This work discusses studies of electron emissions during the interaction of low energy (in the
keV energy range and below) singly charged ions with Aluminum surfaces. Analysis of the …

We studied the directional dependency of electronic stop** power of swift light ions in
nickel using real-time time-dependent density functional theory. We report a variation of …

The experimental electronic stop** cross-section of EUROFER97 for slow protons,
deuterons and helium ions is deduced from backscattering experiments from ultrathin film …

Protons consist of three valence quarks, two up-quarks and one down-quark, held together
by gluons and a sea of quark-antiquark pairs. Collectively, quarks and gluons are referred to …

The inelastic energy deposition of energetic ions is a decisive quantity for numerous
industrial-scale applications, such as sputtering and ion implantation, yet the underlying …

We investigate the electronic excitation of silicon by hydrogen, helium, nitrogen, and neon
ions for ion energies ranging from several tens to a few hundred kiloelectronvolts …

We investigate the charge-state effects on charge transfer of helium ions in gold nanosheet
using the time-dependent density functional theory non-adiabatically coupled to the …

The inclusion of sophisticated density-dependent electronic stop** and electron-phonon
coupling calculated with first-principles methods into molecular dynamics simulations of …

The potential of time-of-flight recoil detection for sensitive multi-element profiling of thin
membranes and quasi-2D systems in transmission geometry using pulsed keV ion beams is …

We scattered 0.45–5 keV Ne+ ions at Al surfaces, performing angle resolved measurements
of electron spectra from autoionizing decay of excitations in the scattered projectiles …