTRUCTIONS PRESS. (-FJ PT. OIREC- SPEED TER AND REIIARKS
IC.S.T.) COVER TYPE a TYPE a TYPE II. (811..) I"A
"MT. DO' !EIGHT AIIT. DO'. HEIGHT TOTAL 'NT DIR. HEIGHT TOTAL COVER TO VISION (IU.) TI,", ("'.1 SHIFTS
1355 '" " Cj U. 0 " 0 ~ 4- 15 0'15 41 24 5 13 PRES Fit
1~'S5 " " Ci IA. 0 " 0 " 4 15 0'12. 4'1 Z3 Sw 10
1555 10 Z Sc. 30 '" Ac. E 70 8 Z C.i ./ 10 10 IS on 48 'Zs 'II 1'2.
1"55 10 8 Ac. E70 Z Ci /' 10 u. 10 15 0'1" 4" Z" wrtW IS 6Z5
11'5 '5 10 8 ':.c. M50 Z AI;. 80 10 u. 10 15 115 40 28 WIIW 18
IB55 10 10 Sc 11\1.8 u. ~ 10 15 IZ4 37 1.'J wtlW 1'2. R840 E'45
,155 10 4- 5c. Z'iI " Ac. MC,o 10 ~ 10 15 IZ4 37 ~'I WNW 12.
2055 10! 10 Sc. f\ ,"0 L\. L\. 10 15 12.4 !I" Z8 wr,.,' 12.
2155 4- Z' ~c. "30 Z' ~ cOo 4 0 4- 4- IS 12" 55' 28 wN'" 1'5
--
1'155 Z 2 Sc "0 0 z. 0 2. Z. 15 12'1 3"5 21 WNW 12.
Z~55 2. 1. Sc. ,"0 0 2. 0 Z "2 /5 1~5 32. Z4 WN"" 10
N
0"1
'-J
-------
N
0'\
00
Table
13
(continued) .
SURFACE WEATHER OBSERVATIONS, ST.
LOUIS, MISSOURI
(WBAS, LAMBERT FIELD)
ST. LOUIS. MISSOURI
( WBAS
LAMBERT
FIELD)
SURFACE
WEATHER
OBSERVATIONS
DATE
II ""ARC. H
,Q"5
EXPERIMENT NO.
38
TRACER RELEASE FROM 20 30
TO
1.1~0 c.ST
CLOUDS ANO OBSCURING PHENOMENA TOTAL WEATHER SEA WIND
T'''' TOTAL LOWEST LAYER SECOND LAYER SUM"A- THIRD LAYER SUM"A. OPAQUE SURFACE 'ND LEVEL TEMP. DE. CHARAC -
"Y flON nON VISIBILITY PRESS. '.FI PT. DlRfC. SPEED TER AND REMARKS
(c'S.T.1 COVER TYPE &. TYPE 80 TYPE 8 "y OBSTRUCTIONS
AMT. D'R. HEIGHT "'111. 01R. HEIGHT TOT AL "'IIT. OIA. HEleHT TOTAL COVER (..II..) TO VISION Imbll (.F) nON (11:1.) SHIFTS
1"555 10 10 c.; \A. LL LI. 10 8 ISo 4" 2.1 S 7 FEW "'e.
1455 10 2 Ac 120 8 c.i /' 10 0 10 8 8 ...." ." 20 sw II Bill/oVe.
1555 10 2 Ac IZo a C.i ..-/ 10 0 10 7 8 111 4'1 ZO wsw q
'''55 10 .3 Ac 12.0 1 ci ./ 10 0 10 8 8 113 41 zo w '0 BINOVC.
1755 5 4 Ac. 120 1 Ci /' :5 0 5 4 8 "1 42. 23 W 5
la55 5 4 A.c 12.0 I Ci ./ 5 0 5 4- 10 111 42. 23 wsw 5
1'155 8 f. Ac El"lo Z ci / 8 0 8 b 10 113 38 24 w 5
Z055 10 10 Sc. MbO \.l L4. 10 10 111 "3'1 ,4 wll'" 4- 70 $ 100
ZI5S 10 10 Sc M 55 LA. U. 10 10 114 '5'1 ", NW 4
2255 10 10 5c: 1\1155 L4. LA. 10 10 116 3'1 Z4 JlW 4 ~q5
Z355 10 10 Sc. '"' S5 fA. LA. 10 10 118 ~8 ZS NNW 5
DATE
13
JIll A R.C H
1'1 "5
EXPERIMENT NO.
39
TRACER RELEASE FROM I Z Z 0
TO 1"520
CST
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SE' WINO
TOTAL. LOWEST LAYER SECOND LAYER SUM"A. THIRD L.AYER SUIlIIA- OPAQUE SURFACE 'N. .E. CHARAC.
TIME SKY VISIBILITY LEVEL TEMP. PT.
(C-S.T.) COVER TYPE a TYPE II: TlON TYPE II: TION SKY (>aU..) OBSTRUCTIONS PRESS. {"FI (8FI DIREC- SPEED TER AND REMARKS
AMT, .,R. H£rGHT "'117, DIR. HEIGHT TOTAL AIIT. DIR. HEIGHT TOTAL COVER TO VISION ,..., TION (lit.) SHIFTS
0555 " b ci / 0 ~ 0 " 2 3 GFH K 211 25 Z2 C
0,"55 10 '0 Ci ./ 0 10 0 10 7 2 6F H I<. ZZl 2" 24 C
0155 10 10 Ci ./ 0 10 0 10 5 Z 6F H K 234 Zq 24 w 3
0855 10 10 ci /' 0 10 0 Ie 4- '3 HI(. 240 33 25 C
0'\ 55 10 10 ci /' 0 10 0 10 " '3 HK 2:5'1 37 Z3 wsw 4-
1055 10 10 Ci ./ 0 10 0 10 1 4- HI<. 2'5'1 41 24 W 4
1155 8 B Ci /' 0 '0 0 8 4 5 HI<. Z'52. 4/ 24 WNW 7
12'55 0'0 Ci ./ 0 0 0 0 0 7 218 4S Z3 s S FEIiII CI 'WIIID L.GT A.ND VR. B L
1'355 0 0 Ci /' 0 0 0 0 0 7 204 41 2Z IiII 4- Few CI IiIIND LGT AIIID VRBL
1455 0 0 0 0 0 0 0 '0 \'14 48 1'1 wsw 7
1555 0 0 0 0 0 0 0 10 18'1 4'1 1'- sw 5
1,,55 0 0 0 0 0 0 0 10 183 4-'1 16 '5 4-
-------
Table 13
(continued).
SURFACE WEATHER OBSERVATIONS,
ST.
LOUIS, MISSOURI
(WBAS,
LAMBERT FIELD)
ST. LOUIS. MISSOURI
( WBAS
LAMBERT
FIELD)
SURFACE
WEATHER
OBSERVA TIONS
DATE
14
MAR.C\-!
\q", 5
EXPERIMENT NO.
4-0
TRACER RELEASE FROM I' 0 0
TO
1'2.00 C.ST
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA WIND
TOTAL LOWEST LAYER SECOND LAYER SUMMA. THIRD LAYER SUMMA- OPAQUE SURFACE AND LEVEL TEMP DEW CHAHAC-
TIME SKY TIOH TIOH VISIBILITY PRESS. {OOFI PT. DlREC- SPEED TER AND RE..ARKS
{C.s.T.} COVER AMT TYPE Ii HEIGHT AMT TYPE Ii HEIGHT TOTAL AMT TYPE 8 HEIGHT TOTAL SKY (mUe.) OBSTRUCTIONS Imbs! (.F) TlON IlIle} SHIFTS
CIR. DIN DIR. COVER TO VISION
04-55 10 10 Sc:: M28 1.1. t.l 10 1 R- n.' 4-0 1>0 NW 15 G-Z2. FR"oPA
0555 10 3 Sf' 4 , sf foII'Z. 10 LI. 10 2 'z. ~-- F 133 "34 :.2. WNW ~ S600 E40
0,"55 10 :, 5f 4- 3 Sf 10\1 IQ 4- Sc 2S 10 10 4 F 148 :'4 "3z. NW 12. RE'15
0'755 10 4- 5f I:. " 5c: M zo 10 1.1. 10 15 155 34 "30 NW 15
0855 10 10 sc"" '" 21 LI. IA. 10 15 1 "" "34 zB NW 17
0'155 q 9 Sc: "IB 0 9 0 q q IS ''''' "3'1 2'1 NW 14-
1055 8 8 5c:: "IZ? 0 8 0 8 B 15 1"1 41 2'1 wNW 14-
1155 B 8 s! M z4 0 8 0 8 8 15 '''1 +4 2" NW 20
n.55 B 8 5c: E ZS 0 8 0 8 8 15 ',"4 +4 24 WNW 17
1~55 7 1 Sc:: A 3'1 0 i 1 0 7 1 15 '''0 48 24 WNw ,,, ([p 54-
1455 7 1 Sc"" '"144 0 1 0 7 7 '5 1,"0 4'1 zs NW 13
DATE
1'5
MAR.c.\-!
\"1,"5
EXPERIMENT NO.
41
TRACER RELEASE FROM 2 0 5 0
TO Z-150 CoST
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA WIND
nME TOTAL LOWEST LAYER SECOND LAYER SUMMA- THIRD LAVER SUMMA- OPAQUE SURFACE AND LEVEL TEIIP. DEW CHARAC -
S55 8 :3 Ac:: 100 5 c.i / 8 0 B 8 15 178 51 2'1 WW '2.
1 ..... 4 ,/ ]
1155 '3 Ac. 100 Ci 7 0 7 '3 15 185 51 28 NW 8
\855 8 8 Ci ,/ 0 8 0 8 3 15 1'10 47 '23 WW 7
1'155 q 1 Ac. IZO 8 ci /' 9 0 9 4- 15 1Qz 47 Z7 NW <0
2055 4 3 Ac.IIZO I ci /' 4 0 4- '3 15 1'12. 45 '2~ Co
2155 .3 '3 Ac. 120 0 '3 0 :5 3 15 1% 40 2" c.
2255 I I Ac. 120 0 I 0 I I 15' .'1'- 34 '27 NNE 4
2"355 :3 3 Ac 120 0 :3 0 "3 :3 '5 Iq" 34 Z7 NNE .3
N
0"1
~
-------
N
'-J
a
Table 13
(continued).
SURFACE WEATHER OBSERVATIONS, ST.
LOUIS, MISSOURI
(WBAS,
LAMBERT FI ELD)
ST. LOUIS
MISSOURI
WBAS . LAMBERT
FIELD)
SURFACE
WEATHER
OBSERVATIONS
DATE I" MA Rc.1o\
1'1"5
EXPERIMENT NO.
42.
TRACER RELEASE FROU
'2030
TO
ZI'!>o c.sT
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA WIND
TIME TOTAL LOWEST LAYER SECOND LAYER 5U"",,- THIRD LAYER SU""A- OPAQUE SURFACE ANO LEVEL TEMP. 0'. CHARAC.
SKY nON nON VISIBILITY PRESS (-FI PT. DlREC- SPEED TER AND REMARKS
(C.S.T.I COVER TYPE e. TYPE 8 TYPE 8 SKY hillin' OBSTRUCTIONS (8F)
AIotT. DO. HEIGHT "MT. OIR. HEIGHT TOTAL "'''1: OIR. HEIGHT TOTAL COVER TO VISION (mbsl nON (Ills) SHIFTS
1355 1 1 Ci /' 0 1 0 1 1 15 \40 '"'" !.IO 'SE I!,
1+55 8 8 Ci /' 0 9 0 8 z. IS 1'50 "8 3{' 'SE 15
1555 10 10 Ci /' 0 10 0 10 8 1'5 118 (.{. 33 5E ItO G- Z I
'''55 10 10 Ci ./ u Lt /0 15 10!, "4 33 5E ." tirz3
1155 10 q A~ 8130 ~ ./ /5 105 101 3'1 E$E G.ZO
I Ci 10 1.1. 10 13
1855 10 7 Ac. '" 80 3 Ac. 130 10 1.1. 1o 15 087 60 "!>5 lOSE 15
1'155 10 7 Ac "'10 3 Ac. 100 10 LI. 10 12. Rw-- 01'" 5"1 "51 E5E 1"5 RoB 50
2055 10 8 S; 1'150 Z At' 90 10 Lt 10 10 Rw- 054 55 4z I::SE I" G-ZO PRES FR OC.NC LTG-Ie. NW
2155 10 8 Sc M 310> 1. Sc. 50 10 1.1. /0 10 Rw-- 043 54 +3 ESE 15
2Z55 10 4 5c. 3" " Ac. 1'160 10 Lt. '0 10 018 5{. 43 SE '" Go Z" PRiOSF £ Ri040
1355 10 4 Sc. 40 to Ac. "110 10 1.1. 10 10 00," 51 4+ SS£" 11 G-ze
DATE
\"7
MARC H
I'U,S
EXPERIMENT NO.
43
TRACER RELEASE FROM z.ooo
TO 2/00
C.ST
CLOUDS AND OBSCURING PHENOMENA TOTAL WEATHER SEA W'ND
TOTAL LOWEST LAYER SECOND LAYER su....". THIRD LAYER SU""A. OPAQUE SURFACE ANO LEVEL TEMP. 0'. CNARAC.
TIME SKY nON TION SKY VISIBiliTY OBSTRUCTIONS PRESS. I-F) PT. DIREC. SPEED TER AND REM"RIIS
{c..S.TJ COVER "'1111: TYPE a HEIGHT "'"T. TYPE 8 HEIGHT TOTAL "'''1: TYPE a. HEIGHT TOTAL COVER (lail..) 10 VISION I-F} TOON Iilb) SHIFTS
DO' OIR. O'N 'u.}
1355 10 10 Sc. MZ3 Lt. It 10 10 'I'!!. 44 n w 24 tir!le
1455 10 10 Sc. lot z" Lt. 1.1. 10 10 015 4z. "31 WNW 22 Go34 PR ES lit R.
1555 10 10 Sc: M 2.G. Ll Ll 10 10 O~I 41. 30 WNW 24 6- 3" $40 CLR. A8V
1"'55 10 10 Sc. MZ7 u. Lt. 10 10 0"5'1 !.' Zs WNW 1\\ 6-"55
-
.,55 10 10 5c. MZe Ll 1.1. 10 IS 0,"7 "57 Z5 WNW Z1. 6-40 PR£SRR
1855 10 10 Sc MZ1 1.1. Lt .10 15 080 34 2Z w Z4 6-43
1"155 8 8 5c. Mze 8 0 8 8 15" ' 0'18 32. Zo WNW 22 G37
0 ,
2055 8 8 sc; M 30 0 e 0 8 8 15 11"5 zq I~ WNW 21 Go!."
2155 5 5 Sc. 30 0 5 0 5 5" 15' 12" 28 11 WNW 20 Go 34
"21.55 "7 1 Sc; MZ8 0 1 0 1 "7 15 13"3 26 I" W 15 <0-25
2"555 (0 " Sc M Z8 0 " 0 Co -+ 15 140 25" 15 WNW 11 G-Zz.
-------
METEOROLOGICAL MEASUREMENTS AT OUTLYING STATIONS
Data on surface-wind velocity, temperature, and relative humidity are given
in Tables 14 through 16 for the outlying meteorological stations in St. Louis. The
nominal period of record is from 1 hour before the beginning of each tracer release
to 1-1/2 hours after each ending for the daytime experiments, and to 2 hours after
each ending for the evening experiments. Data collected at Missouri State Police
Station C, Lindbergh High School, and Hazelwood High School are listed respectively
in Tables 14, 15, and 16.
Each table presents lD-minute averages of surface wind direction and speed;
the first, third, and fifth largest ranges of wind direction and speed over each
3D-minute interval; and hourly averages of temperature and relative humidity.
Times (in CST) specify the termination of the sampling intervals. Wind direction
ranges less than 4 degrees and wind speed ranges less than 2 miles per hour are not
listed, since these values approach the accuracies of the respective estimations.
271
-------
TABLE 14. METEOROLOGICAL MEASUREMENTS, MISSOURI STATE POLICE STATION C
Symbols
D(deg): Surface wind direction in whole degrees of azimuth
S(mph): Surface wind speed in whole miles per hour
Direction Range 1, 3, and 5: The first, third, and fifth highest wind direction
ranges in whole degrees of azimuth
Speed Range 1, 3, and 5: The first, third, and fifth highest wind speed ranges
in whole miles per hour
T(OF) : Temperature in whole degrees Fahrenheit
RH(%): Relative humidity in whole percent
C : Calm - Wind speed less than threshold speed of the instrument
: Missing Data; for wind direction ranges, data either missing or
undefined.
;" /
273
-------
N
'-I
~
Table 14 (continued). METEOROLOGICAL MEASUREMENTS, MISSOURI STATE POll CE STATION C
27 May 1963 Experiment No.2 Tracer Release From: 1410 to 1440 19 July 1963 Exper1ment No.4 Tracer Release from 1130 to 1230 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(',t) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(',t)
13:30 300 15 11:00 240 13 89 57
40 308 12 10 222 15
50 310 15 20 236 12
30 238 13 108 10 86 16 14 12
14:00 300 13 126 88 72 14 11 10 77 64 40 250 12
10 315 14 50 235 13
20 320 14
30 308 12 100 72 70 16 12 12 12:00 232 13 132 120 103 18 15 13 91 54
40 305 10 10 242 14
50 302 14 20 242 15
30 238 15 110 85 73 18 15 12
15:00 305 11 125 98 75 20 14 12 77 64 40 230 15
10 298 12 50 240 16
20 298 10
30 300 8 108 75 71 14 10 10 13:00 230 15 100 90 75 21 15 13 93 50
40 308 14 10 232 15
50 290 10 20 242 14
30 230 16 110 90 78 18 15 12
16:00 298 8 110 85 70 18 12 10 76 66
11f:00 94 47
.'
