Induced Radioactivity in Iron by High Energy Protons

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概要

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• It will be very important to take into account radioactivity which is induced in various materials when we plan to build high intensity proton accelerators. Focusing our attention on the problem of induced radioactivity in iron, we have made theoretical estimates of radiation doses, which seem to be useful for designing high intensity machines, for example, a 12 GeV 1∼30μA proton synchrotron. Since experimental data concerning spallation cross sections are scarcely known, it is necessary to extrapolate them. The Monte Carlo calculation was applied to cascade effects for several reasons. Although a high intensity accelerator such as the 12 GeV 1μA proton synchrotron, has not yet been built, some discussion might be possible in comparison with recent observations on induced radioactivity in iron at the CERN Proton-Synchrotron and Synchro-Cyclotron.

• 社団法人応用物理学会の論文
• 1962-07-15

著者

• Toyoda Toshiyuki

  Department Of Physics Rikkyo University

• LIN I.

  Department of Physics, Rikkyo University

関連論文

• Part I Development of Pion Theory of Nuclear Forces
• Pion Theory of Nuclear Forces
• Part III Construction of Nuclear Potential from Pion Theory
• A Relation between the Minkowski and Isobaric Spaces
• Induced Radioactivity in Iron by High Energy Protons
• Recoil Effects in the Strong Coupling Theory, II

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