2014OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information)Open access

Low energy electron capture by multicharged ions from hydrogen

R. A. Phaneuf

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Abstract

In order to systematically investigate the behavior of low energy electron capture cross sections, the cross sections were measured for Xe/sup 2 +/ - Xe/sup 12 +/, Ar/sup 2 +/ - Ar/sup 9 +/, and Fe/sup 5 +/ - Fe/sup 6 +/ in H and H/sub 2/ for 3 < E < 26 keV/charge, and for C/sup 3 +/ - C/sup 5 +/ in H/sub 2/ for 0.15 < E < 0.45 keV/charge. (GHT)

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In order to systematically investigate the behavior of low energy electron capture cross sections, the cross sections were measured for Xe/sup 2 +/ - Xe/sup 12 +/, Ar/sup 2 +/ - Ar/sup 9 +/, and Fe/sup 5 +/ - Fe/sup 6 +/ in H and H/sub 2/ for 3 < E < 26 keV/charge, and for C/sup 3 +/ - C/sup 5 +/ in H/sub 2/ for 0.15 < E < 0.45 keV/charge. (GHT)

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Available abstract

In order to systematically investigate the behavior of low energy electron capture cross sections, the cross sections were measured for Xe/sup 2 +/ - Xe/sup 12 +/, Ar/sup 2 +/ - Ar/sup 9 +/, and Fe/sup 5 +/ - Fe/sup 6 +/ in H and H/sub 2/ for 3 < E < 26 keV/charge, and for C/sup 3 +/ - C/sup 5 +/ in H/sub 2/ for 0.15 < E < 0.45 keV/charge. (GHT)

Key concepts: Ion, Hydrogen, Energy (signal processing), Computer science, Electron, Electron capture, Atomic physics, Materials science

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