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
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Grey, Ashlike, Irregular and Porous
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Particle 420-1000
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Example of a Sliced Particle with Aotivity only
3.37
on the Outside
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Example of a Sliced Particle "with Activity
Distributed Irregulerly throughout the Particle
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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
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Vertical Profile of Wind Vectors, Shot 3
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Vertical Frofiis of Wind Vectors, Shot 4
Eniwetok IFC Statiors for Shot 6
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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
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. 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,
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Important Gamma Contributors to Shot 4 Activity
Shot 1 Radioactive Farticle Analysis Results .
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Initial Relative Activities of 0237, 0239, Np?39,
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Bikini IFC Raft Stations for Shot 1]
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Vertical Profile of Wind Vectors, Shot 5
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3.36 Shot 3
White, Fused Particle 210-420
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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
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Shot 1 Coral Particle 420-1000...
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Shot 3 Translucent Fused Particle 49-149 .
3.30
3.31
3.32
3.33
3.34 Shot 3
3.35 Shot 3
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The Lal40 1.6 Mev Photopeak as a Function of Time
3.28
3.29
to Oo to
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