Abstract
We present high-resolution electron spectroscopy studies of the interaction of hydrogen-like nitrogen and oxygen ions with a thin-film covered Au(1 1 1) surface. As coverages LiF and C 60 are used to investigate the interplay between the projectile and the surface electronic structure. The results from LiF permit a definite conclusion on the respective role of the band gap and the binding energy in bulk LiF during the projectile neutralization and relaxation. Results from C 60 raise new questions on the actual nature of the processes responsible for the filling of the projectile L-shell.
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