a 7 2 bee ' 4 ° + 1 | a a'r 4 tore 4 = = - r “4 or 4 oe 1 r 4 fo “ 4 6 4 ar “4 4 L. 4 be 2r 4 2r- «6 - 1 oO Baie Le] 20 tT h e 16 ¥ t 24 ¥ r 3z r ¥ «0 ¥ ¥ Fe) 7. TT + Se yh Ses Cees Ses Cae os T (CG) T ee tT Tr l 246 rT Yr 32 YT T i 40 ¥ 46 rT T %& tT . (Od 16 14 t2 a z 19 a z to 4 4 Q 20 e » 4 s F 4 ap “4 4 be 1 J er 4 bo - 4 14 “4 4 4 ta 4 — = 4 (oF 4 4 — 4 4 ar 7 4 bee “4 4 tr 4 “4 - 4 4 4P- 4 L 4 be 4 2F 4 ze 4 r 4 - | 4} Ou Q 4 ok Lt L 19 20 30 a0 30 60 TOTSt BODY OOSE EQUIVALENT, mRow 70 0 Q De Fig. 23b nose Equivalene for {A) Adulte Males (5) Adule Females (C) Adolescents and (D) Young Adults on Rongelap f 8 i6 24 32 ag ae TOTAL GOOY OCOSE EQUIVALENT, matem % TTT Fr erry Or) OUP Ua ee. ’ = = i “4 1 5 ¥ 14- Ft tt L 4 RONGELAP EXPOSURE RATE HISTORY r try 14 10° i 4 rrp 4 lee " L 4 Ur Y 4 1 be 16k TVTy 1 ’ ter TTT” 20 4 (8) Se io”! qT ooo e 1 {a} MEAN EXPOSURE RATE @ | METER, mRh’ 5 3 6oO o o 20 io HOURS POST MARCH }, 1954 0645 Fig. 24 Rongelap External Exposure Rate History Post Bravo