Ws
0021620
TABLE 9
Sumary of Values for 23, and k, for Fallout
From Test Shots at H + 1 br
-
JANGLE, "s"
0.32
4.0
JANGLE, "U"
0.32
4.0
CASTLE, Bravo
0.73
0.60
CASTLE, Koon
0.48 41.62
REDWING, Zuni
«0.65
0.81
REDWING, Flathead a_i
REDWING, Tewa
0.7
0.97%
PLUMBBOB, Diablo
0.42.9 ° 2.3
PLUMBBOB, Shasta
0.40
2.3
PLUMBBOB, CouloubC 0.30
«4.5
-
* From data ofTable6.
#* For rare gases only which contribute very
nearly 1/3 of the H + 1 intensity for un-
fractionated fission products, the remain-
ing 2/3 of 1(1) is taken to be unfractionated
at all distances.
4.4
EFFECT OF HEIGHT OF BURST ON THE CONTOUR
SCALING FUNCTIONS
.
poE/NV
The ratio of the crater volume or crater mass for a surface detonation to that for detonations at other scaled depths is plotted as a
function of the nuclear scaled depth in Fig. 3 as taken from Reference 6.
The nuclear scaled depth is defined as the charge depth divided by the
cube root of the nuclear yield in lbs of TNT. There is a difference in
the values of the scaled depth in Fig. 3 from those given in Reference 6.
In that report, the equivalent blast yield (in TNT units) of nuclear
.
explosions was found to be only 28 % with respect to the chemical explo-
sives; conversion was made therefore in Fig. 3 to account for this decrease, in comparison to TNT explosions.