28 May 1963 Experiment No.3 Tracer Release from 1000 to 1100 CST 22 July 1963 Experiment No. 5 Tracer Release from 1104 to 1204 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(',t) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(,%)
9:30 298 13 10:30 218 10
40 300 14 40 208 9
50 295 14 50 218 11
10:00 308 14 88 80 63 15 14 10 69 70 11:00 212 11 100 82 70 14 10 9 85 53
10 304 15 10 196 11
20 302 14 20 200 12
30 298 14 95 80 58 15 13 11 30 192 11 92 60 52 11 8 7
40 308 14 40 182 10
50 292 12 50 203 12
11:00 294 12 178 115 90 21 15 13 72 66
10 280 11 12:00 195 11 103 75 62 14 10 9 86 50
20 293 13 10 203 10
30 288 12 142 96 82 19 14 12 20 193 12
40 296 11 30 208 10 100 88 80 14 9 6
50 296 12 40 220 15
50 208 10
12:00 302 13 128 103 82 17 15 11 72 67
13:00 215 8 120 94 80 15 10 8 87 52
-------
Table 14 (continued). METEOROLOGICAL MEASUREMENTS, MISSOURI STATE POll CE STATION C
23 July 1963 Experiment No.6 Tracer Release from 1130 to 1230 CST 26 July 1963 Experiment N0.8 Tracer Release from 1045 to 1145 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%)
11:00 140 10 85 59
10 158 12 10:10 165 13
20 158 10 20 160 14
30 155 10 102 88 75 12 10 8 30 170 15
40 152 10 40 176 15 115 98 74 17 13 10
50 156 9 50 168 16
12:00 158 9 105 85 73 10 8 6 86 56 11:00 175 17 79 70
10 160 10 10 184 17 98 76 68 15 12 10
20 130 7 20 182 16
30 132 10 138 118 82 13 8 6 30 158 14
40 130 8 40 158 14 110 88 74 14 12 10
50 133 9 50 165 14
13:00 143 9 123 100 83 12 8 6 87 54 12:00 180 15 80 66
10 136 8 10 180 15 105 90 63 18 13 10
20 125 8 20 180 15
30 122 8 128 94 80 10 8 6 30 180 16
40 180 14 63 60 52 14 12 10
14:00 88 51
13:00 82 56
25 July 1963 Experiment No. 7 Tracer Release from 1040 to 1140 CST 12 September 1963 Experiment No. 9 Tracer Release from 1115 to 1215 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%)
10:10 150 11 10:50 332 10
20 150 13 11:00 330 12 85 58
30 155 13 10 334 12
40 168 13 102 88 72 15 12 10 20 338 12 122 120 65 12 8 6
50 172 14 30 008 11
40 342 14
11:00 170 16 83 55 50 342 11 143 92 73 14 9 6
10 175 15 82 72 62 14 11 10
20 165 15 12:00 345 12 86 57
30 155 13 10 330 12
40 165 12 130 100 76 16 13 11 20 340 13 109 80 68 13 12 12
50 158 14 30 322 11
40 338 12
12:00 178 13 85 52 50 348 10 130 98 76 12 11 10
10 ]83 14 142 122 85 14 11 9
20 168 12 13:00 355 10 85 58
30 160 12 10 338 10
40 163 11 173 123 96 14 12 10 20 330 13 142 100 76 14 9
13:00 85 49
N
'-J
U1
-------
N
'-I
0'1 Table 14 (continued). METEOROLOGICAL MEASUREMENTS, MISSOURI STATE POll CE STATION C
14 September 1963 Experiment No. 10 Tracer Release from 1045 to 1145 CST 17 September 1963 Experiment No. 12 Tracer Release from 2000 to 2030 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(~) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(~)
10:20 060 5
30 080 5 19:30 166 7
40 085 6 40 160 7
50 085 5 200 122 100 10 8 6 50 160 8
11:00 074 7 71 47 20:00 152 8 25 <2 <2 <2 70 73
10 062 7 10 150 9
20 085 7 176 133 108 12 8 6 20 150 10
30 070 7 30 156 9 30 20 20 4 <2 <2
40 072 8 40 160 8
50 085 7 142 88 75 11 9 6 50 169 8
12:00 112 8 73 44 21:00 162 8 22 20 16 <2 <2 <2 68 78
10 098 9 10 160 8
20 120 8 128 115 92 13 9 8 20 167 8
30 105 9 30 170 9 28 20 20 <2 <2 <2
40 132 8 40 180 9
50 110 9 118 100 80 15 12 9 50 180 9
13:00 74 43 22:00 182 7 32 30 28 5 <2 <2 65 82
10 192 6
20 198 6
30 193 6 10 5 <2 <2
16 September 1963 Experiment No. 11 Tracer Release from 1100 to 1200 CST 23:00 63 88
Time Dire ction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(~)
10:30 162 14
40 160 12
50 170 14
11:00 172 14 122 113 93 16 14 12 78 50
10 178 14
20 178 14
30 183 15 105 90 72 18 14 10
40 170 13
50 175 14
12:00 178 12 105 86 70 17 12 10 81 45
10 165 12
20 180 13
30 160 10 150 120 78 14 12 10
40 173 12
50 158 12
13:00 145 12 156 118 90 17 12 9 83 42
~.:'
-------
Table 14 (continued). METEOROLOGICAL MEASUREMENTS, MISSOURI STATE POLICE STATION C
18 September 1963 Experiment No. 13 Tracer Release from 2000 to 2100 CST 1 April 1964 Experiment No. 14 Tracer Release from 1200 to 1300cCST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) .S(mPh) 1 3 5 1 3 5 T(OF) RH(1)) (CST) D(deg) S~~h) 1 3 5 1 3 5 T(OF) RH(1))
11:30 155
19:30 90 8 40 155 20
40 90 9 50 165 18
50 90 9
12:00 155 18 98 79 68 21 18 15 49 42
20:00 90 9 <4 <4 <4 <2 <2 <2 56 99 10 155 18
10 90 9 20 158 21
20 90 9 30 148 21 88 72 60 24 19 15
30 85 9 10 <2 <2 <2 40 155 22
40 100 7 50 152 19
50 105 6
13:00 165 22 98 80 70 28 20 14 52 38
21:00 115 7 25 <2 <2 <2 57 99 10 152 20
10 123 7 20 165 17
20 130 6 30 165 17 105 82 72 25 20 15
30 134 6 25 <2 <2 <2 40 165 19
40 138 7 50 168 17
50 140 7
14:00 160 18 100 73 55 19 14 11 54 38
22:00 140 7 <4 <4 <4 <2 <2 <2 58 99
10 190 6
20 220 12 6 April 1964 Experiment No. 15 Tracer Release from 2040 to214o
30 220 12 50 30 30 <2 <2 <2 CST
40 220 10
50 210 8 Time Direction Range Speed Range
(CST) D(deg) S(mPh) 1 3 5 1 3 5 T(OF) RH(1))
23:00 215 8 45 30 30 <2 <2 <2 58 99 20:10 205 11
20 203 8
30 260 9
40 235 12 152 122 100 18 14 12
50 255 20
21:00 258 17 66 36
10 250 17 162 122 108 32 23 18
20 230 16
30 242 14
40 258 19 110 90 75 17 13 11
50 276 12
22:00 270 11 65 39
10 276 12 120 90 75 14 11 10
20 275 10
30 270 10
40 267 9 120 72 63 10 10 9
50 242 9
23:00 232 9 63 42
10 232 7 58 48 32 6 5 3
20 245 6
30 280 5
N 40 242 5 150 118 45 6 5 3
-.J
-.J 24:00
60 48
-------
N
-....J
ex>
Table 14 (continued). METEOROLOGICAL MEASUREMENTS, MISSOURI STATE POll CE STATION C
1 April 1964 Experiment No. 16 Tracer Release from 2048 to 2148 CST 8 April 1964 Experiment No. 11 Tracer Release from 2030 to 2130 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1)) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(i)
20:00 262 11 35 63
20:20 320 12 10 265 11
30 325 16 20 265 10
40 322 16 30 262 10 93 12 63 9 8 6
50 328 19 80 68 52 18 15 12 40 266 9
50 265 11
21:00 332 20 41 58
10 330 18 21:00 265 11 90 12 60 10 8 6 35 64
20 322 16 16 62 55 18 15 14 10 268 11
30 330 18 20 265 9
40 328 11 30 260 9 100 80 68 9 1 6
50 330 15 65 60 48 16 14 13 40 268 8
40 58 50 210 8
22:00 333 11
10 335 19 22:00 266 9 100 80 12 9 6 5 34 66
20 333 19 101 13 51 18 15 14 10 210 10
30 336 16 20 210 8
40 342 18 30 218 6 102 85 50 11 8 6
50 334 22 18 65 55 24 21 16 40 212 6
60 50 268 1
23:00 335 24 39
10 336 18 23:00 212 1 91 18 64 1 4 33 68
20 338 11 82 68 42 26 22 11 10 218 8
30 342 18 20 210 8
40 335 19 30 215 1 62 48 36 4 3
50 328 18 102 68 55 20 11 15
24:00 60 24:00 31 15
330 22 31
i.-PI)
-------
Table 14 (continued). METEOROLOGICAL MEASUREMENTS, MISSOURI STATE POll CE STATION C
9 April 1964 Experiment No. 18 Tracer Release from 2045 to 2145 CST 2 June 1964 Experiment No. 19 Tracer Release from 1030 to ll30 CST
Time Dire ction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH('!» (CST) D(deg) S(mph) 1 3 5 1 3 5 TJ;F) RH('!»
20:20 222 10 10:00 325 II 44
30 220 10 10 322 12
40 224 10 20 310 9
50 223 10 42 25 20 4 3 2 30 325 n 130 103 88 14 10 9
40 305 13
21:00 222 10 51 29 50 320 12
10 228 n n:oo 312 n 122 95 75 15 12 8 70 40
20 229 1O 42 30 25 4 2 10 342 12
30 222 9 20 322 12
40 222 10 30 320 10 125 1O0 82 15 12 9
50 220 II 38 22 20 2 40 320 12
50 320 n
22:00 220 10 50 30 12:00 330 16 138 ll2 88 a 17 14 71 39
10 a2 n 10 328 10
20 a8 12 58 38 30 7 2 20 305 n
30 218 12 30 328 12 170 136 n2 17 14 10
40 a8 12
50 a8 12 58 40 30 7 4 13:Do
7l 39
23:00 218 10 50 30
10 220 13
20 223 14 68 58 40 12 9 8
30 224 15
40 224 13
50 222 14 50 39 27 8 6 3 June 1964 Experiment No. 20 Tracer Release from 1040 to n40 CST
24:00 220 13 48 32 Time Direction Range Speed Range
(a3T) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH('!»
10:20 342 8
30 304 7
40 272 7
50 302 8 234 180 146 13 10 8
n:oo 297 8 69 40
10 295 6
20 284 6 178 138 n2 13 12 10
30 272 5
40 304 7
50 302 6 240 190 152 14 10 7
12:00 323 5 71 37
10 285 6
20 290 8 238 207 162 13 10 8
30 262 6
40 243 7
50 265 7 253 158 128 12 9 7
13:00 72 34
N
"'-J
~
-------
N
00
a Table 14 (continued). METEOROLOGICAL MEASUREMENTS, MISSOURI STATE POll CE STATION C
4 June 1964 Experiment No. 21 Tracer Release from 1030 to 1130 CST 7 June 1964 Experiment No. 23 Tracer Release from U32 to 123a::ST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(%)
10:00 190 7 69 50 82 58
10 188 7 U:OO 255 8
20 183 8 10 241 8
30 188 8 61 46 37 6 20 251 8
40 180 7 30 240 10 178 122 100 14 12 U
50 180 7 40 243 12
50 253 9
U:OO 176 8 91 78 65 6 72 46
10 170 7 12:00 256 8 U5 99 85 13 13 10 82 58
20 177 8 10 242 8
30 170 7 93 73 54 8 6 20 262 7
40 170 8 30 265 8 165 U9 104 12 10 9
50 170 6 40 256 8
50 266 9
12:00 135 6 ll8 92 74 8 72 42
10 156 6 13:00 246 9 185 130 u4 15 12 10 82 58
20 160 6 10 252 8
30 169 8 88 62 52 8 6 20 248 8
30 238 9 172 123 ll2 13 10 8
13:00 72 42 14:00 82 58
6 June 1964 Experiment No. 22 Tracer Release from U30 t01230 CST 9 June 1964 Experiment No. 24 Tracer Release from 1030 to U30 CST
Time Dire ction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(%)
U:OO 220 8 79 68 10:00 230 16 83 58
10 208 8 10 228 18
20 208 8 20 237 20
30 206 10 122 98 88 15 9 7 30 229 18 u8 100 85 22 19 17
40 220 II 40 238 19
50 223 II 50 236 19
12:00 217 8 162 90 78 15 U 9 80 61 ll:OO 235 17 no 89 78 20 18 16 85 56
10 225 9 10 232 19
20 236 10 20 232 18
30 210 n 122 88 71, 12 9 6 30 230 18 102 90 76 20 18
40 212 9 40 233 18
50 208 9 50 237 19
13:00 218 9 130 no 95 8 6 81 58 12:00 228 19 122 90 78 21 19 16 86 54
10 219 8 10 232 18
20 222 8 20 237 16
30 230 9 103 89 66 9 6 30 243 16 138 108 90 23 20 14
14:00 81 57 13:00 86
55
-------
Table 14 (continued). METEOROLOGICAL MEASUREMENTS, MISSOURI STATE POLICE STATION C
10 June 1964 Experiment No.25 Tracer Release from 1033 to 1133 CST 10 October 1964 Experiment No. 27 Tracer Release from 1130 to 1230 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%)
10:00 006 7 75 62 11:00 112 6 53 34
10 007 6 10 068 4
20 022 5 20 104 6
30 340 6 163 132 112 8 6 30 06c 6 195 16c 126 13 8 6
40 352 5 40 090 5
50 342 7 50 085 5
11:00 342 6 216 177 146 8 7 6 77 56 12:00 063 3 142 93 63 10 7 6 54 31
10 283 5 10 070 7
20 318 7 20 083 5
30 303 7 240 185 156 10 8 6 30 128 3 232 212 148 10 8 5
40 345 7 40 080 5
50 320 8 50 062 5
12:00 335 7 202 128 100 10 8 6 79 54
10 359 9 13:00 180 5 152 116 80 10 6 56 30
20 328 7 10 082 6
30 325 8 195 143 115 10 8 7 20 068 5
30 185 4 190 135 108 12 8 6
13:00 80 54
14:00 57 29
11 June 1964 Experiment No. 26 Tracer Release from 1035 to 1135 CST 11 October 1964 Experiment No. 28 Tracer Release from 1105 to 1205 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%)
10:00 126 8 ,6 62 10:30 162 10
10 112 11 40 163 8
20 125 10 50 153 10
30 113 11 103 80 6c 14 12 10
40 117 12 11:00 144 8 152 126 103 8 8 I 55 36
50 115 11 10 142 11
20 158 9
11:00 119 11 109 81 6c 14 12 10 78 6c 30 168 11 130 103 86 13 10 8
10 144 8 40 150 10
20 112 8 50 150 12
30 193 11 133 115 100 14 10 8
40 180 10 12:00 168 11 108 92 82 15 12 10 58 33
50 188 8 10 160 11
20 144 12
12:00 182 9 115 92 12 12 8 7 80 57 30 14, 11 124 102 19 11 10 8
10 195 9 40 180 10
20 180 8 50 163 11
30 187 7 123 96 85 11 8 6
13:00 16c 13 126 95 72 15 11 6 59 30
13:00 82 56
N
CO
-"
-------
N
co
N
Table 14 (continued). METEOROLOGICAL MEASUREMENTS, MISSOURI STATE POll CE STATION C
12 October 1964 Experiment No. 29 Tracer Release from 2000 to 2100 CST 16 October 1964 Experiment No. 30 Tracer Release from 2000 to 2100 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(~) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(~)
19:30 002 6 19 :30 178 8
40 352 5 40 182 8
50 352 5 50 186 9
20:00 352 5 44 30 18 57 64 20:00 185 9 38 4 <.2 64 37
10 350 6 10 192 8
20 004 7 20 202 8
30 002 6 35 15 12 <2 30 198 8 38 <4 <4 < 2
40 025 6 40 196 8
50 040 6 50 200 9
21 :00 040 6 58 49 32 56 67 21 :00 193 10 18 < 2 <2 64 38
10 042 7 10 192 11
20 032 7 20 195 10
30 032 6 62 52 41 30 202 10 29 < 2 <2
40 023 5 40 202 10
50 032 7 50 196 12
22 :00 028 5 69 50 36 55 69 22:00 194 13 36 29 15 6 4 12 62 40
10 030 5 10 195 14
20 031 5 20 192 14
30 027 5 62 45 35 30 194 14 15 4 < 2
40 042 6 40 197 14
50 054 5 50 204 11
23:00 042 65 50 34 54 70 23:00 200 10 55 42 30 3 61 41
-------
Table 14 (continued). METEOROLOGICAL MEASUREMENTS, MISSOURI STATE POll CE STATION C
17 October 1964 Experiment No. 31 Tracer Release from 1315 to 1415 CST 20 October 1964 Experiment No. 33 Tracer Release from 1915 to 2015 CST
Time Direction Range Speed Range Time Direction Range Speed Range
i?:~6 Di deg) S(rr') 1 3 5 1 3 5 T(OF) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%)
78
13:00 170 12 81 26 18: 40 208 11
10 166 12 50 204 11
20 148 11 118 98 78 12 10
30 167 11 19:00 207 11 52 25
40 160 11 10 208 11 62 45 38
50 163 11 90 75 67 14 10 20 210 11
14:00 173 13 82 26 30 210 12
40 211 11 75 60 52 10
10 168 10 50 212 12
20 170 10 109 86 71 14 12
30 180 11 20:00 212 11 51 25
40 183 11 10 212 11 80 66 56 14 10
50 172 11 124 100 80 13 6 20 213 10
15:00 183 10 82 26 30 213 11
10 163 11 40 214 11 95 76 61 10 9
20 168 12 122 98 85 11 50 214 12
21: 00 221 12 51 25
16 :00 82 28 10 222 13 98 80 61 14 10 9
20 225 14
30 225 14
19 October 1964 Experiment No. 32 Tracer Release from1945 to 2045 CST 40 226 15 103 81 59 16 12 10
50 227 14
Time Direction Range Speed Range 52 25
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%) 22 :00 225 14
19: 10 360 11 10 228 15 88 72 58 14 14 15
20 012 9
30 010 10
40 355 10 60 52 36 6
50 360 9
20: 00 002 9 47 52
10 355 9 60 48 35
20 350 8
30 343 8
40 348 8 55 45 35
50 347 7
21 :00 352 7 46 56
10 345 7 53 39 29 4
20 340 8
30 335 7
40 324 5 45 34 29
50 332 6
22: 00 322 6 44 63
10 315 7 28 17 <2
20 316 8
30 326 8
40 332 8 45 27 18
N
CO
W 23: 00 40 70
-------
N
ex:>
+=- (continued). STATION C
Table 14 METEOROLOGICAL MEASUREMENTS, MISSOURI STATE POLICE
21 October 1964 Experiment No. 34 Tracer Release from 1920 to 2020 CST 6 March 1965 Experiment No. 35 Tracer Release from 1230 to1330 CST
Time Dire ction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1)) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1))
18:30 015 11 12 :00 321 17 33 78
40 013 12 10 320 16
50 024 11 20 320 17
30 328 16 69 52 42 14 10 9
19:00 028 10 72 61 50 6 58 27 40 329 15
10 028 11 50 316 17
20 028 11 13:00 318 14 64 55 46 13 10 33 77
30 032 14 82 68 58 14 13 11 10 315 15
40 036 13 20 314 16
50 032 11 30 322 14 67 56 47 13 10 8
40 321 16
20:00 031 10 91 80 69 15 12 9 56 29 50 323 15
10 025 11 14:00 312 13 68 61 51 13 10 8 33 76
20 030 11 10 314 14
30 030 8 85 72 62 13 10 20 307 14
40 024 9 30 315 14 82 63 49 14 14 14
50 025 9
15 :00 34 74
21:00 030 8 98 75 62 12 6 53 30
10 339 8
20 040 8
30 038 6 102 80 69 10
40 036 8
50 036 8 7 March 1965 Experiment No. 36 Tracer Release from 1230 to 1330 CST
22:00 038 6 82 66 54 6 6 50 34 Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1))
12 :00 360 10 34 90
10 350 11
20 002 12
30 004 11 68 56 44 6 5
40 353 11
50 356 12
13:00 352 11 62 58 39 9 6 35 86
10 344 10
20 341 11
30 340 12 56 39 32 13 10 6
40 342 13
50 338 14
14 :00 341 12 60 50 41 12 35 81
10 345 12
20 352 12
30 358 12 84 62 50 5
15 :00 35 76
-------
Table 14 (continued). METEOROLOGICAL MEASUREMENTS, MISSOURI STATE POll CE STATION C
8 March 1965 Experiment No. 37 Tracer Release from 2030 to 2130 CST 11 March 1965 Experiment No. 38 Tracer Release from 2030 to 2130 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(lI1l'h) 1 3 5 1 3 5 T(OF) RH(~) (CST) D(deg) S(lI1l'h) 1 3 5 1 3 5 T(OF) RH(~)
20:00 305 16 38 63 20:00 295 6 40 47
10 308 16 10 298 6
20 307 15 20 300 6
30 312 15 70 55 45 13 10 30 308 7 15 <2 <2 <2
40 312 13 40 325 8
50 312 13 50 332 7
21: 00 310 12 71 53 42 10 37 67 21: 00 332 6 59 40 26 5 40 49
10 308 12 10 322 5
20 305 14 20 338 5
30 308 13 62 48 40 10 6 30 348 5 50 32 25 <2 <2
40 312 14 40 356 5
50 315 16 50 360 6
22: 00 320 18 73 53 42 16 12 10 36 72 22 :00 005 5 40 26 15 3 3 39 52
10 325 16 10 360 6
20 326 15 20 356 5
30 319 15 68 59 50 13 10 30 352 4 41 20 15
40 318 12 40 340 5
50 325 16 50 353 4
23: 00 325 13 78 62 49 18 12 35 75 23:00 360 4 42 19 16 38 56
10 320 12 10 002 3
20 312 13 20 358 5
30 318 14 81 65 52 13 11 30 006 4 39 18 14 2 (2
24 :00 33 70
24 :00 38 59
N
CO
(J"l
-------
N
co
0"1
Table 14 (continued). METEOROLOG I CAL MEASUREMENTS, MISSOURI STATE POll CE STATION C
13 March 1965 Experiment No. 39 Tracer Release from 1220 to 1320 CST 15 March 1965 Experiment No. 41 Tracer Release from 2050 to 2150 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(DF) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(DF) RH(%)
11 :50 278 6
12 :00 330 5 54 20:20 350 6
10 358 7 30 346 6
20 320 5 250 215 184 40 347 6
30 322 8 50 352 6 10 <2 < 2 < 2
40 356 6 45 48
50 322 8 148 125 108 11 21 :00 352 6
10 358 7
13:00 360 5 51 20 009 8 20 <2 <2 <2
10 003 6 30 012 8
20 348 5 207 185 162 10 40 010 8
30 280 6 50 015 8 18 15 12 <-2
40 280 4
50 252 5 220 200 187 10 22 :00 030 8 43 46
14 :00 312 6 46 10 030 8
10 300 5 20 040 7 52 35 30 4
20 320 4 196 158 150 6 30 054 8
40 052 8
50 042 8 30 25 23 ~2
23:00 043 8 41 49
10 055 6
20 055 5 42 30 28 2 <2
30 070 6
14 March 1965 Experiment No. 40 Tracer Release from 1100 to 1200 CST 40 100 6
50 100 6 38 28 25 3 2 <2
Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(DF) RH(%) 24:00 40 52
10:30 320 17
40 325 14
50 319 13
11 :00 314 15 105 79 68 16 10 39 67
10 311 14
20 311 14
30 330 15 128 90 78 15 12 10
40 330 16
50 312 14
12 :00 328 21 91 81 72 20 18 15 41 59
10 330 16
20 313 21
30 310 19 102 82 63 18 15 13
40 318 20
50 332 18
13:UO 315 18 102 78 70 16 13 11 43 52
-------
Table 14 (continued). METEOROLOGICAL MEASUREMENTS, MISSOURI STATE POll CE STATION C
16 March 1965 Experiment No. 42 Tracer Release from2030 to 2130 CST 17 ~larch 1965 Experiment No. 43 Tracer Release from 2000 to 2100 CST
Time Direction Range Speed Range Time Dire ction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(~) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(~)
20:00 138 19 41 19: 30 303 28
10 138 17 40 303 28
20 136 18 50 300 27
30 136 16 61 55 48 17 14 13
40 134 16 20:00 302 28 88 65 52 29 21 18 30 64
50 132 17 10 312 26
20 308 21
21 :00 132 17 61 54 42 15 13 10 55 53 30 307 21 82 65 55 26 20 18
10 132 17 40 308 24
20 140 16 50 305 28
30 147 18 78 62 44 16 13 10
40 148 20 21 :00 314 28 90 65 58 30 25 20 27 64
50 148 18 10 318 25
20 315 21
22:00 148 18 90 69 56 22 19 15 55 57 30 307 21 108 82 65 22 18 15
10 150 16 40 312 25
20 152 18 50 310 22
30 150 17 86 65 53 20 18 15
40 150 19 22 :00 320 25 95 68 58 28 22 19 26 65
50 155 18 10 316 21
20 292 19
23:00 160 20 90 71 55 28 19 14 56 63 30 298 19 92 63 50 18 15 12
10 160 22 40 300 19
20 163 20 50 292 20
30 160 18 92 68 58 22 20 18
23: 00 300 22 72 63 56 19 15 13 25 65
24 :00 56 65
N
0:>
-.J
5.-( '~
-------
D(deg):
S(mph):
TABLE 15.
