PREDICTION OF SUBSURFACE-DETONATION FALLOUT
337
a
BASE-SURGE RADIUS, FT
_—
tot}
ai
—
_
TLL
1.0
wit
107
ittl
107!
¢
1.5
4
20%
4.0
ge
108
Da
—
bo
7
_
2.0
a
ALLUVIUM
pith | sult
10°
YIELD, KT
10!
|
—
_
tp pit
10
yt
10?
Fig. 3c—Base-surge radius as a function of the total yield and the pa-
rameter z/Dg.
ETT oT
BASE-SURGE HEIGHT, FT
=
ToT
So
wl
107?
OT T_T
—4
|
ALLUVIUM
teil
107!
bt
ttl
10°
tb th
YIELD, KT
10!
_
tt
10
Fig. 3d—Base-surge height as a function of the total yield and the pa-
rameter z/Da.
1