SOLID-VAPOR DIFFERENCES OF ELECTRONIC STOPPING POWERS FOR PROTONS

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概要

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• By applying the recently-developed wave packet theory and the Lindhard-Winther (LW) theory to estimation of the stopping powers of bound electrons and conduction electrons, respectively, the solid-vapor differences in the electronic stopping of target materials for protons are estimated quantitatively over the energy range from 1keV/amu to 10MeV/amu. Here, comparison was made of current theoretical predictions with each other. The wave packet theory shows that the solid-vapor difference of stopping cross sections are enhanced for low-energy protons because of the binding effect.

• 核融合科学研究所の論文

著者

• Kaneko Toshiaki

  Institute of Plasma Physica, Nagoya University:Faculty of Science, Okayama University of Science

関連論文

• SOLID-VAPOR DIFFERENCES OF ELECTRONIC STOPPING POWERS FOR PROTONS

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