3.26 Theoretical and Sxcperimental Ratios of the Area of the Photopeak to Total Area and Fractional Absorption in a lin, NaI Crystal. . Factor to Correct Area of Photopeak to Number of e e . . ° e « ® e ° ° 9% e 9% Grey, Ashlike, Irregular and Porous Particle 210-420 o e White, Opaque, Porous, Irregular’ Particle 420-1000 ° * Example of a Sliced Particle with Aotivity only 3.37 on the Outside . . + 6 \ e wo a Example of a Sliced Particle "with Activity Distributed Irregulerly throughout the Particle e @ s @ * #© * a © e © e © e es ee . e . s . ® Radioactive ° ° e Absorption Correction Curve-Shot 1 How Fi hr Absorption Correction Curve-Shot 3, Mixture Vertical Profile of Wind Vectors, Shot 1 Vertical Profile of Wind Vectors, Shot 2 s Vertical Profile of Wind Vectors, Shot 3 * Vertical Frofiis of Wind Vectors, Shot 4 Eniwetok IFC Statiors for Shot 6 . u240 , * e . ° ... . oe @ e e @ Beta Decay Exponents of Shot “1 Size Graded Shots 2, 3, 4 and 6 Beta Decay Data . . Shot 1, * Beta Activity at Sampling Time . Shot 3, Beta Activity at Sampling Time . Activity Concentrations of Shot 1 Fallout Activity Concentrations of Shot 4, How e e ° @ € e a ° * es Samples . . . . Liquid Fallout with Time e e e . ° e . ° ° . Beta Range Measurementa . . « Derived Values from Known Intensity Ratio of 1600 kev Ganma Ray in Lal40 to other Ganma Rays in Lal49 and BaD , , l,l, e Important Gamma Contributors to Shot 4 Activity Shot 1 Radioactive Farticle Analysis Results . pe @ e Decay Data @ Np@40 ¢* and a ° ee ° e © Data ¢ HMWdDPY e Shot. 1 Beta e MO land Station Initial Relative Activities of 0237, 0239, Np?39, wus BE Www IFC Bikini IFC Raft Stations for Shot 1] ee8 WAY dD n OVEWEWDY Bikini s WwWwWwWwwww EsF Vertical Profile of Wind Vectors, Shot 5 . e w wo Example of a Sliced Particle which was Uniformly And blo DH br 92 93 93 e . 85 91 a 3.36 Shot 3 White, Fused Particle 210-420 81 ° . ° ° . . Preparation of Particle Medium; Developing and Examination Position of Stripping Film .. . Shot 1 Trans) .ucent Crystalline Particle 49-149 Shot 1 Milky Translucent Particle 149-210 . Shot 1 Coral Particle 420-1000... ° Shot 3 Translucent Fused Particle 49-149 . 3.30 3.31 3.32 3.33 3.34 Shot 3 3.35 Shot 3 ww . The Lal40 1.6 Mev Photopeak as a Function of Time 3.28 3.29 to Oo to e e Gamma Raye/win 81 e 3.27 . . . 83 83