METEOROLOGICAL MEASUREMENTS, LINDBERGH HIGH SCHOOL
Symbols
Surface wind direction in whole degrees of azimuth
Surface wind speed in whole miles per hour
Direction Range 1, 3, and 5: The first, third, and fifth highest wind direction
in whole degrees of azimuth
Speed Range 1, 3, and 5: The first, third, and fifth highest wind speed ranges
in whole miles per hour
Temperature in whole degrees Fahrenheit
Relative humidity in whole percent
Calm - Wind speed less than threshold speed of the instrument
Missing Data; for wind direction ranges, data either missing or
Undefined.
T(OF):
RH(%):
C
289
-------
N
~
a Table 15 (continued). METEOROLOG I CAL MEASUREMENTS, LI NDBERGH HIGH SCHOOL
c
27 May 1963 Experiment No. 2 Tracer Release From 1410 to 1440 CST 19 July 1963 Experiment No. Tracer Release from 1130 to 1230 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(\L)
13:30 290 11 11:00 242 9 90 6b
40 300 11 10 238 9
50 290 11 20 258 11
30 240 11 232 162 130 16 13 9
14:00 290 12 138 115 85 14 9 8 75 60 40 230 12
10 295 11 50 170 14
20 270 9
30 290 12 180 140 65 17 14 11 12:00 176 12 214 152 125 16 14 10 91 58
40 295 11 10 250 11
50 285 11 20 242 11
30 246 12 210 145 120 17 14 11
15:00 275 10 150 115 85 15 13 11 77 57 40 236 13
10 275 9 50 238 12
20 280 11
30 280 11 153 138 117 16 13 13 13:00 246 13 240 183 126 15 13 11 92 57
40 270 10 10 230 9
50 278 9 20 240 9
30 230 12 213 150 118 17 14 11
16:00 288 11 230 120 100 14 14 12 77 58
14:00 92 55
'- 4<.'" jI)
28 May 1963 Experiment No.3 Tracer Release from 1000 to 1100 CST 22 July 1963 Experiment No. Tracer Release t"rom 1lI!J4 to 1204 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(\L) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(\L)
9:30 278 8 10:30 215 10
40 272 7 40 205 9
50 275 10 50 208 9
10:00 287 9 215 172 148 22 14 12 70 63 11:00 215 9 143 130 108 9 7 6 84 59
10 288 9 10 205 9
20 282 11 20 278 9
30 286 10 248 178 93 17 14 9 30 150 9 168 140 125 8 7 6
40 300 11 40 193 10
50 304 11 50 195 9
11:00 306 10 215 120 86 14 10 9 71 62 12:00 170 8 163 142 130 10 8 6 85 59
10 280 12 10 103 10
20 263 14 20 175 9
30 270 13 276 145 114 17 13 9 30 166 9 158 130 112 10 8 7
40 277 13 40 176 10
50 278 10 50 180 9
12:00 277 11 228 150 93 16 10 b 72 62 13:00 185 13 135 102 88 15 11 9 86 59
-------
Table 15 (continued). METEOROLOGICAL MEASUREMENTS, LINDBERGH HIGH SCHOOL
23 July 1963 Experiment No.6 Tracer Release from U30 to 1230 CST 26 July 1963 Experiment No.8 Tracer Release from 1045 tou45 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1)) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1))
u:oo 155 9 85 60 10:10 158 14
10 165 9 20 160 15
20 170 9 30 152 13
30 145 9 205 135 U3 10 8 6 40 152 13 156 137 95 14 10 8
40 145 9 50 155 13
50 135 9
u:oo 140 13 79 68
12:00 128 9 190 148 120 u 9 7 87 58 10 162 16 160 128 u8 14 u 10
10 165 u 20 160 13
20 130 9 30 152 13
30 130 9 165 130 u4 11 9 7 40 170 11 153 122 94 15 u 9
40 u8 10 50 152 13
50 U5 U
12:00 152 14 81 62
13:00 122 10 210 146 135 u 9 6 88 54 10 160 16 140 126 106 14 10 9
10 120 U 20 162 15
20 120 10 30 160 16
30 153 u 180 143 130 13 10 8 40 164 16 135 132 95 16 12 9
14:00 88 52 13:00 82 60
25 July 1963 Experiment No. 7 Tracer Release from 1040 to u40 CST 12 September 1963 Experiment No.9 Tracer Release from U15 to 1215 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1)) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1))
10:10 153 U 10:50 332 9
20 152 U
30 144 U u:oo 328 11 84 63
40 142 12 185 150 132 11 9 10 340 9
50 165 15 20 328 9 125 105 90 u 9 7
138 14 83 54 30 328 9
11:00 40 348 10
10 144 u 218 156 134 11 10 9 50 325 9 130 108 96 9 8 7
20 157 14
30 138 13 12:00 350 10 85 60
40 140 10 188 136 115 13 9 7 10 350 12
50 133 11 20 312 11 160 130 u8 11 9 7
84 30 345 10
12:00 155 11 52 40 360 u
10 153 u 250 186 164 15 u 10 50 324 9 150 u8 104 10 9 7
20 166 14
30 160 15 13:00 332 10 85 60
40 160 14 175 128 112 14 10 9 10 332 9
20 326 10 145 103 78 10 9 9
13:00 85 52
N
~
--'
/,1.< I
-' L
-------
N
1.0
N (continued).
Table 15 METEOROLOGICAL MEASUREMENTS, LINDBERGH HIGH SCHOOL
14 September 1963 Experiment No. 10 Tracer Release from 1045 to 1145 CST 17 September 1963 Experiment No. 12 Tracer Release from 2000 to 2030 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(m?h) 1 3 5 1 3 5 T(OF) RH('1» (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH('1»
10:20 060 0 19:30 142 6
30 145 6 40 138 6
40 080 7 50 140 6
50 074 6 228 199 162 8 0
20:00 140 6 62 50 38 4 <2 <2 70 76
11:00 082 6 70 50 10 150 7
10 100 6 20 155 6
20 102 8 214 158 122 9 7 6 30 150 5 65 48 36 <2 <2
30 066 7 40 152 6
40 110 8 50 152 7
50 112 8 195 133 102 9 7 '0
47 21:00 158 7 42 35 28 <2 <2 70 80
12:00 098 8 73 10 158 7
10 088 9 6 20 168 8
20 113 9 205 145 111 11 8 30 172 9 52 42 30 <2 <2
30 110 9 40 181 8
40 096 10 e 50 187 7
50 105 9 212 158 138 16 11
74 46 22:00 170 7 30 <2 <2 <2 68 83
13:00 10 212 5
20 218 5
30 212 5 43 30 26 <2 <2 <2
16 September 1963 23:00 65 88
Experiment No. 11 Tracer Release from 1100 to 1200 CST
Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH('1»
10:30 152 11
40 155 12
50 155 13
11:00 152 13 190 132 112 16 13 11 79 49
10 152 12
20 160 12
30 166 10 178 143 117 15 11 10
40 140 10
50 150 10
12:00 156 11 225 152 118 14 11 9 81 45
10 168 13
20 162 11
30 152 9 196 143 105 16 11 10
40 140 11
50 148 11
13:00 168 9 172 144 120 15 12 10 83 43
-------
Table 15 (continued). MET .:OROLOGICAL MEASUREMENTS, LINDBERGH HIGH SCHOOL
18 September 1963 Experiment No. 13 Tracer Release from 2000 to' '00 CPT 1 April 1964 Experiment No. 14 Tracer Release from 1200 to 1300 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(fh) 1 , 5 1 3 5 T(OF) RR('1» (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RR('1»
19::P 055 11:30 138 16
40 060 4 40 130 17
50 070 4 50 138 15
20:00 090 5 50 2 <2 <2 56 99 12:00 140 16 214 162 128 19 16 14 51 42
10 110 6 10 140 17
20 140 7 20 130 16
30 140 7 30 15 15 2 <2 <2 30 128 16 200 156 112 22 18 16
40 110 7 40 138 18
50 122 6 50 142 16
21:00 118 6 28 20 20 2 <2 <2 56 99 13:00 132 16 183 152 119 20 16 14 54 45
10 112 6 10 140 16
20 120 6 20 146 17
30 120 5 35 18 18 2 <2 <2 30 130 17 165 138 122 18 16 14
40 120 4 40 140 14
50 123 5 50 142 20
22:00 185 6 105 2 <2 <2 57 99 14:00 135 16 160 122 90 18 15 13 55 44
10 220 7
20 226 6
30 230 5 45 35 32 2 <2 <2 6 April 1964
40 245 5 Experiment No. 15 Tracer Release from 2040 to 2140 CST
50 238 4
Time Direction Range Speed Range
23:00 252 82 56 50 2 <2 <2 57 99 (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RR('1»
20:10 158 10
20 150 9
30 208 10
40 174 9 123 90 75 7 6 6
50 258 10
21:00 260 7 65 46
10 260 9 190 128 108 8 7 6
20 268 9
30 266 6
40 285 6 75 60 50 9 7 6
50 270 5
22:00 230 7 63 50
10 188 9 190 168 152 11 8 7
20 228 5
30 208 7
40 149 ~ 182 164 152 7 6 6
50 176 0
23:00 140 7 61 56
10 140 6 170 155 120 7 6 6
20 132 8
30 162 6
N 40 183 7 150 130 108 3 2 2
I..D
W 24:00 59 65
-------
N
~
.j::>
Table 15 (continued). METEOROLOGICAL MEASUREMENTS, LINDBERGH HIGH SCHOOL
7 April 196" Experiment No. 16 Tracer Release from 2048 to 2148 CST 8 April 1964 Experiment No. 17 Tracer Release from 2030 to 2130 CST
Time Direction Range Speed Range Time Dire ction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(1)) (CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(1))
20:20 308 8 20:00 255 4 36 62
30 312 11 10 252 4
40 310 11 20 255 4
50 308 14 152 112 92 22 17 13 30 258 4 92 78 65 6 4
40 260 4
21:00 318 13 41 59 50 260 6
10 325 14
20 316 13 95 88 75 25 20 14 21:00 260 5 102 88 65 7 6 36 64
30 320 13 10 265 6
40 318 13 20 263 6
50 310 12 122 95 75 18 16 13 30 268 6 135 100 78 12 9 7
40 266 7
22:00 314 13 40 59 50 264 6
10 315 13
20 322 14 118 95 85 21 17 14 22:00 265 6 142 105 76 10 8 6 35 65
30 325 14 10 262 8
40 322 16 20 265 10
50 320 16 105 88 75 20 19 15 30 270 10 78 62 52 9 7
40 265 8
23:00 320 17 39 60 50 266 9
10 318 16
20 312 16 122 109 80 25 22 20 23:00 268 8 100 78 61 12 8 7 34 68
30 316 17 10 270 7
40 318 14 20 268 7
50 315 11 110 92 78 23 22 18 30 268 8 146 76 58 11 7
24:00 315 15 38 60 24:00 33 71
-------
Table 15 (continued). METEOROLOG I CAL MEASUREMENTS, LINDBERGH HIGH SCHOOL
9 April 1964 Experiment No. 18 Tracer Release from 2045to 2145 CST 2 June 1964 Experiment No. 19 Tracer Release froml030 to ll30 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(";) (CST) D(deg) S(mph) 1 3 5 1 3 5 T'isF) RIfSf)
20:20 232 4 10:00 295 12
30 235 3 10 306 12
40 222 4 20 295 12
50 230 3 70 55 42 4 3 30 328 9 192 145 120 18 13 9
40 310 10
21:00 228 3 49 30 50 316 II
10 218 4
20 216 4 50 32 25 2 2 ll:OO 330 II 185 142 120 14 10 8 70 42
30 215 4 10 300 II
40 212 4 20 308 13
50 212 3 42 30 20 3 2 30 318 12 152 132 llO 18 14 12
40 304 12
22:00 206 4 49 34 50 312 12
10 200 6
20 205 6 36 24 21 2 12:00 300 12 194 165 135 17 13 10 70 41
30 210 5 10 302 14
40 218 4 20 312 14
50 216 5 60 45 30 4 30 335 14 188 145 ll5 20 16 12
23:00 218 5 47 36 13:00 70 42
10 196 7
20 200 7 52 41 30 6
30 195 8 3. June 1964 Experiment No. 20 Tracer Release fi'Oml040 't"o ll40 CST
40 195 7
50 195 8 42 36 29 6 4 Time Direction Range Speed Range
(CST) D(deg) S(EF) 1 3 5 1 3 5 T(OF) RH(~)
24:00 196 8 44 48 10:20 280
30 316 7
40 304 7
50 255 6 242 210 188 II 9 7
ll:OO 260 6 69 42
10 250 5
20 305 6 305 232 192 12 10 7
30 270 6
40 250 8
50 275 7 232 180 160 13 12 9
12:00 255 5 70 40
10 274 6
20 260 7 268 221 206 18 13 10
30 240 6
40 256 7
50 268 6 272 203 178 13 10 9
13:00 71 38
N
~
(Jl
-------
N
~
0"1 Table 15 (continued). METEOROLOGICAL MEASUREMENTS, LINDBERGH HIGH SCHOOL
4 June 1964 Experiment No. 21 Tracer Release from 1030 to 1130 CST 7 June 1964 Experiment No. 23 Tracer Release from 1132 to 1232 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(ngoh) 1 3 5 1 3 5 T~~F) ~\f) (CST) D(deg) S(mph) 1 3 5 1 3 5 T~~F) RH(i)
10:00 165 11:00 208 10 57
10 162 5 10 226 8
20 157 6 20 245 9
30 170 5 152 108 77 30 235 10 182 165 148 17 12 10
40 142 6 40 238 9
50 162 6 50 252 8
11:00 178 7 168 142 120 8 6 72 44 12:00 251 7 212 185 167 13 12 10 82 56
10 150 8 10 250 8
20 163 7 20 258 8
30 155 8 152 115 92 8 30 238 7 255 142 123 14 11 9
40 156 7 40 ~~ 7
50 168 8 50 6
12:00 150 7 178 138 75 10 9 6 73 40 13:00 275 5 240 191 165 12 10 7 82 58
10 148 7 10 270 7
20 140 8 20 258 7
30 124 7 175 130 110 11 8 6 30 248 8 175 156 142 12 9 7
13:00 72 39 14:00 83 57
6 June 1964 Experiment No. 22 Tracer Release from 1130 to 1230 CST 9 June 1964 Experiment No. 24 Tracer Release from 1030 to 1130 CST
