Theoretical study of electron exchange under grazing scattering on thin metal films

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Abstract

Electron exchange during grazing scattering of hydrogen ions on thin metal films is considered. The main characteristic being studied is the yield fraction, i.e. the probability of the formation of a certain charge state of a scattered particle (in the case under consideration, H–) as a function of the velocity component parallel to the surface of the sample. Based on an analysis of the electron distribution in the space of wave vectors, using the generally accepted model of displacement of Fermi spheres, it was shown that the dependence of the probability of the formation of a negative hydrogen ion on the parallel velocity component should decrease monotonically.

About the authors

I. K. Gainullin

Lomonosov Moscow State University

Author for correspondence.
Email: ivan.gainullin@physics.msu.ru
Russian Federation, Moscow

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