ts’ weight oft isesgien: uli 2 VLG io cale abs un mi iameow BAD Hari s ? ge Prdiesbeoy stbee: ivterg/grhto vagy! yeV4he 0) (oy 46 6m HOU BMrixorgg 5 mrtiokwespl| 4 x10 A Tate ype Thad age rate'ae ithe! depopited' isotopes! iver wi oelof! yadiou! ¥ activevenergy to the’ dat’ i livaltertedpony ah bloulate alyw a, cpsuming the n-ti isotop, nureons oF ae “of tellurium isotopes.? ‘Dunning,’ the' er ignoring’these isotopegfis not any‘greater than:thgfotherjinhe rent)upis taintiestin this thyroidigose approximation,| They separat ‘topes are not conside 2of energies of Tahortsfpred it”meee ei ie : The.“dose rate to theldther tissuds/at l+hr'wamal The value fog Eg for all tissues other!$ha mately 0.39 Mev froms] to 4 days postudetonatiaqgzal ‘to ho 1B gayee L. a | myoy rete , ‘ ve Lt YeAige ch Hain np rnalep‘sumptions implicit in this caloulation-gg. edivatrthe simula, 8she Hfigenc ously distagbuted in thetissue: andjsmpondly,tithe energ ‘completely absorbed-iptthe tissues! The energylal taken,’ therefore, as qual to the energy emisstapy: © Pssluatonothe ExtespalRadiatioH n azard > Since ya simultaneoug exposure: of the animatitenthe airborne. sintulanty. pecur fordinarily withinternal radiation, it is ‘of; rere to relate‘the * ose with t Qpncomits pprerRkactal siituationtypenal doh oh externaldo ay ‘ ‘Apronalone thus the Ri ternal do vis saa se dh ¥f ae greicules, ynbe ae tal ‘iat nigh f y Te Se pees heh Ad x ede ferry Bert LOE ae ge (3 Aand he ve wwe meeaig« rere