INDEX
gamma ray spectroscopy of fission
product radioisotopes, 183-97
for multidimensional gamma ray spec-
trometer, 199-204
Crystallography
particle analysis program at LRL, 150-57
Cullen, Thomas L.
“Some Aspects of Fallout in Brazil’,
791-99
Cyclones
effect on debris deposition, 462, 464-75,
525
strontium~90 deposition by, 582-83,
592-600
Dairy products
consumption in U. 8. diets, 880
Dallas, Texas
strontium-90 content in rain, 671
Danielsen, E. F.
‘Radioactivity and Potential Vorticity’’,
436-49
Danny Boy burst
debris deposition model for, 331,
344-46, 347, 348, 351
gammaactivity of close-in fallout,
333-35
Dar es Salaam, Tanganyika
tritium concentrations since 1961, 652
_Data retrieval
LRL-Livermore project, 844-46
Dehris
deposition variations, effect of cyclone
activity, 464-75
distribution with height in nuclear
clouds, 629-45
formation mechanism, 1-43
fractionation correlations for silicate
surface bursts, 72-81
radiological properties, 23-33
stratospheric distribution in 1962-1964,
301-22
transfer through biosphere, information
program, 836-49
washout from air by convective storms,
566-81
Decontamination
study program for Small Boy shot, 48
Decay chains
data sources for fission product
abundance calculations, 25
Decay rates
effects of fractionation on, 9
fission products of 23U, 28, 29
particles from high yield air bursts,
98, 101, 104-6
Sedan shot debris, 88
Small Boy shot debris, 88
Deer
sodium-22 content, 220
Defense Atomic Support Agency
cooperative program for Small Boy
shot fallout study, 44-71
stratospheric sampling, 378
927
Del Electronics Corporation
electrostatic prectpitator, I35-37
Density:
~-°
.
particle analyais program at LRL, 150-57
Department of Defense
cooperative program for Small Boy
shot fallout study, 44-71
Deposition
(see also Rain and Washout)
atmospheric processes involved in
U.S. in November 1962, 450-62
correlation with rainfall factors, 507-21
dry deposition velocities for nuclear
debris, 724-25
effects of storms, 532-65
effects of tropopause level cyclogenesis, 464-75
forecasting, 331-53, 369-90
forecasting from air concentration and
rainfall, 723-36
“hot spot’’ formation, 699
particle analysis program at LRL, 151
of particles, study program for Small
Boy shot, 46
relation to airborne concentration and
rainfall, 784
seasonal effects, historical develop-
ment of concept, 477, 494
spring peaks in southern hemisphere, 791,
792, 797
vertical fall velocity, 340
Deposition (intermediate)
effects of fractionation on, 9-10
effect of tropospheric residence
time, 630
strontium-90 survey of U. S., 365-67
Deposition (local)
effects of fractionation on, 9-10
fractionation correlations from silicate
burst samples, 72-81
model for underground bursts, 342-52
prediction in Dominic I Operation, 630
from subsurface bursts, prediction of,
331-53
Deposition (worldwide)
effects of fractionation on, 9-10
effect of stratospheric residence time,
630
land mass effects on hemispheric
correlations, 695-96
prediction of, 369-90
strontium-90 survey, 363-65
tritium data, 668-74
Deposition patterns
comparison with rainfall data, 519-21
determination of yield fraction present
in, 50
forecasting, 331-53, 369-90, 723-36
Small Boy shot, 63-8
U.S. Sr distribution, 365-67
worldwide Sr distribution, 363-65
Deuterium
transfer in global circulation of water,
657-85
vertical transport, 697