Determination of Component in Binary Alloy by Backscattering of Beta Particles
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概要
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The saturation backscattering of β particles changes by the atomic number of a target material and the maximum range of backscattered β particles from the same source also changes by the target material. These properties were applied to the quantitative analyses of the component elements in binary alloys. After investigating the backscattering of the particles emitted from Sr-90 (Y-90) and P-32 by various target elements with or without aluminium absorbers, the optimum conditions for the determination of copper in aluminium and tungsten in tungsten-iron alloy were found. Copper could be determined by counting the backscattering of β emission from Sr-90 (Y-90) through 345 mg/cm^2 absorber and tungsten could be determined with 490 mg/cm^2 absorber.
- 東北大学の論文
著者
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Goto Hidehiro
The Research Institute For Iron Steel And Other Metal S
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Ikeda Shigero
The Research Institute For Iron Steel And Other Metals
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Goto Hidehiro
The Research Institute For Iron Steel And Other Metal
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GOTO H.
The Research Institute for Iron, Steel and Other Metals
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