Time Direction Range Speed Range Ti.., Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(i) (CST) D(deg) S(mph) 1 3 5 1 3 5 T( OF) RH(~)
11:00 188 8 75 63 10:00 215 15 82 64
10 168 7 10 117 13
20 162 9 20 218 16
30 173 11 - 165 132 103 16 13 10 30 218 14 178 150 112 24 19 15
40 178 11 40 212 15
50 176 10 50 221 13
12:00 166 9 145 116 81 12 8 6 77 72 11:00 210 15 150 122 105 22 18 16 84 60
10 178 10 10 217 15
20 192 8 20 218 16
30 191 7 134 106 88 13 9 6 30 210 15 182 129 108 20 17 15
40 216 7 40 202 17
50 178 10 50 210 15
13:00 163 9 207 156 118 13 10 7 78 66 12:00 204 17 134 120 94 16 14 86 59
10 186 5 10 210 18
20 222 5 20 221 11
30 182 8 158 140 116 12 9 6 30 225 12 220 136 118 24 21 18
14:00 79 62 13:00 87 59
-------
Table 15 (continued). METEOROLOGICAL MEASUREMENTS, LINDBERGH HIGH SCHOOL
:LO June 1964 Experiment No. 25 Tracer Release from 1033 to 113JJST 10 October 1964 Experiment No. 27 Tracer Release from 1130 to 1230 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%) (CST) D(deg) S(Erh) 1 3 5 1 3 5 T(OF) ,~)
10:00 312 7 75 62 11:00 047 5l
10 312 6 10 055 6
20 346 6 20 040 5
30 319 6 165 142 130 11 9 8 30 062 9 280 248 124 13 10 8
40 310 4 40 063 8
50 332 4 50 075 5
11:00 318 5 252 195 152 9 6 6 78 58 12:00 100 7 175 142 122 13 9 6 53 41
10 353 6 10 032 9
20 344 5 20 030 7
30 012 8 180 151 132 10 7 6 30 096 5 196 145 123 10 8 6
40 008 6 40 358 5
50 333 6 50 068 6
12:00 312 7 232 168 148 11 8 6 79 56 13:00 090 4 205 167 135 10 7 5 55 39
10 297 7 10 060 6
20 302 7 20 342 6
30 334 7 220 164 135 13 10 6 30 012 5 165 121 98 11 7 6
13:00 81 52 14:00 56 38
11 June 1964 Experiment No. 26 Tracer Release from 1035to 1135CST 11 October 1964 Experiment No. 28 Tracer Release from 1105 to 1205 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%)
10:00 95 8 76 64 10:30 160 12
10 105 8 40 157 13
20 102 12 50 158 11
30 90 11 192 142 108 17 13 9
40 93 13 11:00 165 11 170 122 102 16 14 12 55 43
50 95 12 10 161 9
20 142 11
11:00 102 11 200 139 110 18 15 11 78 62 30 153 11 235 189 142 15 13 10
10 123 11 40 140 10
20 150 8 50 135 12
30 155 7 245 146 132 16 12 8
40 178 6 12:00 145 10 225 180 152 18 15 13 57 41
50 152 6 10 130 12
20 142 11
12:00 140 5 185 156 132 10 7 80 60 30 162 11 239 152 134 15 l3 10
10 176 7 40 148 10
20 180 9 50 163 10
30 158 7 132 115 100 10 8 6
13:00 167 10 205 146 103 16 14 11 60 38
13:00 83 58
N
\D r;' %
"'-I -" ,~ 0
-------
N
1.0
ex:>
Table 15 (continued). METEOROLOG I CAL MEASUREMENTS, LINDBERGH HIGH SCHOOL
12 October 1964 Experiment No. 29 Tracer Release f'rom 2000 to 2100 CST 16 October 1964 Experiment No. 30 Tracer Release from 2000 to 2100 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(Dt) 1 3 5 1 3 5 T(OF) RH(1)) ~ (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1))
19:30 352 19:30 180 8
40 332 7 40 178 8
50 338 6 50 172 8
20:00 341 6 71 55 42 2 56 77 20:00 171 8 16 2 <2 <2 64 48
10 358 7 10 180 8
20 3Eo 7 20 185 8
30 3Eo 7 49 36 25 3 2 2 30 196 8 34 2 <2 <2
40 3Eo 7 40 208 8
50 030 6 50 216 8
21:00 018 6 62 51 40 4 2 2 55 82 21:00 214 8 38 29 16 2 <2 <2 63 50
10 016 7 10 215 8
20 014 7 20 203 8
30 015 6 Eo 32 30 3 2 30 208 9 27 17 11 2 <2 <2
40 348 6 40 205 9
50 352 7 50 205 9
22:00 3:0 7 65 55 47 4 3 2 54 84 22:00 206 8 30 19 12 2 <2 <2 60 54
10 012 7 10 200 9
20 008 6 20 198 10
30 002 6 48 36 30 3 2 <2 30 200 10 21 12 10 3 <2 <2
40 018 7 40 210 9
50 031 5 50 210 9
23:00 035 5 50 39 26 2 2 53 90 23:00 195 9 32 20 15 2 <2 <2 59 56
-------
Table 15 (continued). METEOROLOGICAL MEASUREMENTS, LINDBERGH HIGH SCHOOL
17 October 1964 Experiment No. 31 Tracer Release from 1315 to 1415 CST 20 October 1964 Experiment No. 33 Tracer Release from 1915 to 2015 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(~\h) 1 3 5 1 3 5 T(DF) RH(1)) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1))
12:50 160 18:40 200 10
50 202 11
13:00 162 13 83 24
10 190 15 19:00 208 11 50 35
20 186 14 132 102 93 13 10 8 10 208 12 37 31 25 4 2
30 168 14 20 212 12
40 165 13 30 217 12
50 160 13 137 99 86 15 13 10 40 213 13 71 62 52 6 4
34 50 214 13
14:00 172 12 84
10 188 15 20:00 210 13 50 36
20 170 14 150 102 88 15 13 10 10 208 13 78 56 42 6 6 4
30 178 14 20 207 15
40 168 13 30 202 15
50 162 13 112 83 68 14 12 10 40 204 15 49 42 33 6
166 14 83 34 50 198 13
15:00
10 150 13 21:00 200 12 48 37
20 171 13 152 104 82 15 13 12 10 202 12 58 45 40 5 4
82 36 20 200 13
16:00 30 198 13
40 205 12 80 62 48 8 6 5
50 201 12
19 October 1964 Experiment No. 32 Tracer Release from1945 to 2045 CST
22:00 200 12 47 40
Time Direction Range Speed Range 10 210 12 62 52 41 5 4
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1))
19:10 360 10
20 335 9
30 326 13
40 313 11 133 106 82 15 11 8
50 338 11
20:00 352 10 48 53
10 342 12 118 98 72 10 6
20 343 11
30 351 11
40 343 13 116 88 72 12 8
50 346 10
21:00 340 11 47 58
10 348 10 116 94 81 11 8 6
20 348 8
30 330 10
40 328 10 105 78 62 8 4
50 315 8
22:00 313 10 45 66
10 317 8 91 58 50 3
20 319 9
30 316 10
N 40 315 10 68 48 35 3 2
\.0 42 74
\.0 23:00 -< --: ;I~
-------
w
a
a Table 15 (continued). METEOROLOGICAL MEASUREMENTS, LINDBERGH HIGH SCHOOL
21 October 1964 Experiment No. 34 Tracer Release from 1920 to 2020 CST 6 r.Brch 1965 Experiment No. 35 Tracer Release from 1230 to 1330 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(',i) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(',i)
18:30 010 12 12:00 310 15 35 71
40 008 13 10 312 16
50 012 12 20 314 15
30 308 15 126 92 70 15 13 12
19:00 015 12 95 73 62 11 8 6 60 33 40 309 13
10 018 13 50 305 15
20 018 14
30 018 14 89 75 66 15 11 9 13:00 300 17 122 89 70 18 16 14 35 71
40 019 13 10 308 15
50 025 13 20 304 16
30 302 18 104 85 71 20 16 13
20:00 015 14 92 74 62 12 9 7 57 35 40 305 16
10 020 15 50 304 16
20 019 14
30 021 13 85 76 63 13 9 7 14:00 290 12 175 115 105 22 17 14 35 69
40 020 15 10 292 16
50 024 14 20 290 15
30 293 16 82 75 52 16 14 10
21:00 030 13 92 88 75 15 12 9 54 37
10 028 12 15:00 34 64
20 028 12
30 038 12 83 68 58 13 9 6
40 039 11
50 030 11
7 r.Brch 1965 Experiment No. 36 Tracer Release from 1230 to 1330 CST
22:00 030 11 71 57 48 8 6 5 51 39
Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH{',i)
12:00 348 10 36 80
10 338 10
20 343 10
30 352 10 110 92 72 10 8 6
40 352 10
50 338 11
13:00 330 10 120 92 77 12 10 8 36 76
10 334 10
20 328 11
30 330 10 100 85 68 12 9 7
40 332 10
50 338 11
14:00 330 11 118 94 80 14 11 8 36 74
10 332 12
20 318 12
30 327 13 102 88 70 16 12 8
15:00 36 75
-------
Table 15 (continued). METEOROLOGICAL MEASUREMENTS, LINDBERGH HIGH SCHOOL
8 March 1905 Experiment No. 37 Tracer Release from 2030 to 213CCST 11 March 1965 Experiment No. 38 Tracer Release from 2030 to 2130 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T~~F) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T~OF) RH<»)
20:00 303 lu 70 20:00 240 4 '1 4'0
10 298 14 10 242 5
20 304 15 20 254 5
30 300 12 134 70 55 20 14 10 30 272 4 hC <2 <2
40 294 12 40 280 5
50 296 10 50 290
21:00 296 10 95 60 51 13 10 6 38 75 21:00 296 7 45 34 21 2 <2 39 47
10 297 9 10 300 7
20 298 9 20 308 7
30 290 8 95 66 52 6 6 30 322 7 05 57 43 6 3
40 293 8 40 338 6
50 296 11 50 342 6
22:00 295 10 110 89 72 13 9 6 30 70 22:00 345 6 82 60 52 4 40 48
10 300 11 10 345 6
20 309 13 20 345 6
30 306 14 93 70 52 20 12 8 30 341 5 91 64 52 4 3
40 306 14 40 353 ~
50 308 13 50 348 0
23:00 310 15 102 65 50 20 12 8 30 70 23:00 346 6 65 32 22 41 39
10 310 13 10 352 5
20 302 11 20 356 4
30 300 12 96 78 62 19 13 10 ,0 354 5 72 40 25
24:00 35 7D 24:00 41 56
w
o
-'
-------
v.>
a
N Table 15 (continued). METEOROLOGICAL MEASUREMENTS, LINDBERGH HIGH SCHOOL
13 March 1965 Experiment No. 39 Tracer Release from 1220 to1320 CST 15 March 1965 Experiment No. 41 Tracer Release from2050 to 2150 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%)
11:50 310 5 20:20 352 5
30 358 5
12:00 292 5 43 32 40 360 5
10 270 5 50 003 4 46 26 22 2 <2
20 328 5 290 245 220 9 6
30 340 6 21:00 012 4 46 45
40 312 6 10 015 6
50 322 6 248 215 188 10 8 20 002 5 27 16 12 2 <2
30 008 5
13:00 282 8 46 26 40 005 6
10 156 4 50 009 7 18 10 6 3 <2 <2
20 302 6 319 284 241 10 9 7
30 254 4 22:00 012 7 45 50
40 245 6 10 011 7
50 270 5 276 234 204 8 7 6 20 018 6 30 16 15 2 <2
30 015 6
14:00 178 4 48 24 40 015 7
10 240 4 50 018 6 45 22 18 3 2 <2
20 210 5 320 292 239 10 8 6
23:00 015 6 43 54
10 090 2
20 062 2 80 <2 <2
30 005 3
40 015 6
14 March 1965 Experiment No. 40 Tracer Release fromllOO tol200 CST 50 035 5 33 22 16 <2 <2
Time Direction Range Speed Range 24:00 42 62
(CST) D(deg) S(~t) 1 3 5 1 3 5 T(OF) RH(%)
10:30 315
40 306 13
50 318 13
11:00 320 14 130 116 96 17 14 11 41 46
10 300 12
20 314 13
30 328 15 153 132 105 20 16 14
40 329 14
50 312 14
12:00 313 14 182 108 84 20 16 13 44 36
10 307 18
20 309 16
30 315 16 162 130 109 27 19 16
40 325 16
50 314 18
13:00 308 16 126 108 88 16 18 10 46 36
-------
Table 15 (continued). METEOROLOG I CAL MEASUREMENTS, LINDBERGH HIGH SCHOOL
16 March 1965 Experiment No. 42 Tracer Release from 2030 to 2130 CST 17 March 1965 Experiment No. 43 Tracer Release from2000 to 2loo CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1)) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1))
20:00 120 13 60 57 19:30 288 25
10 123 11 40 292 24
20 122 13 50 289 20
30 123 12 122 182 140 17 13 11
40 120 14 20:00 285 23 172 115 97 36 28 23 32 60
50 119 12 10 298 20
20 295 19
21:00 122 14 138 111 89 17 14 11 57 65 30 292 16 140 107 90 29 23 18
10 130 14 40 282 18
20 140 15 50 290 24
30 143 16 160 113 98 21 18 14
40 144 17 21:00 290 24 168 115 83 41 34 27 31 61
50 142 18 10 308 24
20 295 18
22:00 146 19 149 115 104 24 20 17 56 55 30 304 21 122 102 88 28 24 20
10 142 19 40 296 26
20 138 18 50 296 22
30 132 19 129 1'4 11D 23 20 17
40 135 21 22:00 298 24 148 105 88 28 25 2l 27 65
50 142 20 10 300 23
20 296 19
23:00 145 2l 125 108 95 29 23 18 57 73 30 290 17 112 92 78 20 17 13
10 146 21 40 285 19
20 146 18 50 282 16
30 152 21 140 128 110 22 20 17
23:00 285 14 128 107 74 21 18 15 26 66
24:00 57 74
w
o
w
-------
TABLE 16.
METEOROLOGICAL MEASUREMENTS, HAZELWOOD HIGH SCHOOL
Symbols
D(deg): Surface wind
S(mph): Surface wind
Di recti on Range 1, 3,
direction in whole degrees of azimuth
speed in whole miles per hour
and 5: The first, third, and fifth highest wind direction
ranges in whole degrees of azimuth
Speed Range 1, 3, and 5: The first, third, and fifth highest wind speed ranges
in whole miles per hour
Temperature in whole degrees Fahrenheit
Relative humidity in whole percent
Calm - Wind speed less than threshold speed of the instrument
Missing Data; for wind direction ranges, data either missing or
undefined.
