100
80
~ 89
Ss
S
an
wn
mz3 21
2;
Ps
Le
.
3 FE
&
a
a
4
,
100
—f
pasa |
a
f
et
6F
pepe
Lo
a
eg bie
o
-
=
2
X~ AQF0.14
m=:3.4 BEST FROM DATA
—-———
were e eee
7
m:4.1 LEAST STEEP INSIDE £10% LIMITS _|
m=3.0 STEEPEST INSIDE 210% LIMITS
Seti
-6 81000 2
4 6 810,000 2
',4 YHELO (LB OF TNT)
4
6 8 100,00C
Fig. 4.1 Crater Radius va Yield, Nevada, A, = 0.14
100
onan
80
eees
—]
60
-~
([a) m23 a
BY
Tee
LL
mate
Ls
<
=+ at-|
0
T=
© 10
ex
8
re
6 ae
2
2a
tt
>
a
P
a= S
—aaa
are
ron
| 100—s
Fig. 4.2
a
————
oe
| - =|
a—
mi
at
pee
“T
y
:
0 -A=05
wore eee
2
=
- .
Lee
>
oe
fe
40
o 4
~
Tr
wm 20
<x
—
B-A,2-G14
m=3.4 BEST FROM DATA |
m=:41 LEAST STEEP INSIDE210% LIMITS 7
m=3.0 STEEPEST INSIDE ti0% LIMITS
pti;
|
tit
ee
4
6 81000 2
4 6 810,0002 :'
6 8 100,000
(LB
YIELO
OF TNT}
Crater Radius vs Yield, Nevada, A, = 0.5 and he?= -0.14
44