A detailed discussion of the scattering of fast atoms and ions from solid surfaces under a
grazing angle of incidence is presented. Theoretical and experimental results are used to …

The low coverage adsorption of alkalis on metal surfaces induces excited states localised on
the adsorbate. In the case of noble metal substrates, these excited states can exhibit a very …

Electron capture by Li+ and H projectiles in grazing scattering from Cu (111) and Cu (110)
surfaces is studied experimentally and theoretically. Whereas data for Cu (110) can be …

The jellium model of free electron gas and its extended version have been widely used to
understand the neutralization of alkali-metal ions on metal surfaces. We report an …

One-electron and multielectron contributions to the decay of transient states in the Cs/Cu
(111) and (100) systems are studied by a joined wave-packet propagation and many-body …

Time-resolved two-photon photoemission of alkali adsorbates on noble-metal surfaces
revealed the existence of very long-lived excited electronic states. The present work is …

Nowadays low-energy ion scattering (LEIS) is known as a technique with the best surface
sensitivity. In this paper we consider the surface composition analysis of metallic samples by …

This study addresses the numerical modeling of resonant charge transfer (RCT) during ion-
surface interactions. In our approach we use the original ab initio three-dimensional (3D) …

The dependence of the local density of states near the Fermi energy EF on the width of
terraces T is investigated by tunneling scanning spectroscopy on Ag (111) at 7 K. With …

This study presents parallelized time-dependent Schrödinger equation solver (GPU TDSE
Solver) for 3D modeling of resonant electron transfer (RCT) during ion–surface interactions …