TABLE 5.10 - Energies and Gross Distribution of Gamma Rays from Gross
Fallout Samples
Shot Sample
Tine
After
Low Energy
Gammas
Burst
(days)
=—
Shot 1
j|Energy
(Mev)
{Amount
(%)
—
i
0.16
0.20
noe
4.737 8.3''
0.18
a
3.68/710.1747
0.14
48 nis}
20/7 22.4'31
0.20
32 160)
n
8
sss 74/16
gag 8.1"
$.22\% 9.1715
8
n
$8714.13|
29 297]
22 2071
47 +44
«0,38
23 993)
0.17
0.16
46 Me]
30 4]
0.16
22 124)
0.15
0.30
0.29
0.30
0,32
1,2
1,2
29 «979
38 +57}
272-54
32 25H}
1.0
2.2
33° 2.37|
1.2
45 421
26 263]
1.25
399.5%
212.95}
1,5
1,15
277.75
38 &s6
30 ti20
31 8.87
58 7.8¢
+47, 4.3541 0.16
44 1.29
0.44
22 3571
1.20
349.23
gid 6,1 #1 0.13
68 ses]
0.48
0.40
16 399}
15 3
105
17 3)
53
0.37
19
1.3
28
59 Sel
47 429]
49 456]
0.446
0.36
0.38
15 Sot]
22 207
20 393]
1.45
1,25
1,5
26 0.07
98%
2.6
3.04 3.7 10,27
8.16} 0.165
66 Har]
62 32]
0.48
0.40
17 :3.'|
16 291
1,3
Liga
1.90
51 64
is ric
22/247
4034
"8
4orlY
3455¢!
Ae2 1!
0.165
0.16
Alt” 56122 10017
4.29 / 6.1 4610.16
arly 8.13451 0.17
(if
10.22+%
1.33
TL 1291
«0,38
0094
295
12 308!
36 2-7
1.35
0.145
40171
37 4851
0,42
18 S57]
3.291 0.145
0.29741 0.15
50007
26 2a
Co34
0.40
23 277] 162
2 $e] 1.2
b.4ed 13.1271 0.27
4-YaG=39
Plane Wipe
"
0,32
0.36
1,3
3-Coca TC.
"
"
429429)
42 16°]
(2)
18 263/
Shot 3
.
"
Lc
(Mev)}
0.33
4cty
so.
Shot 4
£
(2)
24 039{
°
"
re
Energy! Amount
0.16
6 FH” 26,166
f
" .
"8
om 8
Amount
80.33
"oo
Shot 2
2-A5
(Mev)
High Energy
Gammag
37421)
"8
Elmer
ergy
f
1-251.03 377 5.4321
nom
asaf 6.1146}
non
nm 8
-Medium Energy
Gammas
1g
*
"
1.6337 0.16
2.37849} 0.15
38429)
35 2311
0.34
0,42
9 am]
26 33°}
1.0
1,05
"
"
3.35841 0.16
5.137 0,135
134 sf]
36 109]
0.39
0.29
25 Sf
29 2!
102
1,0
"
2.6764] 0.135
35 49]
0.31
27 247)
1,2
I$7
17 Jones