T(0F) :
RH ( % ) :
C
305
-------
w
a
0"\ Table 16 (continued). METEOROLOGICAL MEASUREMENTS, HAZELWOOD HIGH SCHOOL
27 May 1963 Experiment No, 2 Tracer Release From 1410 to 1440 CST 19 July 1963 Experiment No.4 Tracer Release from 1130 to 1230 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST D(deg) S(mph) 1 3 5 1 3 5 T("F) RR(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RR(%)
13:30 325 12
40 325 10 11:00 223 14 90 55
50 327 11 10 232 15
20 226 16
14:00 308 15 105 76 63 18 15 14 70 84 30 223 16 82 65 60 17 14 12
10 312 14 40 236 17
20 312 13 50 228 17
30 320 10 84 60 55 15 13 10
40 300 11 12:00 220 16 110 83 70 19 15 13 91 53
50 316 12 10 228 17
20 240 17
15:00 295 12 1~' 122 82 18 15 12 72 72 30 248 19 115 92 So 20 17 13
10 304 12 40 232 18
20 308 14 50 235 20
30 292 14 100 82 78 15 13 12
40 295 12 13:00 240 19 113 70 60 18 16 14 92 51
50 300 12 10 235 17
20 232 17
16:00 306 13 108 73 64 15 12 11 73 62 30 222 19 112 95 78 20 16 12
14:00 94 47
28 May 1963 Experiment No.3 Tracer Release from 1000 to 1100 CST 22 July 1963 Experiment No. 5 Tracer Release from 1104 to 1204 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RR(%)
10:30 195 12
9:30 298 16 40 200 14
40 295 15 50 210 13
50 305 14
11:00 210 13 83 72 63 12 10 9 85 48
10:00 295 12 78 62 58 15 13 12 67 65 10 216 12
10 282 14 20 223 11
20 292 14 30 208 10 100 88 78 10 8 7
30 286 12 135 80 68 19 15 12 40 204 8
40 292 11 50 183 11
50 275 12
12:00 215 9 98 83 72 14 12 10 87 46
11:00 290 12 130 79 65 14 10 10 68 69 10 186 10
10 292 13 20 174 10
20 305 13 30 160 8 210 115 90 15 12 10
30 321 12 88 70 50 18 14 10 40 186 10
40 304 13 50 150 10
50 305 12
60 13:00 145 12 150 123 96 16 12 10 89 45
12:00 300 8 83 74 14 11 10 68 67
-------
Table 16 (continued). METEOROLOGICAL MEASUREMENTS, HAZELWOOD HIGH SCHOOL
23 July 1963 Experiment No. 6 Tracer Release from 1130 to 1230 CST 26 July 1963 Experiment No. 8 Tracer Release from 1045to 1145 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%)
11:00 132 11 85 58 10:10 160 16
10 135 9 20 166 17
20 155 10 30 162 17
30 128 12 135 102 86 15 10 9 40 170 19 90 75 Go 16 13 10
40 147 10 50 170 19
50 112 10
11:00 164 17 80 65
12:00 122 10 168 120 100 15 12 10 87 52 10 170 16 85 66 52 16 12 10
10 145 11 20 175 19
20 125 11 30 182 17
30 135 11 108 90 76 14 10 9 40 176 18 103 80 64 18 14 12
40 120 9 50 170 18
50 125 9 165
12:00 19 81 59
13:00 140 8 120 103 88 14 10 9 88 48 10 172 17 92 68 53 18 14 12
10 120 8 20 170 17
20 120 10 30 180 17
30 90 12 112 92 80 15 12 10 40 170 18 102 82 64 20 15 12
14:00 88 46 13:00 83 53
25 July 1963 Experiment No. Tracer Release from 1040 to1140 CST 12 September 1963 Experiment No.9 Tracer Release from 1115 to 1215 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%)
10:10 160 10 10:50 334 11
20 170 11
30 168 12 11:00 328 11 83 58
40 164 13 126 88 70 18 12 9 10 340 10
50 156 14 20 332 10 125 91 72 14 11 8
30 326 9
11:00 166 15 84 52 40 330 12
10 148 13 95 76 65 14 11 9 50 328 14 122 95 75 14 12 9
20 145 12
30 155 12 12:00 320 12 83 56
40 138 15 105 90 73 15 13 11 10 325 15
50 130 12 20 332 11 137 85 62 14 12 10
30 318 13
12:00 154 14 85 48 40 320 14
10 155 13 122 92 79 14 10 8 50 324 12 88 72 55 14 11 10
20 150 12
30 140 12 13:00 325 14 83 54
40 133 11 110 88 76 16 12 10 10 327 14
20 314 14 120 88 68 17 13 11
13:00 86 48
W
0
'-I
-------
w
a
():) Table (continued); HIGH SCHOOL
16 METEOROLOGICAL MEASUREMENTS, HAZELWOOD
14 September 1963 Experiment No. 10 Tracer Release from 1045 to 1145 CST 17 September 1963 Experiment No. 12 Tracer Release from20oo to 2030 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S("'4h) 1 3 5 1 3 5 T(OF) RH(~) (CST) D(deg) s(mr) 1 3 5 1 3 5 T(OF) RH(~)
10:20 060 19:30 165
30 063 7 40 152 7
40 038 8 50 158 7
50 065 8 155 132 110 12 8 6
20:00 162 7 28 15 15 3 <2 <2 70 74
11:00 046 8 68 50 10 165 7
10 085 8 20 160 6
20 030 8 148 130 115 12 9 7 30 148 4 28 15 15 <2 <2
30 078 6 40 128 4
40 080 10 50 129 4
50 048 12 165 122 108 15 13 10
21:00 140 4 40 30 30 <2 <2 <2 67 78
12:00 065 8 71 46 10 146 4
10 060 10 20 140 4
20 080 9 132 108 90 13 10 7 30 145 3 35 22 22 <2 <2
30 080 7 40 128 3
40 103 9 50 130 3
50 075 8 160 148 130 13 10 8
22:00 155 4 72 50 42 5 <2 <2 64 84
13:00 73 43 10 168 6
20 165 4
30 158 5 42 25 20 <2 <2
23:00 62 88
16 September 1963 Experiment No. 11 Tracer Release from 1100 to 1200 CST
Time Dire ction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(~)
10:30 162 15
40 160 14
50 165 14
11:00 162 14 103 75 58 15 10 8 79 44
10 152 14
20 166 14
30 178 14 114 82 70 15 12 10
40 142 12
50 162 14
12:00 146 14 95 70 56 14 10 9 81 41
10 156 14
20 150 11
30 180 14 118 97 82 16 12 10
40 158 13
50 168 14
13:00 166 14 105 70 55 14 11 8 82 40
-------
Table 16 (continued). METEOROLOG I CAL MEASUREMENTS, HAZELWOOD HIGH SCHOOL
18 September 1963 Experiment No. 13 Tracer Release from 2000 to 2100 CST 1 April 1964 Experiment No. J.4 Tracer Release from 1200 to 1300 CST
Time Dire ction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1)) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1))
19:30 40 5 1l:30 154 23
40 45 4 40 158 22
50 48 5 50 150 20
20:00 50 6 10 <2 <2 58 98 12:00 158 22 82 66 55 19 17 14 49 50
10 52 6 10 140 21
20 55 6 20 142 18
30 62 5 20 <2 <2 <2 30 148 21 78 60 50 20 16 13
40 50 4 40 148 23
50 40 3 50 150 22
21:00 42 < 2 40 <2 <2 59 96 13:00 140 20 90 65 58 23 18 14 53 42
10 42 <2 10 142 20
20 42 < 2 20 156 19
30 45 < 2 <4 <2 <2 <2 30 148 21 122 82 70 24 19 15
40 60 5 40 158 20
50 72 5 50 158 21
22:00 72 4 25 <2 <2 <2 59 56 14:00 148 19 80 62 58 22 16 12 55 40
10 74 < 2
20 73 <2
30 72 3 <4 <2 <2 <2
40 75 < 2 6 April 1964 Experiment No. 15 Tracer Release from204o to2140 CST
50 70 < 2
Time Direction Range Speed Range
23:00 60 < 2 15 <2 <2 <2 59 97 (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1))
20:10 178 8
20 200 8
30 228 6
40 225 8 60 52 38 6
50 226 10
21:00 220 12 66 39
10 242 14 94 85 .52 14 II 10
20 234 15
30 230 12
40 224 16 72 58 48 14 10 8
50 220 15
22:00 220 13 66 44
10 227 II 62 58 48 14 II 9
20 227 10
30 235 9
40 238 8 62 52 45 6 5 5
50 240 7
23:00 240 7 64 38
10 235 6 10 2 <2 <2
20 231 5
30 220 4
40 190 4 4) 2 <2 <2
W
a 24:00 61 42
~
-------
w
--'
o
Table 16 (continued). METEOROLOGICAL MEASUREMENTS, HAZELWOOD HIGH SCHOOL
7 April 1964 Experiment No. 16 Tracer Release from 2048 to 2148 CST 8 April 1964 Experiment No. 17 Tracer Release from 2030 to 2130 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(";) (CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(";)
20:20 307 15 20:00 256 8 36 58
30 310 16 10 258 9
40 309 13 20 258 10
50 318 9 105 82 68 18 14 11 30 255 10 52 45 35 6 5 4
40 252 9
21:00 320 13 42 54 50 252 8
10 318 15
20 324 12 118 88 68 21 13 10 21:00 250 8 32 25 20 5 35 62
30 322 15 10 250 9
40 322 15 20 262 9
50 325 17 103 82 70 20 15 13 30 264 10 85 56 42 8
40 264 9
22:00 322 15 40 55 50 264 10
10 324 16
20 320 17 92 80 70 20 15 13 22:00 262 11 65 50 40 8 6 4 35 66
30 325 18 10 258 10
40 318 17 20 264 12
50 325 14 98 80 62 23 17 13 30 270 12 65 55 46 8 6 5
40 274 11
23:00 326 16 39 55 50 270 11
10 322 15
20 312 17 118 85 63 21 17 15 23:00 278 11 49 37 30 7 5 4 34 66
30 313 20 10 278 11
40 314 18 20 279 10
50 317 18 110 90 72 23 18 16 30 275 10 50 38 32 6 5 4
24:00 312 17 38 56 24:00 32 68
-------
Table 16 (conti nued) . METEOROLOGICAL MEASUREMENTS, HAZELWOOD HIGH SCHOOL
9 April 1964 Experiment No. 18 Tracer Release :from 2045 to2145 CST 2 June 1964 Experiment No. 19 Tracer Release from 1030 to 1130 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(";) (CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(";)
20:20 202 6 10:00 320 10 59 61
30 200 5 10 328 12
40 180 4 20 315 12
50 182 4 25 2 <2 <2 30 312 14 130 105 88 16 12 8
40 312 12
21:00 185 5 27 50 305 12
10 192 6
20 200 6 22 <2 <2 11:00 315 12 119 102 80 14 10 8 63 58
30 202 6 10 328 12
40 198 7 20 308 11
50 200 8 10 <2 <2 30 315 11 120 98 80 16 12 9
40 325 12
22:00 200 9 28 50 305 12
10 200 9
20 194 9 10 <2 <2 <2 12:00 302 13 142 108 88 15 10 8 66 51
30 198 8 10 320 10
40 204 8 20 316 12
50 204 8 15 <2 <2 <2 30 310 9 145 .114 92 15 10 8
23:00 195 6 30 13:00 69 44
10 182 5
20 170 5 38 2 <2 <2
30 168 5
40 178 6 3 June 1964
50 185 7 30 <2 <2 Experiment No. 20 Tracer Release from 1040 to 1140 CST
24:00 200 7 33 Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(";)
10:20 312 8
30 298 8
40 278 6
50 260 8 218 142 122 14 10 9
11:00 250 6 65 56
10 270 7
20 236 9 250 145 125 16 11 9
30 238 7
40 238 5
50 255 9 203 152 118 14 11 9
12:00 253 9 67 48
10 258 10
20 227 11 172 132 104 13 10 8
30 245 8
40 293 10
50 268 8 185 158 125 14 10 8
13:00 69 40
W
--'
--'
-------
w
--'
N Table 16 (continued). METEOROLOGICAL MEASUREMENTS, HAZELWOOD HIGH SCHOOL
4 June 1964 Experirent No. 21 Tracer Release from 1030 to 1130 CST 7 June 1964 Experiment No. 23 Tracer Release from 113 2 to1232 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(1)) (CST) D(deg) S(mph) 1 3 5 1 3 5 T~~) ~
-------
Table 16 (continued). METEOROLOG I CAL MEASUREMENTS, HAZELWOOD HIGH SCHOOL
10 June 1964 Experiment No. 25 Tracer Release froml033 to 1133 CST 10 October 1964 Experiment No. 27 Tracer Release froml130 to 1230 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(%)
10:00 74 58 11:00 042 7 51 43
10 10 020 5
20 20 044 4
30 30 338 4 268 238 152 10 7
40 40 008 6
50 50 358 5
11:00 77 57 12:00 052 8 209 162 125 10 9 7 53 38
10 10 040 6
20 20 015 5
30 WIND DATA MISSING 30 006 4 258 178 138 9 6
40 40 012 6
50 50 050 9
12:00 79 53 13:00 014 4 218 165 136 11 8 6 55 34
10 10 058 9
20 20 02n 7
30 30 345 4 185 162 130 13 10 6
40
50 81 51 14:00 56 31
13:00
11 June 1964 Experiment No. 26 Tracer Release froml035 to 1135 CST 11 October 1964 Experiment No. 28 Tracer Release fromll05 to 1205 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(%)
10:00 74 67 10:30 154 13
10 40 150 12
20 50 150 13
30 160
40 11:00 13 98 85 70 13 10 8 54 38
50 10 150 12
20 165 13
11:00 79 60 30 172 13 122 92 70 12 10 8
10 40 150 12
20 50 129 12
30 WIND DATA MISSING
40 12:00 133 11 132 110 88 12 10 9 57 35
50 10 142 11
20 152 12
12:00 81 58 30 158 12 137 115 90 15 12 9
10 40 160 13
20 50 145 11
30
40 13:00 168 12 145 120 100 10 12 10 60 32
50
W 13:00 83 54
.......
W
-------
w
--'
+=-
Table 16 (continued). METEOROLOG I CAL MEASUREMENTS, HAZELWOOD HIGH SCHOOL
12 October 1964 Experiment No. 29 Tracer Release from 2000 to 2100 CST 16 October 1964 Experiment No. 30 Tracer Release from 2000 to 2100 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH('1» (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH('1»
19:30 342 6 19:30 222 2
40 315 7 40 218 2
50 322 6 50 218 4
20:00 312 7 52 42 27 2 2 57 61 20:00 228 4 22 4 <2 <2 60 50
10 312 7 10 222 4
20 314 6 20 227 4
30 335 5 59 48 32 2 2 30 227 6 20 <2 <2
40 350 6 40 232 6
50 007 6 50 235 5
21:00 008 6 36 22 11 2 2 <2 57 64 21:00 230 4 15 3 <2 <2 58 60
10 350 6 10 224 5
20 345 6 20 214 5
30 360 6 30 17 7 2 2 <2 30 200 5 32 <2 <2 <2
40 355 7 40 190 4
50 348 7 50 194 5
22:00 344 6 20 12 10 2 2 <2 55 71 22:00 191 5 18 2 <2 <2 56 64
10 348 6 10 190 6
20 355 7 20 176 6
30 350 6 25 11 5 2 2 <2 30 172 6 31 <2 <2 <2
40 356 7 40 186 6
50 360 6 50 192 6
23:00 010 16 8 <2 <2 54 71 23:00 190 6 31 <2 <2 <2 56 54
-------
Table 16 (continued). METEOROLOGICAL MEASUREMENTS, HAZELWOOD HIGH SCHOOL
17 October 1964 Experiment No. 31 Tracer Release from 1315 to 1415 CST 20 October 1964 Experiment No. 33 Tracer Release from 1915 to 2015 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(%) (CST) D(deg) S('T) 1 3 5 1 3 5 T('F) RH(%)
12:50 158 12 18:40 200
13:00 152 13 80 24 50 200 9
10 159 13 19:00 201 9 51 26
20 148 14 98 70 58 12 10 8 10 199 10 16 11 9 3 2 2
30 160 12 20 200 10
40 158 12 30 204 10
50 152 13 72 55 42 13 10 8 40 202 10 18 13 9 3 2 2
14:00 148 14 50 200 11
10 158 14 80 23
20 162 12 78 62 55 12 7 6 20:00 200 11 50 27
30 152 15 10 200 10 22 18 15 4 3 3
40 162 12 20 200 10
50 156 12 79 62 52 13 10 8 30 195 9
15:00 152 12 80 23 40 195 9 26 20 11 2 2
10 153 12 50 192 9
20 150 12 79 60 48 10 6
16:00 80 25 21:00 192 9 49 28
10 191 9 27 14 10 2 2
20 192 9
30 192 9
19 October 1964 Experiment No. 32 Tracer Release from 1945 to 2045 CST 40 190 9 26 16 12 2 2 2
50 190 10
Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(%) 22:00 194 11 48 29
19:10 350 8 10 197 11 31 20 12 3 2 2
20 342 8
30 335 8
40 320 6 90 61 42 6
50 324 6
20:00 316 6 47 47
10 308 7 82 52 34 2
20 310 5
30 310 6
40 307 8 66 58 40 6
50 295 6
21:00 310 6 46 50
10 312 9 68 52 36 6 2
20 309 8
30 310 7
40 310 8 62 53 38 4 3
50 322 9
22:00 325 9 44 58
10 322 9 76 42 32 8 6
20 320 8
30 328 8
W 40 318 8 70 44 29 4 2
--'
CJ1 23:00 42 66
-------
w
........
0"1 Table 16 (continued). METEOROLOGICAL MEASUREMENTS, HAZELWOOD HIGH SCHOOL
2l October 1964 Experiment No. 34 Tracer Release from 1920 to 2020 CST 6 I-t3.rch 1965 Experiment No. 35 Tracer Release from 1230 to1330 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%)
18:30 002 11 12:00 302 16 32 92
40 008 11 10 304 14
50 010 11 20 307 16
30 308 16 88 77 62 15 11 9
19:00 010 12 55 44 32 9 6 58 26 40 306 18
10 012 12 50 303 16
20 012 13
30 012 11 70 54 45 9 5 13:00 302 17 74 63 57 14 11 8 32 90
40 010 11 10 298 18
50 010 10 20 296 18
30 301 18 79 67 56 15 12 10
20:00 014 11 61 45 38 6 4 55 28 40 298 16
10 005 11 50 296 15
20 008 11
30 008 12 66 45 39 8 6 14:00 290 15 80 72 59 15 11 10 32 90
40 005 13 10 292 16
50 010 12 20 292 15
30 294 17 100 80 52 15 12 10
21:00 010 12 69 48 37 9 6 53 29
10 010 10 15:00 32 86
20 010 10
30 005 10 42 41 36 6 4 3
40 008 10
50 008 8
7 I-t3.rch 1965 Experiment No. 36 Tracer Release from 1230 to 1330 CST
22:00 005 8 40 35 29 6 4 50 32
Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) ~~)
12:00 350 13 34
10 340 13
20 346 15
30 348 15 92 72 58 14 12 9
40 348 13
50 349 13
13:00 351 13 99 80 62 11 10 6 34 96
10 347 13
20 347 13
30 354 13 68 55 42 11 9 8
40 356 13
50 350 14
14:00 345 16 72 62 50 13 10 8 34 93
10 350 15
20 351 14
30 351 15 91 62 53 15 10 7
15:00 34 96
-------
Table 16 (continued). METEOROLOGICAL MEASUREMENTS, HAZELWOOD HIGH SCHOOL
8 March 1965 Experiment No. 37 Tracer Release from 2030 to 2130 CST II March 1965 Experiment No. 38 Tracer Release from 2030 to 2130 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) l 3 5 l 3 5 T(OF) ~~%) (CST) D(deg) S(mph) l 3 5 l 3 5 T(OF) RIf,
-------
w
--'
ex> Table 16 (continued). METEOROLOGICAL MEASUREMENTS, HAZELWOOD HIGH SCHOOL
13 Msrch 1965 Experiment No. 39 Tracer Release from1220 to 1320 CST 15 Msrch 1965 Experiment No. 41 Tracer Release from 2050 to 2150 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T('F) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%)
11:50 305 8 20:20 345 8
30 342 9
12:00 300 8 40 44 40 338 9
10 308 7 50 322 6 42 38 35 3 <2
20 280 7 240 148 126 9 7 6
30 292 8 21:00 278 4 48 64
40 304 7 10 305 5
50 310 5 156 125 112 8 6 20 328 7 103 55 45 2 <2
30 338 8
13:00 308 8 43 35 40 349 9
10 329 8 50 358 9 21 18 15 3 2 <2
20 324 6 182 155 130 10 8 6
30 278 8 22:00 014 8 46 45
40 287 6 10 012 6
50 276 6 197 175 150 10 8 6 20 004 8 22 22 16 2 <2
30 012 9
14:00 302 6 45 30 40 012 10
10 225 4 50 012 10 20 15 13 3 2 <2
20 318 6 240 215 195 10 8 6
23:00 023 10 44 66
10 025 10
20 023 10 42 35 28 3 2 <2
30 024 8
40 020 9
14 Msrch 1965 Experiment No. 40 Tracer Release from 1100 to 1200 CST 50 020 8 42 32 26 3 2 <2
Time Direction Range Speed Range 24:00 43 67
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%)
10:30 308 19
40 298 16
50 304 16
11:00 291 18 15 13 12 39 54
10 296 20
20 304 18
30 300 15 19 15 13
40 314 17
50 300 17
12:00 311 18 20 15 13 41 43
10 300 17
20 298 15
30 305 16 18 15 14
40 305 20
50 292 21
13:00 310 18 20 17 15 43 40
-------
Table 16 (continued). METEOROLOGICAL MEASUREMENTS, HAZELWOOD HIGH SCHOOL
16 March 1965 Experiment No. 42 Tracer Release from 2030 to 2130 CST 17 March 1965 Experiment No. 43 Tracer Release from 2000 to 2100 CST
Time Direction Range Speed Range Time Direction Range Speed Range
(CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%) (CST) D(deg) S(mph) 1 3 5 1 3 5 T(OF) RH(%~
20:00 100 19 61 58 19:30 290 28
10 100 20 40 286 25
20 108 21 50 292 26
30 104 21 90 71 57 17 14 11
40 95 19 20:00 292 31 145 92 70 42 35 28 34 73
50 97 18 10 292 32
20 292 26
21:00 96 18 62 54 42 15 12 9 58 63 30 288 27 120 90 65 34 28 24
10 97 17 40 290 27
20 104 19 50 295 30
30 112 20 88 70 55 18 14 12
40 116 20 21:00 292 27 100 84 69 35 30 26 31 71
50 115 20 10 292 27
20 290 24
22:00 115 21 75 65 56 20 16 14 57 70 30 288 24 164 98 82 26 24 20
10 115 20 40 295 24
20 118 20 50 295 26
30 120 21 93 72 61 18 16 13
40 120 22 22:00 298 27 110 90 72 26 22 19 30 72
50 122 23 10 295 29
20 293 26
23:00 122 21 80 68 58 25 18 14 54 76 30 293 24 89 73 60 28 20 17
10 130 21 40 283 22
20 136 21 50 286 23
30 136 24 90 78 58 25 20 15
23:00 287 18 112 85 71 24 21 28 28 73
24:00 53 78
w
--'
~
-------
METEOROLOGICAL MEASUREMENTS ON KMOX-TV TOWER
Data on wind velocity and vertical temperature difference collected on the
KMOX-TV Tower are presented in Tables 17 and 18. The period of record is nominally
from 1 hour before tracer dissemination began to 1-1/2 hours after the ending for
daytime experiments, and to 2 hours after the ending for evening experiments.
