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GENERAL
RADIOACTIVE FaLL-OUT DUE TO SAND aND SOIL DEBRIS FROM THE TOWER
SHOTS OF TUMBLER/SNAPPER (R) AND UPSHCT/ENOTHOLE (R) TEST.
OPERATIONS
A.
Radioactive Pall-eout as a Function of Yield and Height of
Detonation Above Ground
‘
B. Accuracy of Data Collected by Aircraft
iit.
GC.
Particle Size Distribution of the Soil Sucked up into
the Atoaic Cloud
D.
Identifying Falleout from the Stem and Mushroom of the
Atoaic Clond
B.
Percentage Fall-out from Stes aod Mushroca
FPF.
Calculated Percentage Falleout from JANGLE (R) Shots
G.
The Weight of Soil Debris Sucked up into an dtomic Cloud
VERIFICATION OF FORECAST FALL-CUT PLOTS
A. Verification of Radexes for TUMBLER/SNAPPER (BR) and
ae
ae
UPSHOT/ENOTHOLE (R) Test Operaticns
B.
Verification of Radioactive Falleout Forecasts
FORECASTS OF RADIOACTIVE PALL-OUT CCHNWIND FROM MEGATON
YIELD BOMBS
drs -Poracast ofIVY.(R} WIXE Pall-out
B.
Entrapment of Fission Products by Soil Debris and Water
for Wegaton Bonsbs in the Pacific
WORLD WIDE CONTAMINATION FROW ATCMIC BOMBS
SCAVENGING ACTION OF SOIL RELATED TO EFFICIENCY OF RAINY SCAVEIGING
ACCURACY OF THE FPALL-OUT PLOTS GIVEN IN FIGURES 1 THROUGH 9