Electronic Relativistic Effect in Inner-Shell Ionization Cross Section and Electron Momentum Distribution

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概要

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• The inner-shell ionization cross section by charged-particle impact is expressedin the form of the momentum distribution of the target electron. Based on thisapproximation, the correction factor for the electronic relativistic effect is ob-tained as the ratio of the relativistic to nonrelativistic momentum distributionat the momentum corresponding to the minimum momentum transfer in theionization process. It is found that for K-, L.- and L,-shell ionization cross sec-tions the correction factor obtained from the momentum distribution is in goodagreement with the exact relativistic calculation.

• 社団法人日本物理学会の論文
• 1984-07-15

著者

• MUKOYAMA Takeshi

  Institute for Chemical Research Kyoto University

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• Electronic Relativistic Effect in Inner-Shell Ionization Cross Section and Electron Momentum Distribution

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