*
For each reporting level on the tower, Table 17 lists lO-minute averages
of wind direction and speed and the first, third, and fifth highest ranges of
wind direction and speed during 30-minute intervals. Times (CST) specify the
termination of the sampling periods. Direction ranges less than 4 degrees and
speed ranges less than 2 miles per hour are not given, since they approach the
accuracies of the respective estimations.
Table 18 consists of all available printouts+ of the reference temperature
at 124 feet, and of the temperature differences between 249 and 124 feet and
between 452 and 124 feet. Either five or six printouts of each element occurred
each half-hour. The reference temperature was printed first followed at nominal
2- and 4- minute intervals by the temperature differences for the lower layer and
total layer, respectively. Half-hourly arithmetic averages of each of these
elements are also presented, being separated from the printouts by a horizontal
line. The average values for the listed times (in CST) and the data printouts
preceding the listed times are for the preceding half-hour interval.
*
The Aerovane on the middle level was not installed until May 1964.
+The vertical temperature difference system, in particular, was inoperative during
many of the earlier experiments.
321
-------
TABLE 17.
WIND MEASUREMENTS, KMOX-TV TOWER
Symbols
D(deg)
S(mph)
D Range 1,
Wind direction to the nearest whole degree of azimuth
Wind speed in whole miles per hour
3, and 5: The first, third, and fifth highest direction ranges
in whole degrees of azimuth
S Range 1, 3, and 5: The first, third, and fifth highest speed ranges in
whole miles per hour
Calm - Wind speed less than the threshold speed of the instrument
Missing data, for wind direction ranges, data either missing or
unidentified
C
323
-------
W
N
.j::>
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
27 May 1963 Experiment No. 2 Tracer Release from 1410 to 1440 CST
Lower Level ( 127ft) Middle Level (255 ft) Upper Level ( 459ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg ';'J;h 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
13:30 280 290 15
40 288 17 298 16
50 300 16 290 14
14:00 290 16 liO 93 78 20 14 10 296 13 95 80 54 li 9 6
10 292 18 305 14
20 302 16 302 13
30 310 15 130 104 92 14 li 9 302 14 83 70 55 li 9
40 320 15 300 12
50 308 14 305 li
15:00 325 14 104 90 82 14 9 7 300 9 95 82 62 13 9 8
10 318 15 308 10
20 318 14 298 13
30 304 15 135 97 76 li 9 7 296 13 li8 75 55 15 10 7
40 292 16 285 13
50 308 16 278 14
16:00 320 18 128 92 75 16 12 9 275 15 85 58 53 13 9 7
28 May 1963 Experiment No.3 Tracer Release from 1000 tOllOD CST
Lower Level (127 ft) Middle Level (255 ft) Upper Level (459ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 3 5 1 3 5
9:30 285 20 265 17
40 292 18 270 16
50 300 20 278 16
10:00 305 22 110 70 60 15 9 8 263 16 65 42 40 13 10 8
10 298 20 272 16
20 287 20 278 16
30 290 20 108 60 52 13 8 6 280 16 92 68 45 12 10 9
40 290 18 278 16
50 291, 22 270 16
li:OO 287 22 100 65 50 11, 8 6 270 16 75 65 1,8 13 9 8
10 290 18 272 16
20 290 18 277 16
30 290 ~~ 96 60 52 10 7 5 272 17 80 50 40 11, 11 ~o
1,0 298 18 275 14
50 291 19 265 12
12:00 297 19 120 78 48 13 6 4 280 14 90 65 50 11 10 9
-------
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
19 July 1963 Experiment No. Tracer Release from 1130 to 1230 CST
Lower Level (121 ft) Middle Level (2<;<; ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg ~~h 1 3 5 1 3 5
11:00 215 14 220
10 210 16 218 19
20 216 17 193 19
30 208 19 85 70 58 18 16 13 215 20 90 63 38 21 15 13
40 222 16 220 21
50 215 14 220 17
12:00 232 14 142 103 96 17 14 11 228 17 98 80 54 19 13 11
10 225 14 222 17
20 240 16 235 17
30 225 17 130 102 78 24 20 14 221 20 88 70 56 21 16 14
40 220 15 220 19
50 224 18 220 21
212 22 135 62 52 25 17 13
13:00 215 21 118 93 75 22 19 14 215 23
10 210 17 220 21
20 216 20 214 20 90 53 25 21 17 14
30 215 17 110 90 72 21 19 15
22 July 1963 Experiment No. 5 Tracer Release fromllo4 to 1204 CST
Lower Level !i27 f't) Middle Level (2<;5 ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 'i9~ 't~h 3 5 1 3 5
10:30 182 10
40 175 10 195 13
50 196 10 190 9
11:00 175 10 135 118 95 11 11 8 185 11 130 95 82 14 11 9
10 177 9 182 13
20 195 9 188 13
30 180 10 182 135 95 11 10 9 186 11 120 86 72 14 9 8
40 195 11 188 14
50 180 9 180 13
12:00 162 9 146 100 92 14 10 8 170 13 147 80 58 14 11 9
10 155 9 166 11
20 163 11 175 11
30 157 10 143 103 85 14 11 9 160 9 138 82 58 13 9 7
40 160 11 165 11
C'l 50 142 9 175 13
13:00 175 11 150 115 98 17 12 11 180 13 90 80 65 14 11 10
W
N
lT1
-------
W
N
0'1
Table 17
23 July 1963
Lower Level (1 27 ~t)
Time D 8 D Range S Range
(CST) deg ~h 3 5 1 3 5
11:00 155
10 145 15
20 155 18
30 157 18 130 104 85 13 10 9
40 144 19
50 153 18
12:00 153 19 112 89 75 14 11 9
10 157 17
20 140 20
30 157 18 136 95 78 16 11 9
40 150 18
50 163 17
13:00 155 16 146 115 75 14 9 7
10 142 18
20 163 16
30 165 16 140 115 85 16 11 7
25 July 1963
Lower Level ( 127ft)
Time D 8 D Range 8 Range
(CST) deg mt 1 3 5 1 3 5
10:10 152
20 138 10
30 153 8
40 150 8 223 142 110 13 11 9
50 130 9
11:00 140 11
10 120 13 190 146 122 17 14 11
20 120 14
30 120 13
40 143 11 185 142 110 16 14 11
50 120 12
12:00 135 10
10 150 9 162 125 95 17 14 10
20 140 11
30 126 12
40 146 10 162 122 93 2l 11 9
(continued).
Experiment No.6
D
deg
Experiment Ho.
D
deg
WIND MEASUREMENTS, KMOX-TV TOWER
8
mph
Middle Level (255 ft)
D Range S Range
3 5 1 3 5
1
7
8
mph
Middle Level (255 it)
D Range S Range
3 5 1 3 5
1
Tracer Release from 1130 to 1230 CST
D
deg
138
152
148
120
135
147
132
155
136
125
132
105
Upper Level (459 it)
S '1t' D Range * S Range *
mphl 3 5135
110
100
105
96
Tracer Release from 1040 to 1140 CST
D
deg
155
153
150
153
153
8*
mph
9
8
10
9
9
9
7
9
10
10
7
Upper Level ( 4",it)
D Range * 8 Range"
3 5 1 3 5
1
150
134
142
132
150
150
158
155
145
148
145
9
11
9
9
9
-The instrument boom vas located on the
.lforthwest corner ot the KMOX tower. With a
southeast wind the tower structure creatE'd
turbulence which gave tKlreliable wind traces ..,
-------
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
26 July 1963 Experiment No. 8 Tracer Release from 1045 tOl145 CST
Lower Level (127 ft) Middle Level (255 ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 3 5 1 3 5 deg mph 3 5 1 3 5
10:10 148 13 156 13
20 148 10 152 13
30 140 13 158 13
40 150 12 190 124 105 16 13 12 160 12 250 173 128 20 17 14
50 160 14 158 16
11:00 160 12 160 14
10 157 14 165 128 108 17 15 13 160 16 110 88 72 17 14 13
20 148 12 158 14
30 163 11 172 15
40 175 11 220 132 108 17 15 13 164 16 152 92 75 17 14 12
50 163 13 170 18
12:00 170 13 170 17
10 150 11 180 130 112 14 11 9 158 15 132 86 70 17 16 13
20 160 11 163 15
30 155 11 165 14
40 165 9 160 132 115 17 14 10 170 16 180 114 90 21 17 15
12 September 1963 Experiment No. 9 Tracer Release from 1115 to 1215 CST
Lower Level (127 ft) Middle Level ( 2'i9't) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
10:50 320 9 335 11
11:00 312 9 317 12
10 315 11 335 13
20 325 14 152 125 112 14 11 9 340 14 148 98 75 13 9 7
30 340 13 343 14
40 335 13 340 15
50 330 14 135 114 100 14 11 9 342 14 120 88 62 14 8 6
12:00 329 14 335 17
10 333 15 350 16
20 350 14 152 110 87 15 11 9 342 15 82 60 58 15 8 6
30 323 12 342 16
40 342 13 354 15
50 340 14 143 120 93 14 11 10 350 14 92 62 50 12 7
13:00 328 14 338 16
10 300 12 326 14
20 320 14 158 122 103 15 14 12 340 16 98 72 60 14 9 7
W
N
-.....J
-------
W
N
(X)
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
14 September 1963 Experiment No. 10 Tracer Release from 1045 to 1145 CST
Lower Level ('')7 ft) Middle Level (255 ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
10:20 060 8 060 6
30 053 8 052 6
40 060 7 059 6
50 043 7 132 104 75 7 6 6 062 6 108 82 68 4
1l:00 020 7 039 6
10 044 8 052 7
20 060 7 128 106 88 10 9 7 070 6 110 90 72 9 6
30 065 10 065 9
40 068 10 073 10
50 072 II 107 76 60 10 9 7 083 10 104 62 52 10 8 6
12:00 062 12 075 II
10 050 10 068 9
20 062 9 140 85 70 10 9 076 10 80 75 45 6
30 061 9 072 8
40 060 10 062 9
50 080 8 155 108 90 II 9 6 090 9 125 95 75 10 8 6
16 September 1963
Tracer Release from 1100 to 1200 CST
Experiment No.
II
Time
(CST)
10:30
40
50
Lower Level :127 ft)
D Range S Range
3 5 1 3 5
Middle Level \255 ft)
D Range S Range
3 5 1 3 5
Upper Level (459 ft)
D Range S Range
3 5 1 3 5
D
deg
S
mph
D
deg
S
mph
13:00
D S
deg mph
145 9
140 9
150 9
160 13
140 10
145 II
160 9
150 10
153 8
125 10
135 9
125 10
132 9
140 9
140 8
150 9 158 135 112 14 12 II
1
1
1l:00
10
20
30
40
50
155 115 100 2l 15 II
MISSING
145 125 114 14 12 II
170 130 110 17 15 12
168 118 88 17 14 12
12:00
10
20
30
40
50
-------
17 September 1963
Time D S
(CST) ~ IIlph
19:30 142 6
40 l38 6
50 l50 5
20:00 145 6
10 150 5
20 150 6
30 130 5
40 144 5
50 l32 6
2l:00 140 8
lO 147 6
20 l47 7
30 140 6
40 l68 7
50 162 6
22:00 168 7
10 162 7
20 l60 6
30 l58 6
18 September 1963
Lower Level (12'j: ft)
D S D Range S Range
deg mph 3 5 1 3 5
Time
(CST)
19:30
40
50
20:00
10
20
30
40
50
2l:00
10
20
30
40
50
22:00
10
20
30
40
50
W
N
I..D
Table 17 (continued).
Lower Level 127 ft)
D Range S Range
3 5 1 3 5
WIND MEASUREMENTS, KMOX-TV TOWER
Experiment No. l2
Tracer Release from2000 to 2030 CST
D
deg
Middle Level (255 ft)
D Range S Range
3 5 1 3 5
1
Upper Level (459 ft)
D Range S Range
3 5 1 3 5
S
mph
D
deg
S
mph
l
no 90 72 7 6 6
120 80 78 7 6 6 MISSING
n8 104 88 9 8 6
130 no 94 8 6
122 102 75 7 6
90 75 60 6 6
MISSING
Experiment No. l3 Tracer Release from2000 to 2100 CST
Middle Level ( ?55ft) Upper Level (459 ft)
D S D Range S Range D S D Range S Range
deg mph l 3 5 1 3 5 deg mph l 3 5 1 3 5
85 7
85 7
88 7
88 7 10 <2 <2 <2
88 7
88 6
85 5 10 <2 <2
85 4
85 4
102 4 35 <2 <2 <2
no 4
120 4
125 4 20 <2 <2 <2
130 4
125 4
n8 4 22 <2 <2 <2
no 4
104 4
155 4 60 <2 <2 <2
210 7
200 9
195 8 58 32 28 <2 <2
-------
w
w
C>
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
1 April 1964 Experiment No. 14 Tracer Release from 1200 to 1300 CST
Lower Level (127 ft) Middle Level (255 f't) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 3 5 1 3 5 deg mph 1 3 5 1 3 5
11:30 137 10 14
40 139 11 16
50 147 10 14
12:00 139 11 134 115 97 18 16 14 11 22 20 17
10 139 12 8
20 145 10 12
30 142 12 120 95 82 18 16 14 11 21 19 16
40 129 14 7
50 125 15 11
13:00 142 13 130 90 72 21 18 16 8 20 17 17
10 145 12 8
20 139 11 10
30 127 11 140 95 78 23 18 15 11 22 21 18
40 131 11 14
50 142 10 16
14:00 137 11 138 112 96 21 17 14 13 24 23 20
6 April 1964 Experiment No. 15 Tracer Release from 2040 to 2140 CST
Lower Level. 127 ft) Middle Level (255 f't) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
20:10 170 7 185 23
20 188 9 198 27
30 178 12 190 30
40 175 14 102 79 65 21 15 13 195 33 70 50 42 27 19 17
50 183 13 195 32
21:00 190 15 216 36
10 239 17 164 135 120 22 18 16 260 32 132 115 106 32 22 17
20 261 13 258 36
30 218 7 250 20
40 235 8 134 105 85 19 15 11 250 19 75 58 45 25 18 13
50 241 9 255 24
22:00 238 8 252 21
10 240 5 75 58 42 9 6 250 16 45 24 22 7 6 6
20 225 6 242 18
30 217 7 240 21
40 212 7 63 52 38 9 7 238 18 52 30 25 9 8 6
50 202 9 222 18
23:00 187 8 212 18
10 247 6 123 102 90 10 7 6 265 11 138 118 60 17 11 6
20 250 6 268 11
30 211 5 248 7
40 165 8 115 52 38 11 7 7 198 7 105 42 20 7 2 <2
-------
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
7 April 1964 Experiment No. 16 Tracer Release from2048 to 2148 CST
Lower Level (127 ft) Middle Level (255 ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
20:20 281 14 280 17
30 276 14 283 22
40 283 16 284 22
50 275 14 128 112 100 17 15 12 292 23 88 70 58 15 11 9
21:00 280 14 290 22
10 283 14 280 20
20 279 15 130 106 95 17 15 12 290 22 100 78 62 16 14 10
30 283 14 285 23
40 276 14 282 23
50 288 11 130 105 95 18 16 13 290 19 100 82 72 17 16 15
22:00 289 13 290 22
10 288 16 298 21
20 291 14 122 105 95 18 16 14 292 24 102 80 68 18 16 14
30 300 16 308 25
40 302 18 305 23
50 305 18 110 103 88 19 17 15 297 24 104 80 68 18 15 12
23:00 309 18 308 27
10 306 19 302 23
20 300 16 108 94 82 18 15 13 204 23 88 65 56 16 14 12
30 304 18 308 25
40 301 19 300 25
50 291 16 122 107 92 18 16 14 300 26 82 72 60 16 11 9
24:00 308 17 297 23
8 April 1964 Experiment No. 17 Tracer Release from 2030 to 2130 CST
Lower Level (127 ft) Middle Level (255 ft) Upper Level \ 459rt)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 3 5 1 3 5 deg mph 3 5 1 3 5 deg mph 3 5 1 3 5
20:00 229 10 240 18
10 229 12 232 16
20 231 14 232 18
30 229 13 64 52 42 9 7 230 18 36 32 22 9 7 6
40 232 13 233 17
50 234 11 233 18
21:00 231 13 62 48 40 9 7 6 238 18 50 38 30 9 7 6
10 231 12 235 18
20 235 13 235 16
30 240 12 65 45 40 11 9 7 232 18 48 40 32 9 7 6
40 240 12 232 19
50 244 14 238 20
22:00 230 12 63 52 40 9 7 6 234 19 65 48 40 11 9
10 234 12 235 21
20 241 12 238 21
30 242 12 92 75 58 7 6 238 2l 52 42 30 9 7 6
40 238 12 238 23
50 218 11 238 21
23:00 219 10 70 59 48 10 9 7 242 21 45 32 23 8 6
10 220 12 242 20
LV 20 220 11 243 18
LV 30 215 10 75 56 42 10 8 7 248 18 52 32 28 9 6
-'
-------
w
W
N
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
9 April 1964 Experimen t No. 18 Tracer Release from 2045 to 2145 CST
Lower Level (127 ft) Middle Level (255 it) Upper Level (4.59 it)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 3 5 1 3 5 deg mPh 1 3 5 1 3 5 deg mPh 3 5 1 3 5
20:20 195 7 200 17
30 193 8 200 17
40 193 9 204 19
50 193 8 42 28 20 6 208 19 20 15 12 <2 <2
21:00 198 8 210 20
10 195 9 204 19
20 191 8 52 35 25 198 18 29 15 13 2 <2 <2
30 195 7 205 1.9
40 193 7 205 19
50 191 9 64 40 28 7 6 200 19 22 13 9 2 <2
200 19
22:00 193 7 195 20
10 189 5 183 19 33 22 12 7 2 2
20 170 6 80 58 44 8 6 185 19
30 171 7 188 23
40 173 9 188 23 42 21 11 8 6
50 175 9 98 58 42 9 6
187 22
23:00 179 8 182 2l
10 175 9 184 22 32 23 16 2
20 175 9 79 58 43 7 6 186 2l
30 183 8 185 21
40 183 8 185 21 42 30 2l 7
50 193 8 65 53 38 7 6 6
188 21
24:00 193 7
2 June 1964 Experiment No. 19 Tracer Release from 1030 tOl130 CST
Lower Level (127 ft) Middle Level (255 ft) Upper Level (4'59 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 3 5 1 3 5 deg mPh 3 5 1 3 5 deg mPh 1 3 5 1 3 5
10:00 285 9 292 12 298 12
10 292 13 285 14 290 14
20 275 12 270 14 290 15
30 305 11 134 112 92 11 8 299 14 126 102 82 16 10 8 303 14 92 72 59 11 9
40 310 13 300 14 305 16
50 292 9 282 12 282 14
11:00 270 14 142 119 95 14 8 7 276 16 .128 98 80 18 9 282 15 115 98 78 15 11 8
