Abstract
By performing simultaneous detection of forward-scattered Ne + ions and photons emitted by Ne and Ni excited atoms when a Ni(110) surface was bombarded by 4 keV Ne + ions at near-grazing incidence, we studied the ion and photon yields as a function of the azimuthal angle. The variations observed in the yield anisotropies show the different degrees of influence of the surface structure on outer-shell electronic processes during ion-surface collisions.
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