830 HAWLEY AND MARKEE 2 /3 ofe °° g 3 em e Qo Q e e 2 2 g's 8 g e 6s @ e| 2 fh e@ eo efef(e 87 e 3\ 'e ¢\/£) 2 & 8 aa eS ee 8S ¢g 0e@© 8 os 2 @ 2 e 2 3 .° ee 8° 3 2 & 858 8 evYe6¢¢ @ © @18 @ e/ 2 2 e ©» a 1.01 2 j*# e# 2 Ne 9 a(‘ollk ‘es oe 0.88 YSs 8 \\f 2ees 2 F\Z ©oe §e/eRB 8 3/3%Khs e eo /e ® { | 1.08 Av. Vg =0.99 SCALE, FT (3 J C} 2 C) | 131) GENERATORS 0 50100 200 Fig. 8—Diagram of initial deposition of 4!I on grass and deposition velocities in second test, Table 1— SUMMARY OF DEPOSITION DATA Deposition velocity, cm/sec Deposition medium Test 1 Test 2 Grass Soil Carbon Sticky paper 0.61 0.68 0.57 0.14 0.98 0.38 0.73 0.41 . during both tests. This indicates the strong influence of grass density on the amount of radioiodine deposited per unit area. The soil contamination indicates the same influence, which manifests itself in an inverse relation with grass density. The deposition velocities oncarbon plates and sticky paper, which are standard deposition mediums, were

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