10 262 12 259 14 268 14
20 275 14 278 14 282 14
30 285 11 148 122 105 14 9 8 295 12 130 104 90 15 10 8 295 13 122 100 82 10 7 6
40 270 14 269 15 280 15
50 305 12 309 14 303 14
12:00 285 14 160 126 108 16 12 8 278 15 130 102 86 14 9 280 15 122 90 75 14 8 7
10 298 12 298 16 300 16
20 314 12 308 14 300 14
30 285 14 132 116 95 14 9 8 279 15 132 94 74 16 9 7 258 15 107 76 60 14 9 7
-------
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
3 June 1964 Experiment No. 20 Tracer Release from 1040 to 1140 CST
Lower Level (127 ft) Middle Level ( 255 ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 3 5 1 3 5
10:20 210 7 212 7 230 8
30 208 8 222 9 225 8
40 230 -7 235 8 235 7
50 252 10 190 165 130 12 9 7 253 10 198 162 142 10 8 6 252 9 152 123 103 13 8
11:00 238 7 246 7 270 7
10 280 9 282 11 270 11
20 270 7 200 152 114 12 9 7 280 7 203 158 122 15 11 9 270 8 139 115 92 11 9
30 240 10 240 11 242 10
40 235 7 236 10 242 8
50 258 10 127 104 96 10 8 7 256 10 142 110 85 13 11 9 240 9 116 83 65 11 9
12:00 235 7 245 8 222 9
10 240 9 248 9- 252 9
20 300 S 202 166 130 10 8 7 275 8 175 146 120 13 9 8 258 8 208 150 128 14 9
30 240 7 230 9 230 9
40 248 9 239 9 238 8
50 272 9 222 191 155 12 9 8 268 11 226 182 1"(0 14 10 7 262 10 168 122 110 10 8 6
4 June 1964 Experiment No. 21 Tracer Release from 1030 to 1130 CST
Lower Level ( 127 ft) Middle Level ( 255ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
10:00 172 8 180 9 190 9
10 186 8 178 10 180 9
20 182 7 188 8 188 7
30 205 6 159 118 96 8 6 192 7 118 96 72 9 7 6 180 7 142 95 62 9 7 6
40 180 6 180 7 183 6
50 150 7 158 8 165 9
11:00 162 8 180 135 120 9 7 6 152 7 - 142 101 85 9 7 6 162 7 185 85 56 9 7
10 152 7 138 6 162 7
20 160 5 148 5 168 7
30 126 6 198 156 128 8 7 150 5 108 90 78 8 7 7 152 4 160 122 90 9 8 8
40 118 7 130 6 150 5
50 150 6 138 5 150 4
12:00 135 5 146 125 108 10 7 6 125 6 132 115 88 8 7 6 158 4 208 138 110 9 8 7
10 135 7 120 7 152 3
20 112 8 120 7 168 3
30 110 8 126 105 85 10 7 112 7 130 90 70 9 8 7 140 4 220 185 159 8 6 6
w
w
w
-------
w
W
+::0
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
6 June 1964 Experiment No. 22 Tracer Release from 1130 to 1230 CST
Lower Level (127 ft) Middle Level ( 255ft) Upper Level ( 459ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 3 5 1 3 5 deg mph 3 5 1 3 5 deg mph 1 3 5 1 3 5
11:00 170 7 173 9 174 12
10 172 11 170 11 177 13
20 185 9 180 9 182 11
30 172 9 145 98 72 15 8 6 175 13 100 72 63 14 9 7 180 14 110 74 53 10 7 6
40 188 9 182 12 178 14
50 180 11 184 11 187 15
12:00 188 9 165 94 75 14 10 7 178 11 138 77 62 11 10 8 183 13 88 62 46 11 9 6
10 192 9 185 10 180 12
20 190 11 180 14 182 15
30 191 9 145 103 75 15 9 7 190 11 142 94 69 14 12 8 194 12 120 94 71 16 11 9
40 173 8 183 9 175 11
50 187 8 178 9 182 12
13:00 185 9 154 118 99 12 10 8 182 13 144 110 85 14 10 8 185 14 110 82 65 12 9 7
10 186 9 181 12 184 13
20 172 11 172 13 180 14
30 170 9 143 120 92 14 10 7 177 11 124 100 73 14 9 7 188 15 118 80 61 11 7 7
7 June 1964 Experiment No. 23 Tracer Release from li32 to 1232 CST
Lower Level ( 127 ft) Middle Level ( 255ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 3 5 1 3 5
11:00 208 10 202 11 204 9
10 223 9 228 12 212 10
20 204 10 200 14 204 14
30 202 11 126 104 89 15 11 9 205 16 122 98 82 18 13 9 210 14 116 88 74 13 10 7
40 222 13 220 14 222 14
50 226 14 232 15 233 13
12:00 242 13 160 100 81 14 11 9 238 16 123 92 72 15 11 9 239 12 110 78 62 14 10 8
10 239 11 232 14 226 14
20 232 13 232 15 232 14
30 214 12 132 100 68 11 8 7 213 14 108 82 63 12 10 7 216 13 88 65 54 11 7 6
40 214 14 220 14 226 13
50 229 9 226 12 222 12
13:00 210 10 118 98 79 12 10 8 214 10 93 78 68 11 10 8 229 9 108 82 68 12 9 7
10 250 9 246 9 232 8
20 240 12 236 13 230 13
30 233 10 128 105 82 14 10 8 238 13 99 80 63 13 9 7 232 11 122 82 65 10 9 7
-------
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
9 June 1964 Experiment No. 24 Tracer Release from 1030 tal130 CST
Lower Level (127 ft) Middle Level (255 ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 3 5 1 3 5
10~00 202 16 190 20 198 19
10 208 14 195 20 200 22
20 295 16 195 .21 195 22
30 198 18 108 95 82 20 17 15 190 22 115 90 72 20 17 14 197 21 82 63 52 18 14 11
40 197 16 187 19 188 18
50 185 13 176 18 190 20
11:00 182 15 150 118 98 21 17 15 188 21 115 85 69 23 18 15 192 23 109 78 60 21 17 13
10 198 18 188 22 188 25
20 190 18 182 23 190 26
30 198 17 122 100 84 23 19 16 190 23 95 79 65 22 19 15 192 25 67 52 45 19 15 11
40 188 1, 187 25 190 27
50 190 17 185 21 188 23
12:00 185 17 112 90 75 19 16 14 186 22 91 72 63 21 18 15 190 25 59 45 35 19 15 11
10 196 17 187 22 193 23
20 190 19 188 24 191 26
3\ 198 16 108 88 72 23 18 15 182 21 92 75 60 22 16 15 191 24 55 42 31 22 15 11
10 June 1964 Experiment No. 25 Tracer Release from 1033 to 1133 CST
Lower Level (12); ft) Middle Level (255 ft) Upper Level ( 459ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
10:00 355 7 350 9 342 7
10 015 7 006 9 340 7
20 012 6 360 7 333 6
30 338 6 193 146 124 8 6 360 7 185 143 110 8 6 6 347 6 192 163 130 9 7 6
40 342 8 342 9 332 7
50 060 6 268 7 324 6
11:00 340 6 264 227 188 9 6 334 8 .250 188 123 9 7 328 7 200 145 110 9 7 6
10 355 5 342 7 320 5
20 324 5 336 7 305 5
30 348 6 144 122 96 9 7 340 8 155 110 93 7 6 6 313 7 135 123 98 7 4
40 010 6 030 7 322 6
50 258 8 3,8 8 332 7
12:00 360 5 326 268 239 15 10 7 332 b 262 23'6 212 10 8 7 298 5 350 275 182 9 7
10 342 5 338 7 316 7
20 024 6 354 8 340 7
30 346 6 182 150 122 10 7 6 346 7 260 163 138 12 9 8 312 7 242 168 145 9 7 6
w
w
U'1
-------
w
W
0"'1
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
11 June 1964 Experiment No. 26 Tracer Release from 1035 to 1135 CST
Lower Level (127 ft) Middle Level (255 :rt) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 3 5 1 3 5
10:00 82 8 97 12 92 9
10 80 8 96 12 92 9
20 92 11 105 13 95 11
30 100 9 88 76 58 10 8 6 108 12 90 75 56 9 7 100 9 111 74 62 11 8 6
40 88 12 102 13 91 13
50 78 16 90 17 84 15
11:00 88 12 112 85 67 16 10 9 100 14 95 76 60 14 12 9 83 13 82 58 48 12 9 7
10 96 9 102 12 96 9
20 123 8 130 11 121 7
30 133 7 155 129 103 12 9 8 150 9 142 120 92 9 8 6 152 8 154 135 100 13 9 7
40 122 7 148 9 160 8
50 150 7 154 8 168 8
12:00 170 8 182 159 138 10 8 6 169 10 118 93 67 9 7 6 161 9 132 110 90 13 9 8
10 151 7 159 9 163 7
20 167 7 178 8 173 8
30 200 7 162 142 125 11 8 6 200 10 182 138 118 11 8 6 180 9 146 88 69 14 9 9
10 October 1964 Experiment No. 27 Tracer Release from 1130 to 1230 CST
Lower Level (127 ft) Middle Level .25<; ft) Upper Level (4<;q i't)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 3 5 1 3 5
11:00 048 7 035 8 050 6
10 045 7 358 8 042 7
20 049 7 015 9 051 9
30 012 6 182 149 108 9 6 352 7 120 99 86 6 020 5 122 108 90 9 7 6
40 058 7 038 7 052 8
50 030 7 004 6 046 7
12:00 065 7 192 158 132 8 6 6 015 8 . 128 100 85 9 7 6 078 8 172 132 91 9 7 6
10 030 7 322 6 052 8
20 052 8 010 7 070 9
30 028 7 135 115 100 9 7 6 004 7 210 171 123 9 7 6 045 8 142 112 80 10 8 6
40 060 6 358 6 078 8
50 068 6 010 6 050 8
13:00 052 5 142 105 88 8 6 012 7 137 108 92 8 6 060 7 144 122 95 8 6
10 360 7 012 8 041 7
20 028 6 018 6 038 7
30 056 7 175 140 120 9 7 6 360 6 145 100 71 6 053 7 172 142 120 8 6
-------
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
n October 1964 Experiment No. 28 Trbcer Release from n05 to 1205 CST
Lower Level (i27 ft) Middle Level (255 ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range" S Range"
(cm) deg mph 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
10:30 140 7 90 8 175 9
40 170 9 85 n 180 7
50 148 9 96 9 182 9
n:oo 126 9 242 150 n4 13 9 7 108 9 105 89 70 10 8 7 168 6
10 n8 8 92 7 162 6
20 120 9 94 8 170 7
30 140 7 150 104 70 14 9 92 8 146 90 62 n 8 6 165 6
40 120 9 90 9 185 6
50 123 8 95 7 180 4
12:00 136 9 135 no 87 17 12 8 n2 8 138 no 95 9 8 6 168 7
10 130 7 88 8 170 7
20 150 7 85 9 172 8
30 128 9 154 n2 80 14 n 9 100 8 102 88 69 10 7 6 175 6
40 128 7 100 7 162 6
50 120 9 95 7 176 6
13:00 n8 7 128 92 74 15 n 9 125 7 126 102 82 n 8 6 185
I
*The instrument boom was located OD the north-
west corner of the KMOX tower. With a
southeast wind the tower structure created
turbulence which gave unreliable wind traces.
12 October 1964 Experiment No. 29 Tracer Release from 2000 to 2100 CST
Lower Level (127 ft) Middle Level (255 ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
19:30 342 6 10 348 n
40 318 7 10 340 12
50 305 7 10 333 n
20:00 306 7 102 79 62 10 6 2 328 10 15 <2 <2
10 305 7 n 320 9
20 316 8 12 320 12
30 330 9 92 73 60 7 6 10 7 2 328 13 38 22 15 2
40 343 7 9 336 n
50 346 7 10 343 n
21:00 355 7 96 72 60 6 4 9 6 348 12 42 30 18 2 <2
10 352 7 10 348 13
20 358 7 10 349 14
30 359 7 78 62 53 7 10 2 350 13 30 16 10 2 <2
40 350 7 9 350 12
50 352 6 9 342 n
22:,00 006 5 92 69 53 2 9 347 n 30 14 8 2 <2
10 010 6 8 356 13
20 012 6 9 360 n
30 008 7 80 62 41 6 2 9 2 2 355 10 30 15 7 2
40 010 7 9 356 9
50 016 6 9 003 n
LV 23:00 020 6 58 46 34 2 9 2 005 10 28 15 7 2 2
LV
........
-------
w
w
(X)
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
16 October 1964 Experiment No. 30 Tracer Release from 2000 to 2100 CST
Lower Level ( 127 ft) Middle Level (255 ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 3 5 1 3 5 deg mph 1 3 5 1 3 5
19:30 162 3 170 2 182 <2
40 168 3 176 3 180 <2
50 162 3 178 5 180 2
20:00 168 3 53 42 32 <2 <2 179 6 18 1,. <2 <2 180 3 10 2 <2 <2
10 170 4 180 7 180 4
20 172 4 189 7 182 4
30 186 5 28 <2 <2 196 8 29 2 <2 <2 185 5 10 2 <2 <2
40 200 4 200 8 190 5
50 200 5 200 8 195 5
21:00 195 4 15 <2 <2 200 8 10 2 <2 <2 198 5 10 <2 <2 <2
10 186 3 200 8 198 5
20 156 3 190 8 190 6
30 170 3 128 82 50 <2 <2 185 8 25 2 <2 <2 180 7 20 2 <2 <2
40 180 3 184 7 180 7
50 180 3 187 8 180 8
22:00 195 4 52 36 14 <2 <2 190 8 28 <2 <2 175 8 10 2 <2 <2
10 190 5 192 9 175 8
20 185 5 195 11 175 8
30 188 6 25 12 <2 <2 191 12 12 <2 <2 178 9 12 <2 <2 <2
40 180 6 190 11 175 10
50 186 6 188 10 172 11
23:00 182 25 12 <2 <2 190 11 14 <2 <2 173 11 10 <2 <2 <2
17 October 1964 Experiment No. 31 Tracer Release from 1315 to 1415 CST
Lower Level (127 ft) Middle Level (255 ft) Upper Level (4.59 ft)
Time D S D Range S Rang. D S D Range S Range D S D Range S Range
(CST) deg mph 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
12:50 165 8 162 9 163 9
13:00 142 8 145 9 156 9
10 128 8 152 8 162 11
20 160 9 152 112 95 14 10 8 160 10 103 88 79 12 9 158 10 96 70 52 14 11 8
30 132 8 140 9 153 9
40 128 7 140 9 155 8
50 130 7 158 116 102 12 9 7 148 8 137 98 89 12 8 6 154 9 108 88 60 14 10 8
14:00 138 7 148 9 164 9
10 142 8 150 a 163 9
20 144 7 176 114 90 14 10 7 141 5 142 99 82 12 8 152 7 131 92 70 14 10 7
30 140 7 150 8 162 9
40 130 7 148 9 158 9
50 132 6 150 92 62 12 9 7 150 8 120 92 76 10 7 162 9 132 100 73 14 10 8
15:00 140 7 153 9 160 9
10 128 7 146 9 156 10
20 142 7 115 88 74 12 9 7 156 8 118 90 78 12 8 6 162 11 127 88 70 17 10 9
-------
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
19 October 1964 Experiment No. 32 Tracer Release from 1945 to 2045 CST
Lower Level ('°7 ft) Middle Level (255 ft) Upper Level (4'ig ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
19:10 345 9 ~4~ 10 002 9
20 348 9 11 350 11
30 338 9 347 11 350 12
40 348 8 126 78 61 11 7 6 350 10 85 58 36 11 9 6 358 11 85 52 35 9 7
50 342 9 350 11 352 11
20:00 330 8 332 10 338 12
10 333 8 116 95 70 11 9 6 336 9 92 70 52 7 340 9 110 72 50 9
20 328 8 330 11 338 11
30 334 8 328 10 333 11
40 310 8 106 95 11 9 7 6 315 9 90 72 50 8 6 308 10 110 90 60 7 6
50 322 10 322 11 322 12
21:00 312 8 316 9 312 9
10 292 9 90 85 65 9 7 304 11 105 75 55 6 308 10 100 76 59 6
20 300 8 304 9 308 10
30 308 8 312 9 315 10
40 318 9 108 92 73 7 320 11 100 78 58 8 6 319 11 98 76 55 9 7
50 315 9 317 10 316 10
22:00 323 10 328 12 330 12
10 320 8 110 92 70 9 7 325 9 90 72 52 9 8 6 330 14 106 69 40 9 7
20 328 10 330 11 335 16
30 329 10 332 11 334 14
40 330 11 111 92 68 11 7 332 12 72 53 40 10 8 6 336 14 70 50 33 12 7
20 October 1964 EX);!eriment No. 33 Tracer Release from 1915 t02015 CST
Lower Level (127 f't) Middle Level ( 255 ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 3 5 1 3 5 deg mph 3 5 1 3 5
18:40 204 11 199 17 204 21
50 198 10 202 17 205 22
19:00 202 11 205 -18 210 24
10 198 11 71 62 52 10 9 7 200 17 75 58 45 10 9 8 210 24 34 26 17 7 6 4
20 195 10 194 17 202 23
30 199 11 204 18 208 25
40 198 11 92 75 61 12 10 7 202 18 - 72 58 48 14 13 11 209 26 42 33 25 9
50 195 11 198 18 204 26
20:00 190 12 197 17 200 26
10 194 10 80 69 59 11 10 8 198 17 08 55 42 14 11 9 204 27 39 29 20 9 7 6
20 194 13 199 18 204 27
30 192 14 196 20 205 27
40 197 15 92 73 62 15 12 10 196 21 68 59 46 17 15 13 205 26 39 28 21 10 7 6
50 196 14 200 20 204 26
21:00 196 15 200 21 204 26
10 195 15 85 72 58 14 11 9 202 20 69 54 40 11 9 7 207 26 35 22 18 9 6
20 195 14 198 20 208 26
30 193 14 199 19 208 26
40 197 14 80 72 58 10 9 8 200 19 82 55 41 14 10 9 208 24 32 20 16 8 6
50 198 14 198 20 208 26
W 22:00 198 13 198 18 208 26
W 10 198 13 90 70 59 13 11 7 200 20 64 56 44 15 12 9 210 27 32 21 17 8
1..0
-------
w
.j:::o
a
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
21 October 1964 Experiment No. 34 Tracer Release from 1920 to 2020 CST
Lower Level (,?7 ft) Middle Level (>55 ft) Upper Level (4'iQ ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
18:30 352 11 358 17 002 21
40 358 11 360 16 012 2l
50 004 12 005 16 014 18
19:00 005 13 108 89 78 12 9 7 012 16 72 55 48 11 9 8 015 19 51 40 30 10 8
10 010 14 015 14 022 19
20 010 11 017 15 017 17
30 010 10 98 90 66 14 10 8 012 14 63 51 40 10 8 7 015 12 61 39 30 9 8 6
40 010 10 012 I; 018 16
50 360 10 010 13 015 17
20:00 006 9 89 70 59 10 9 7 016 13 52 46 38 10 8 7 015 17 50 41 26 9 7
10 009 11 010 16 015 18
20 008 14 010 17 015 19
30 005 13 98 69 59 10 8 7 012 16 55 41 38 11 9 7 016 17 43 36 29 10 8 6
40 012 9 015 14 020 17
50 011 13 015 15 028 20
21:00 009 13 94 71 59 11 10 7 017 16 70 60 42 10 8 022 21 40 32 21 11 7 6
10 010 12 019 15 025 2l
20 008 13 015 16 022 21
30 009 11 95 70 60 12 10 7 015 16 45 36 30 10 8 7 020 20 23 17 10 7 6
40 008 9 016 14 024 18
50 010 11 015 14 025 18
::2:00 008 12 85 63 52 10 9 7 012 15 44 31 25 8 6 020 18 22 18 10 3 2
6 Mnch 1965 Experiment No. 35 Tracer Release from 1230 tol330 CST
Lower Leve 1 (,?7 ft) Middle Level (2:>5 ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
12:00 295 13 298 14 316 14
10 274 15 282 18 311 17
20 275 15 283 18 309 18
