Tabie 5 Total Body Equilibrium Dose Equivalent Rate per Unit Body Burden x T; mRem y~! uci-! >> Fe 2.x 10° 26 60cq 27 a 6 x 10? , lx 10? A 650, 30 90, 3 x 102 1376, 2x 102 38 i | 3 4 . | | | 7 so ne ; equivalent rate for each dosimetrically s}gnificant internally deposited nuclide. For the average Rongelap adult, the residence interval begins June |, Lape Figure 15 illustrates the relative contribution to the composite dose Te a* Ste 4 - 55 " if a of ie 8 6 months (Co8)b). os — The composite dose equivalent rate indicated that a bioad 2B Bee 1957; however, many adults were reported to have resettled during the next 3 ta ae maximum of approximately several hundred millirem per year persisted far several hundred days. Most of the dose rate is attributable to the 1376, component Ce- us sium dominated over the entire post return period and would be of prime concern for populations returning ¢o a contaminated environment years after a finsion - type initiating event. ou Figure 16 illustrates two possibilities for the Utirik dose equivalent rate resulting from the 6570 body burden history during the first three years post-return. The higher body burden resulted from use of the two measur: c:! 0504 31 val ro a AMT ped '