336
KNOX
a 0 |!
z, FT = 1000
40
5
val
107"
_
ALLUVIUM
wrt
1072
tL
ttiil
107!
|
til
10°
|
july
YIELD, KT
10!
10°
BASE=~SURGE RADIUS, FT
Fig. 3a—Computational aid to the acquisition of input data to the clouddimension graphs of Figs. 3b to 3g.
ALLUVIUM
te
1072
LE
iil 1
107!
ritl
10°
pt
iit)
YIELD, KT
10!
|
iiyt
10°
ft
aid
Fig. 3b—Base-surge radius as a function of the total yield and the parameter z/Dg.
10