30 280 13 100 78 63 12 10 9 295 15 89 66 57 14 10 7 314 16 65 50 38 9 8 7
40 272 13 284 15 306 15
50 286 15 293 16 308 17
13:00 278 15 98 86 74 14 11 9 283 17 92 66 55 11 9 8 308 20 88 60 45 14 9 7
10 278 17 283 21 302 22
20 272 14 282 20 305 2l
30 278 14 98 82 65 15 14 9 288 18 78 59 48 11 10 9 310 22 64 52 41 11 8 6
40 279 13 292 16 310 18
50 278 15 285 17 309 18
14:00 275 15 100 88 68 15 13 9 286 17 90 71 59 12 11 7 307 19 84 58 50 14 10 7
10 275 14 282 15 305 16
20 286 13 290 16 309 18
30 282 14 121 99 81 15 12 10 292 16 91 75 61 14 10 8 310 18 82 63 52 14 9 6
-------
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
7 March 1965 Experiment No. 36 Tracer ReleasE. f'rom 1230to 1330 CST
Lower Level! 127 ft) Itiddle LeV€ 1 (255 ft) Upper Level (.59 ft)
Time D S D Range S Range D S D R&.nge S Range D S D Range S Range
(CST) deg mph 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 3 5 1 3 5
12:00 352 9 356 11 010 11
10 350 8 359 9 010 10
20 342 8 352 10 004 11
30 335 10 138 122 104 11 9 7 342 11 90 76 62 7 6 004 13 85 70 53 9 7
40 002 11 358 12 018 14
50 354 13 354 15 012 14
13:00 342 11 129 100 85 14 10 8 347 13 85 70 60 9 7 6 352 12 84 70 59 11 9 7
10 328 9 330 12 352 13
20 330 11 339 13 360 13
30 338 12 121 105 88 11 9 7 341 15 119 88 60 10 7 6 360 14 91 rr 50 9 7
'00 "
40 325 ~1 335 13 360 13
50 342 13 346 15 008 15
14:00 348 10 139 106 89 11 10 7 350 11 102 79 54 10 8 008 13 70 59 45 9 8 5
10 342 13 343 14 360 14
20 336 12 341 14 352 14
30 330 11 140 108 90 15 12 9 340 13 92 72 55 10 7 6 354 15 78 "5 42 10 7 6
8 March 1965 Experiment No. 37 Tracer Release from 2030 to 2130 CST
Lower Level (127 ft) Middle Level! 255 ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 3 5 1 3 5
20:00 275 14 282 18 300 22
10 278 16 284 18 302 20
20 272 16 285 18 302 20
30 270 15 88 66 59 16 14 11 282 1, 88 65 55 16 11 8 302 19 89 50 45 11 9 9
40 269 15 2e.2 16 302 17
50 271 14 200 15 300 17
21:00 270 15 102 78 61 17 14 11 ::,4 17 91 76 60 14 11 8 308 18 05 05 42 13 10 S
10 278 15 ~~5 10 :,08 18
20 272 15 205 17 301 18
30 275 15 89 71 59 14 12 9 285 IS 79 60 49 11 9 301 20 72 58 40 11 10 6
40 260 15 287 17 304 21
50 272 15 288 17 305 20
22:00 275 15 98 75 60 16 14 9 286 17 98 70 52 11 9 308 21 64 50 40 15 11 8
10 266 16 292 18 312 22
20 280 16 295 17 316 23
30 292 14 118 104 80 18 15 11 302 17 95 84 65 16 14 11 322 22 105 71 59 16 12 9
40 290 14 325 16 322 19
50 278 12 300 15 320 18
23:00 282 14 85 80 70 14 11 9 292 17 79 62 55 15 13 10 310 18 82 58 50 14 11 9
10 274 15 290 10 312 18
20 280 15 290 17 312 20
30 285 13 125 90 76 15 14 9 295 16 90 75 65 14 13 12 323 18 88 70 58 l'c 14 12
W
.j::>
--'
-------
w
~
N
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
11 March 1965 Experiment No. 38 Tracer Release from 2030 t02130 CST
Lower Level 127 1't) Middle Level (255 1't) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 3 5 1 3 5
20:00 220 9 244 8 270 9
10 210 6 240 7 272 9
20 208 6 240 7 263 9
30 216 7 68 55 45 4 2 240 7 58 44 30 2 274 9 39 29 15 2 <2
40 236 7 262 8 292 10
50 255 6 282 9 308 10
21:00 268 8 110 88 62 7 6 294 10 95 67 54 8 6 320 11 105 69 46 6
10 274 8 305 9 340 10
20 308 8 322 9 349 10
30 318 8 150 98 75 7 328 9 90 65 52 7 6 355 10 65 55 42 7 2
40 332 6 342 7 008 9
50 332 6 350 9 018 10
22:00 338 5 92 62 53 7 345 6 78 59 42 6 010 8 92 75 61 7 6 4
10 328 6 338 6 003 8
20 345 7 358 7 010 9
30 342 7 152 93 64 4 360 9 99 74 62 7 6 018 11 95 72 65 7
40 345 7 356 9 015 10
50 348 6 359 8 02l ]0
23:00 353 7 92 69 55 7 4 008 8 75 41 38 7 4 024 11 89 70 61 7 6 4
10 001 8 012 9 031 10
20 358 6 010 9 028 9
30 360 7 88 59 51 6 2 015 8 81 52 32 6 4 032 9 92 73 65 6 2
13 March 1965 Experiment No. 39 Tracer Release from 1220 to 1320 CST
Lower Level (127 ft) Middle Level \ 255 ft) Upper Level (459 1't)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
11:50 290 295 6 340 7
12:00 336 5 348 5 350 7
10 316 5 315 6 296 6
20 324 6 205 180 172 7 336 5 215 188 168 6 6 342 6 288 249 207 6 6
30 290 " 315 7 338 7
40 330 7 340 7 357 8
50 292 6 230 182 148 8 6 334 6 205 177 135 10 7 6 342 8 227 148 112 8 7 6
13:00 288 6 304 6 332 7
10 360 5 352 5 005 7
20 017 5 252 198 175 7 6 6 018 6 200 178 163 9 7 042 7 280 196 160 7 6
30 038 7 030 7 055 7
40 048 8 065 8 060 9
50 310 6 312 232 184 9 7 6 338 7 242 222 208 8 7 6 290 7 313 258 230 8 6
14:00 330 2 008 4 292 5
10 240 3 304 4 283 6
20 250 5 250 229 207 6 268 7 270 258 235 7 G 255 6 265 209 175 6
-------
Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
14 March 1965 Experiment No.. 40 Tracer Release from 1100 to 1200 CST
Lower Level Q27 ft) Middle Level (200 ft) Upper Level (4,Q ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
10:30 285 12 309 14 318 17
40 270 14 292 14 314 15
50 286 14 311 16 327 17
11:00 265 14 138 120 94 15 12 9 288 15 122 104 91 16 11 9 305 16 101 85 68 14 12 8
10 282 13 300 13 308 16
20 270 13 291 14 318 16
30 274 15 147 118 98 18 14 9 292 15 125 107 92 14 12 8 312 16 130 103 82 15 11 9
40 268 13 288 15 310 16
50 270 16 282 15 303 18
12:00 265 16 194 129 100 21 17 13 281 18 122 103 90 21 17 15 317 23 122 98 82 22 18 16
10 283 16 304 17 330 20
20 276 18 299 18. 322 22
30 272 16 138 120 97 17 14 12 299 17 123 88 72 17 14 11 316 21 98 72 65 17 14 12
40 260 18 278 19 309 22
50 270 16 290 17 312 21
13:00 272 14 112 97 80 18 16 14 290 18 107 78 68 16 15 12 313 21 82 72 58 16 13 12
15 M>.rch 1965 Experiment No. 41 Tracer Release from 2050 to 2150 CST
Lower Level (127 ft) Middle Level (255 ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
20:20 309 4 331 8 348 9
30 314 3 338 8 355 9
40 314 4 334 8 356 10
50 312 4 69 50 36 2 <2 332 7 71 53 41 2 351 9 55 40 29 2 <2
21:00 305 4 338 7 355 9
10 310 4 334 9 360 11
20 303 5 62 48 38 <2 331 10 52 41 34 2 360 11 42 20 20 2 <2
30 315 6 339 10 002 12
40 321 7 343 11 010 13
50 318 6 79 58 49 <2 343 11 54 42 30 3 2 010 13 10 <2 <2 <2
22:00 330 7 345 11 010 14
10 348 7 005 11. 018 14
20 350 7 108 76 65 7 010 11 62 53 50 6 2 032 14 28 12 10 2 <2
30 360 6 021 12 041 14
40 005 9 025 14 043 15
50 008 9 95 60 52 032 14 56 45 39 7 052 16 23 2 <2
23:00 008 8 030 13 050 14
10 014 7 033 12 058 14
20 020 6 88 65 52 6 048 11 68 60 48 060 14 30 18 10 2
30 038 4 055 8 068 9
40 050 2 040 7 058 11
50 062 3 55 32 20 2 <2 042 7 110 91 70 2 062 10 55 43 28 6
W
~
W
-------
W
+::0 Table 17 (continued). WIND MEASUREMENTS, KMOX-TV TOWER
+::0
16 M9roh 1965 Experiment No. 42 Tracer Release from 20 30 to 2130 CST
Lower Level :121 ft) Middle Level [255 ft) Upper Level ;4SQft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 1 3 5 1 3 5
20:00 82 U 105 16
10 88 10 U2 14
20 92 13 u4 15
30 92 U 132 104 78 14 U 8 uo 15 108 80 60 15 U 9
40 91 10 U4 16
50 93 12 u4 15
MISSING
21:00 96 14 U5 88 78 19 10 9 120 18 95 72 60 18 16 u
10 98 15 123 22
20 102 15 120 20
30 102 13 129 102 72 17 16 14 130 17 107 72 59 21 18 15
40 104 17 126 2l
50 102 15 125 20
22:00 100 13 U5 100 78 20 17 15 121 2l 92 72 58 18 16 14
10 100 17 122 21
20 102 19 124 20
30 105 17 uo 98 75 29 23 17 130 17 89 72 65 20 17 15
40 108 18 130 17
50 105 15 125 17
23:00 U2 15 120 96 82 21 16 14 133 17 90 78 65 21 16 13
10 uo 15 133 17
20 u8 14 136 15
30 U2 13 122 105 90 21 17 15 140 17 105 92 68 20 18 15
17 March 1965 -r:xperiment No. 43 Tracer Release from 2000 to 2100 CST
Lower Level (127 ft) Middle Leve 1 \ 255ft) Upper Level (459 ft)
Time D S D Range S Range D S D Range S Range D S D Range S Range
(CST) deg mph 3 5 1 3 5 deg mph 1 3 5 1 3 5 deg mph 3 5 1 3 5
19:30
40
50
20:00
10 254 27
20 262 26
30 260 23 U5 90 71 28 23 21 285 30 293 36
40 264 20 282 29 298 32
50 262 25 294 25 298 28
21:00 258 24 u6 95 78 29 25 23 300 23 74 65 60 25 22 20 300 27 85 64 52 27 22 19
10 255 22 296 25 295 29
20 262 24 290 32' 288 35
30 268 22 102 81 75 22 17 15 280 28 109 68 56 28 23 21 290 30 82 68 50 27 23 20
40 260 22 288 25 295 28
50 254 2l 292 24 300 28
22:00 262 24 u9 78 68 23 18 15 295 23 89 69 59 20 16 15 296 25 73 59 36 23 20 15
10 262 21 280 24 284 26
20 260 22 284 25 290 27
30 255 19 U5 100 80 21 16 15 290 23 92 73 62 2l 17 15 295 27 85 75 54 18 15 u
40 261 23 290 23 300 28
50 256 22 283 23 285 25
23:00 258 19 87 71 60 20 17 13 286 22 95 82 70 19 15 13 290 25 90 79 51 17 15 u
-------
TABLE 18.
VERTICAL TEMPERATURE-DIFFERENCE MEASUREMENTS, KMOX-TV TOWER
Symbols
T (OF)
r
6Tl
Temperature at 124 feet in whole degrees Fahrenheit
Temperature at 249 feet minus the temperature at 124 feet in degrees
Fahrenheit. A temperature difference of -0.7 corresponds to the
adiabatic lapse rate.
6T2
Temperature at 452 feet minus the temperature at 124 feet in degrees
Fahrenheit. A temperature difference of -1.8 corresponds to the
adiabatic lapse rate.
345
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w
~
0'1
Table 18 (continued). VERTI CAL TEMPERATURE-DIFFERENCE MEASUREMENTS, KMOX-TV TOWER
Experiment No. 3 Experiment No. 27 Experiment No. 28 Exp;riment I'Io. 29 i~~~~~~; ~964 30 Experiment No. 31
20 ~iay 1963 10 October 1964 11 October 1964 12 October 1964 17 October 1964
Tracer Release:lOOO to 1100 CST Tracer Release :1130 to 1230 CST Tracer Release: 1105 to 1205 CST Trf:i(..E::r RF; le€l.£:'= : 2000 to 2100 GeT Tracer Relea::>e: 2000 to 2100 CST Tracer ReleBGe :1315 to 1415 aJT
t(CST) Tr(OF) ~1 .t
-------
Table 18 (continued). VERTICAL TEMPERATURE-DIFFERENCE MEASUREMENTS, KMOX-TV TOWER
Experiment No. 32 Experiment No. 33 Experiment No. 34 Ex:p~riment No. 35 Experiment No. 36 Experiment No. 37
19 October 1964 20 October 1964 21 October 1964 6 March 1965 7 March 1965 8 March 1965
Tracer R~leas",: 1945 to 2045 CST Tracer Rele&.se: 1915 to 2015 CST '!'racer Release: 1920 to 2020 CST Trf.:tce:r Releliisi: :1230 to 1330 CST Tracer Relea5e: 1230to 1330 CST Tracer Release :2030 to 2130 CST
t(CST) Tr('F) l
-------
w
.j::>,
co
Table 18 (continued). VERTICAL TEMPERATURE-DIFFERENCE MEASUREMENTS, KMOX-TV TOWER
~)(p';rlm(:n+ No. 38 ExperilJ!foot No. 39 Experi~nt No. 40 Experiment No.41 Experiment Nv.42 Experiment No.4 3
11 March 1965 13 March 1965 14 March 1965 15 March 1965 16 March 1965 17 March 1965
Tr
-------
ACKNOWLEDG.M ENTS
A program as complicated as the St. Louis Dispersion Study was possible
because of the contributions and cooperative efforts of many people.
The staff at Air Resources Field Research Office, Cincinnati, Ohio,
designed the field program, performed most of the duties concerned with the inves-
tigations, and accomplished the data reduction and compilation of the results of
this program. To them must go a large measure of credit for its success.
The United states Public Health Service and the St.
Department, participants in the St. Louis - East St. Louis
Study, provided personnel for the field program.
Louis County Health
Interstate Air Pollution
The cooperation and assistance of citizen and officials in the St. Louis
area are appreciated. In particular, we wish to thank the staffs of KMOX-TV
(Columbia Broadcasting System); Hazelwood High School; Lindbergh High School;
the Missouri State Police (Station C); the U. S. Weather Bureau River Forecast
Center (P. Light, Hydrologist-in-Charge), who permitted the use of their facili-
ties and provided power for meteorological sites; the staff of the Weather Bureau
Airport Station (C. N. Brancato, Meteorologist-in-Charge), who made available
facilities for preparing forecasts for the experiments and cooperated in the use
of the radar for tetroon tracking; the students of Washington University
(Prof. E. Egerly, coordinator), who provided much of the manpower for the field
program; and the countless others who provided electrical power and facilities
for the dissemination and sampling sites during the tracer experiments.
349
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REFERENCES
Angell, J. K. and D. H. Pack, 1960: Analysis of some preliminary low-level
constant level balloon (tetroon) flights. Mon. Wea. Rev., 88, 235-248.
Barad, M. L., editor, 1958: Project Prairie Grass, a field program in diffusion,
Vol: 1. AD 152572. 280 p. (OTS, U. S. Department of Commerce,
Washington 25, D. C.).
Barad, M. L. and J. J. Fuquay, editors, 1962: Green Glow Diffusion Program,
Vol. I. HW 71400, 77 p. (OTS, U. S. Department of Commerce,
Washington 25, D. C.).
Beckman and Whitley, Inc., 1955: Beckman and Whitley technical manual for the
model K-100A wind speed and direction recording system. Beckman and
Whitley, Inc., San Carlos, California, pp. 1-1 to 1-7.
Bendix Aviation Corporation, 1956: Aerovane model 141 wind recorder, 120 wind
transmitter. Bendix Aviation Corporation, Frieze Instrument Division,
Baltimore, Maryland, 27 numbered p.
Brown, T. S. and F. X. Webster, 1964: FP tracer counting manual 163-2. Prepared
for U. S. Weather Bureau by Metronics Associates, Inc. of Palo Alto,
California, under contract No. CWB 10635.
Dumbauld, R. K., 1963: Meteorological tracer techniques for atmospheric diffusion
studies. J. Appl. Meteor., ~, 437-443.
Leeds and Northrup Company, 1958: Thermohm temperature detectors.
Northrup Company, Philadelphia, Pennsylvania, 27 p.
Leighton, P. A., W. A. Perkins, S. W. Grinnel, and F. X. Webster, 1965: The
Fluorescent particle atmospheric tracer. J. Appl. Meteor., i, 334-348.
Leeds and
Pack, D. H., 1962: Air trajectories and turbulence statistics from weather
radar using tetroons and radar transponders. Mon. Wea. Rev., ~, 491-506.
Pooler, F., Jr., 1964: A method to calculate winds in the daytime convective
mixing layer. Air Resources Field Research Office, Cincinnati, Ohio
(unpublished manuscript).
Pooler, F., Jr., 1966:
~, 677-681.
A tracer study of dispersion over a city.
APCA Journal,
U. S. Weather Bureau, 1964a: Circular N-Manual of surface observations.
edition (revised to include changes 1 to 12).
Seventh
U. S. Weather Bureau, 1964b: Circular O-Winds aloft observations.
(revised to include changes 1 and 2).
U. S. Weather Bureau, 1964c: Circular P-Manual of radiosonde observations.
Seventh edition (revised to include changes 1 to 5).
Fifth edition
351
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U. S. Weather Bureau:
daily).
The daily weather map.
Washington, D. C. (Published
Walther, E., 1965: Winds, stability and twenty-four hour sulfur dioxide con.
centrations in metropolitan St. Louis, Missouri. Master's thesis
St. Louis University, St. Louis, Missouri.
352
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