2.10 Barge instrumentation - - - ----~------~--- ttre rrr rt rc
2.11 Additional view of barge instrumentation- - - -- ---------- erot st sst
2.12 Fallout collectors, land ------------------ rrr rr rr rr rrr
2.13 Fallout collector, buoy -------------- crc rrr rrr rrr
2.14 Counting geometry -------------- errr rrr ttre
2.15 Air sampler on a barge -------------- crc rrr rrr rt rte
2.16 Phototheodolite and balloon release locations- - - ------~------------2.17 Layout of camera stations ---------------- 24 c crore tr rr rrr
3.1 Cloud development as seen from Wilma, Shot Fig ---------~---~------>3.2 General features of the cloud - - --------------~------+--------3.3 Cloud radius versus time- - - - - ------------- 23 errr cr tert errr
3.4 Cloud height versus time - - - - - ----------------- rc -r-ree rrr
3.5 Wind conditions, Shot Fig ---------------- errr tr rrr rrr tcc
3.6 Dose rates (r/hr) on land at H+1 hour ----------------%-ce rrr rer
3.7 Sticky-pan decay curve ------------------------- 0 -s cere rine
3.8 Comparison of monitor and sticky-pan results- - ----------~--------3.9 H+1 hour dose-rate contours for complete array- --~---------------3.10 Cloud shine on YCV barge --------------- 2-2 creer trent rrr
3.11 Puff trajectory ~--------------------------------4-------3.12 Crater data ----------------- eee en re ret errr ee
3.13 Survey of Fig crater on D+3 days -------------+---+------------3.14 Comparison of measured and scaled intensities ---~---~---~--~------3.15 Release heights for various fall rates, Shot Fig---~--~-~---~--------3.16 Distance scaling factors for Jangle Surface and Shot Fig ~---~--------"3.17 H+1 hour intensity versus downwind extent for
windspeeds of 5, 15, and 30 knots ------------------~----------
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