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