Titlebook: Ionization of Solids by Heavy Particles; Raúl A. Baragiola Book 1993 Springer Science+Business Media New York 1993 collision.condensed mat

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Electronic Energy Loss of Fast Protons in Planar Surface Channelinglections due to collisions with the surface atoms. There is some correlation between the collisions, which gives rise to a governed motion. This motion can be described using the concept of continuum scattering: the ions do not feel individual surface atoms, but are steered by the planar continuum p

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S. Schippers,S. Hustedt,W. Heiland,R. Köhrbrück,J. Kemmler,D. Lecler,N. Stolterfoht

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Electrons from Intra- and Interatomic Auger Processes in Low-Energy Collisions of Singly and Doubly quence of electronic transitions is studied by comparing 50 and 1000eV Ar. collisions with W(1 10) partially covered by K atoms. It is shown that Ar.3p vacancies are created during the collision provided the projectile energy surmounts about 300eV. Contributions from both potential and kinetic emiss

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Inner Shell Target Ionization by the Impact of N6+, O7+ and Ne9+ on Pt(110)he grazing angle of incidence ψ below 10°. The IEE spectra show beside the “δ-electron” background line emission due to Auger processes in the projectile and in the target atoms. We identify KLL and LMM projectile electrons and NNV, NOO, NVV and OVV target Auger electrons. An interesting result is t

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Symmetric and Asymmetric Collisions in Auger Electron Emission from Al, Mg, Si, and MgxAl1-X, Targetllow the most probable path of one electron during a collisional event. For L-shell excitation occurring in the lighter partners in asymmetric collisions and in one or both atoms in symmetric collisions, Fano and Lichten proposed the electron promotion along the steeply rising, diabatic 4fσ MO..

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