2.8 Surface arrival-time data scaled to 1 kt at sea level- ---------------
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for Shot 3 -----.-------+---+--.--------- ee ee
2.10 Pressure-time records, Shot 5----------+-----+-+--+----------+
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2.9 Earth-acceleration arrival times versus ground range
2.11 Averaged pressure-distance data ---------------------------
Initial gamma exposure versus distance - - --~----------------~---Initial gamma-exposure rates, Shot 4 ----~-------------------Neutron-detector data, Shot 1-------------------- wae eee ene
Neutron fission-detector data, Shot 2---------------+-----+------+Reconstructed complete fallout pattern, Shot 1,
(r/hr at H+ 1 hour) ----------------+--+------------3.6 Residual gammarate versus time, Shot 1------------------+-+-3.7 Close-in gamma fallout pattern, Shot 3, (r/hr at H + 1 hour) -~------+-3.8 Close-in gammafallout pattern, Shot 4, (r/hr at H + 1 hour)----------
3.1
3.2
3.3
3.4
3.5
3.9 Exposure-rate contours, Shot 5, (r/hr at H + 1 hour) -----~---~-----3.10 Exposure-rate contours, Shot 6, (r/hr at H + 1 hour) -------------3.11 Cumulative particle-size distribution ~ - ----------------------3.12 Gross beta decay of fallout samples from Shots 1, 2, 3, and 4 ------~--3.13 Gross gamma decay of fallout samples from Shots 1, 2, 3, and 4-----3.14 Gammaionization decay as a function of relative ionization
rate, Shot 4 -----------------+-- +2 - ee ee eee eee
3.15 Calculated beta decay ------ “nee ene ee ee ee ee
4.1 Test cubicle, Project 3.1------------- -----+---------------4.2 Tare Island facilities after Shot 1 ----------------+------------4.3 Close-in instrument shelters after Shot 1 -------------- ee ee eae
4.4 Aerial view of crater formed by Shot1] ~------------------------
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o4
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4.5 Sample Pisonia Plot D, Uncle Island, looking toward
ground zero ~----------------------+---------------4.6 Sample Palm Plot B, Uncle Island----------------------------
6.1 The YAG-39 with the washdown system operating -----------------
6.2 Ship's course, Shot 5 ----------+--------------------------
6.3 Apparent absorption coefficient 1 as a function of time --------------
6.4 Radiation contours from original beta survey on the YAG-40
after Shot 5, 8 May 1954 ------------------------------
6.5 Radiation contours from original gamma survey on the
YAG~40 after Shot 5, 8 May 1954 ------------ enn ee nnn
6.6 Evaluation of experimental decontamination procedures,
YAG-40, Shot 2 - ------ = == 2 on ee ee ne
6.7 Percent of original contaminant remaining versus manpower -- ~------6.8 Initial gamma contamination and residua! percentages after
decontamination operations, Shot 2 ---- ------2- screen
picture after H-hour et about H + 4 seconds ~--~------------~-Third
6.9
6.10 Progress of shock front at H + 22 seconds --~--~----- e-em
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