The electronic stopping power of palladium (Pd) for protons is investigated based on time-
dependent density functional theory combined with Ehrenfest molecular dynamics …

We review the electronic stopping power data within the IAEA database, assessing the
abundance and scarcity of available data as a function of energy and collisional systems …

The electronic stopping power of protons traveling along the channeling and off-channeling
trajectories in platinum (Pt) is reported based on time-dependent density functional theory …

Extracting stopping cross sections from energy-loss measurements requires careful
consideration of the experimental geometry. Standard procedures for separating nuclear …

The electronic energy loss of proton in platinum (Pt) is studied through nonadiabatic electron-
ion coupling dynamic simulations within time-dependent density functional formalism. We …

In this contribution, we review the state of the art of the experimental electronic stopping
power data available in the IAEA database. We examine thoroughly the abundance or lack …

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 …

The electronic stopping cross section (SCS) of Ni for slow H+, H 2+, D+ and D 2+ ions has
been investigated for different types of targets in two complementary experimental …

We have investigated experimentally and by computer simulations the energy-loss and
angular distribution of low energy (E< 10 keV) protons and deuterons transmitted through …

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 …