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Cs q+ ions with charge q=1 to 17 and energies ranging from 75 keV to 1.8 MeV are scattered under a grazing angle of incidence from a flat and clean Cu(111) surface. Charge state distributions of scattered ions are recorded as function of projectile velocity and reveal dominant contributions of charge q=1 over the complete range of velocities/energies studied here. For higher final charge...
The energy loss for Ne atoms scattered with keV energies from a LiF(001) surface under channeling conditions, i.e., glancing angles of incidence, is studied via computer simulations using classical trajectories. Our simulations show that the elastic energy transfer to the crystal lattice depends sensitively on lattice vibrations at the crystal surface. From comparison with recent experimental data...
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