The book describes the experimental techniques employed to study surfaces and interfaces.
The emphasis is on the experimental method. Therefore all chapters start with an …

The appearance of atomic structures of nanoscopic dimensions, with new and interesting
physical properties, requires revisiting various aspects of particle interaction with solid …

We present electronic stopping power data for H and He ions in Zn and In obtained from
backscattering experiments in the range of low velocities; for In data are obtained up to the …

Energy spectra of keV ions interacting with self-supporting foils of Au and W were recorded
with a Time-of-Flight Medium-Energy Ion Scattering system in different backscattering and …

Diffraction of fast atoms from crystal surfaces at grazing incidence (GIFAD) has now been
observed on all types of materials, from wide band gap insulators to metals, including …

In this letter, we report experimental data and theoretical work on the electronic energy loss
and energy loss straggling of protons transmitted through self-supported thin films of …

A joint experimental and theoretical study of energy loss is presented for 1-to-4-keV fluorine
negative ions in grazing scattering on a missing-row reconstructed Au (110) surface …

The Demkov model fails to explain the formation of negative ions in grazing scattering of
atoms from insulator surfaces at relatively high velocities, since the electron detachment …

In this study, we investigate the energy loss of highly charged ions interacting with various
tungsten surfaces. The analysis primarily focuses on elucidating the impact of electron …

In the scattering and stopping of heavy ions on a few surface layers in solids, contributions of
the electronic and nuclear energy losses can become comparable. In this work we present a …