2021
DOI: 10.1139/cjp-2020-0448
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Double differential cross section for the single ionization of methane molecule by swift proton projectile

Abstract: In the present work, single ionization of the methane molecule is studied. The double differential cross section for the ejected electron is considered. The target is ionized by the effect of perturbation created by proton impact with high incident velocity. In our theoretical formalism, the one Coulomb wave model is employed in the framework of the first Born approximation, which means that the final state is considered as a product of a plane wave function for the scattered heavy particle and a Coulomb wave … Show more

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