1996AIP conference proceedingsRequires access

Charge state distributions in copper following multiple ionization and one-electron capture in collisions with H+ ions

M B Shah, Clare Patton, J Geddes, H B Gilbody

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Abstract

The charge state fractions Fq of slow Cuq+ ions formed by one‐electron capture in single collisions between protons and Cu atoms for q=1 to 5 have been measured in the energy range 70–730 keV amu−1. Measured fractions have been satisfactorily described in terms of an independent electron model of ionization of the 4s and 3d electrons.

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The charge state fractions Fq of slow Cuq+ ions formed by one‐electron capture in single collisions between protons and Cu atoms for q=1 to 5 have been measured in the energy range 70–730 keV amu−1. Measured fractions have been satisfactorily described in terms of an independent electron model of ionization of the 4s and 3d electrons.

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Available abstract

The charge state fractions Fq of slow Cuq+ ions formed by one‐electron capture in single collisions between protons and Cu atoms for q=1 to 5 have been measured in the energy range 70–730 keV amu−1. Measured fractions have been satisfactorily described in terms of an independent electron model of ionization of the 4s and 3d electrons.

Key concepts: Ion, Ionization, Atomic physics, Electron capture, Electron, Range (aeronautics), Copper, Charge (physics)

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