(A) (B) 5SPe 90s, 652n 137¢, 60¢6 60¢, 137¢, 6525 90s, 25Fe Utirik Utirik Utirik Utirik Utirik Ronge lap Ronge! ap Rongelap Ronge lap Ronge lap Atoll 3.6x107427.5x1078 1.3x103t 7.1%102 7.1%107442.6x1076 6.6x1079£3.2x1077 2.6x1072£2.3x1075 6.3x1079+7.1x1078 7.1x107442.6x1076 1.3x102t 4.4x10! 2.1n102t 1.1x102 2.1n104t 1.6x104 6.0x107!£3.0x107! 9.5x10!+ 3.9x102t 1.3x103 2.1109 1.71032 3.6x107447.5x1078 6.3x1075+7.1x1078 2.8x107342.3x1076 6.6x1075+3.2x1077 d-! + a.d. X Decay Constant, 3.2x10! 1.3x102 9.4x102 1.1100 9.3x102 Bq d7! + ad. Rehabitation, )P® Assumed to equal zero. Rongelap values were used. Nuc lide on Day of Ingestion Rate 1.3x107345.3x1073 (A) 2.0x1073¢1.9x1073(B) 1.8x1074¢5.7x1074 1.3x1079¢5,3x1073(B) 1.6x107442. 121074 (A) 1.7x107441.5x1073 2.0x107341.9x1073 2.0x1074+4.6x1074 k a7 + s.d. Rate Constant, Dietary Removal 1.7x10341.7x103 1.9x 10% 1.0x106 5.2x10%7,5x106 5.410444 .0x104 8.6x10°+1.7x10 4.0x10%42.8x104 1.5x10% 2.2106 3.1"10543.4%105 9.0x10345.5x104 2.4x10541.3x106 Bq+ s.d. Intake Fifty-Year Cumul ated Summary of Estimates of Committed Effective Dose Equivalent Table 4 1.9x1073,2.0x1073 3.6x10~442.0x10-4 1.0x107441.0x1074 3.0x107244.4x1072 4.4x107443.3x1074 1. 3x107242.5x1072 5.3x1074,3.2x1073 4.8x107442.5x1074 3.4x107442.3x1074 2.2x107243.2x1072 Sv_+ a.d. Dose Equivalent 60 kg Aduit Average Committed Effective