100 METERS e a 7 ty ae ¢ sg . e ‘ ‘ t “* ' . Y * ‘ . ° , -t ; aN ¥ . a pert 4 ae td yi0 s ‘ 67" FMB OT ‘ wie’ 4 t ‘ e@ et . ay oe © ‘ a et ON: * ‘ae ahe * ei & ts e ‘ is . Fa * = my, wee at pte? (20 » She (52) « The ‘tee v3 194 b iad LBSggte ma (aay ced is 1 SSO 1m, b whe Poga’ Fy Qsss zat 4 Fe, aa HAS & te 4 taf o ty tp, 3 igfi't yy od “7 SN tae gh ‘% ‘3art 2 ee actly & ry SRImayfete:AG LayrsayBink ~ ~ v4 sayy te 4 Ye Fe em * San 2) & ! A . 2, % iad fo4 wrt ee YW ’ 6 . Ge at ts eit a “al RAP Ra * , + ‘oye aa of, ety ete. at geen eee eee 4 ee . ¢ : See, . ve say ERT i gh = 4 te GnahRhaam Soney90 e Lewes enaStee OT “oy " \ * t oye . aie a ty! . 5 i I & tom - “7at ite Sa fonenent 4 og . ‘ et tor >> ag a 7, * « * . Rew ~e oa, w . fn 7 4 ¢ “ 9 4 : oe ‘ *, . + ue ? e . * 6 . . “t . a . Fig. B.3.1.h. The gamma-ray exposure rates (uR/hr) measured 1 m above the ground by the LiF thermoluminescent dosimeters (TLD). The numbers shownin parentheses denote the location identification numbers,