Energy Distributions of High Energy Primary Knock-ons Produced by Fission Fragments

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概要

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• The limits of validity of some approximations for the problem of collisions between fission fragments and lattice atoms in aluminium, gold and uranium are determined on the basis of Bohr's criteria. The Rutherford approximation is found to be valid for the wide range of energies of fission fragments. Numerical calculations are made of the mean free paths of fission fragments for producing high energy knock-ons and the energy distributions of high energy primary knock-ons. Results for the degradation of energies from the initial values near 100MeV to〜1 or〜 0.1MeV are presented.

• 一般社団法人日本物理学会の論文
• 1967-04-05

著者

• IZUI Kazuhiko

  Japan Atomic Energy Research Institute

関連論文

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• Electron Microscopic Study of Fission Fragment Damage in Molybdenite Crystals
• Observation of the Tracks of Fission Fragments in Molybdenite
• Observation of Lattice Defects in Graphite by Electron Microscopy, Part I
• Nature of Secondary Defects in Silicon Produced by High Temperature Electron Irradiation
• Experimental Determination of Depth Distribution Function of Carbon K_α-Rays
• Energy Distributions of High Energy Primary Knock-ons Produced by Fission Fragments

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