3.11 3.12 3.13 3.14 3.15 3.16 3.17 3.18 Distribution of Activity of YAG 40 Tewa Particles with Size and Type ------Physical, Chemical, and Radiological Properties of Slurry Particles ------Compounds Identified in Slurry-Particle Insoluble Solids -- ------~+------- 64 65 65 Radiochemical Properties of Slurry Particles, YAG 40, Shot Flathead- ------ 65 Fissions and Fraction of Device (Mo?’) Per Unit Area------------------ Surface Density of Fallout Components in Terms of Original Composition- - - - - B.6 B.7 B.8 B.9 67 Radiochemical Fission- Product R-Values - -- --------------+++------- 67 Radiochemical Actinide Product/Fission Ratios of Fallout and Standard Cloud Samples- - -- ---~-------------+------+------- 63 3.19 Radiochemical Product/Fission Ratios of Cloud Samples and Selected Fallout Samples -------~------------------+--+------3.20 Estimated Product/Fission Ratios by Gamma Spectrometry - - -----------3.21 Theoretical Corrections to Reference Fission- Product Composition, Shot Zuni -------------------------------------+------3.22 Computed Ionization Rate 3 Feet Above a Uniformly Contaminated Plane - ---4.1 Activity Per Unit Area for Skiff Stations, Shot Cherokee - - - -------------4.2 Evaluation of Measurement and Data Reliability- -- -- -- -------+--------4.3 Comparison of Predicted and Observed Times of Arrival and Maximum Particle-Size Variation with Time- - -------------------------4.4 Relative Bias of Standard- Platform Collections - ---------------------4.5 Comparison of How Island Collections - -- --------------------------+ 4.6 Surface Density of Activity Deposited on the Ocean- - - -- -- -- -----------4.7 Dip-Counter Conversion Factors- - - --~---------------+---+-+-+------4.8 Fraction of Device per Square Foot----~---------------+------+----4.9 Gamma Dosage by ESL Film Dosimeter and Integrated TIR Measurements- - - 4.10 Percent of Film Dosimeter Reading Recorded by TIR -----------------4.11 Comparison of Theoretical Doghouse Activity of Standard-Cloud Samples by Gamma Spectrometry and Radiochemistry -- -----------------4.12 Comparison of Activities Per Unit Area Collected by the High Volume 4.13 B.1 B.2 B.3 B.4 B.5 66 68 69 69 70 124 124 126 127 128 128 129 130 131 132 132 Filter and Other Sampling Instruments- ------------------------ 133 Normalized Ionization Rate (SC), Contamination Index, and Yield Ratio - -- - - - 134 Observed Ionization Rate, TIR-------------------------+---+-+---Incremental Collector Data ------------------------+-----------Measured Rate of Particle Deposition, Shots Zuni and Tewa -------------Calculated Rate of Mass Deposition, Shots Zuni and Tewa- - -------------Measured Rate of Particle Deposition, Supplementary Data, Shots Zuni and Tewa----------------------+---+----+-+-------+ Calculated Rate of Mass Deposition, Supplementary Data, Shots Zuni and Tewa- -- -------------------------+---------+ Counting and Radiochemical Results for Individual Particles, Shots Zuni and Tewa- -- ----------+-------------+-----------Weight, Activity, and Fission Values for Sized Fractions from Whim Sample YFNB 29 ZU- -----------~-------------+------>Frequencies and Activity Characteristics of Particle Size and Particle Type Groups, Shots Zuni and Tewa ~ ----------------+-+-- 170 176 198 200 202 204 208 209 210 B.10 Survey of Shot Tewa Reagent Films for Slurry Particle Traces ----------- 213 B.11 Total Activity and Mass of Slurry Fallout -------------------------- 214 B.12 GammaActivity and Fission Content of OCC and AOC, Collectors by Mo” Analysis --------------------------------------- 215 B.13 Observed Doghouse Gamma Activity- Fission Content Relationship - - - - --- -- 217 B.14 Dip-Counter Activity and Fission Content of AOC, Collectors- ------------ 218 B.15 Dip Probe and Doghouse-Counter Correlation with Fission Content --------- 220 13