The present report deals with the main aspects of the interaction of slow (impact velocity
typically below 1 au) multicharged ions (MCI) with atomically clean solid surfaces of metals …

Electron emission is a fundamental phenomenon which accompanies most interactions of
energetic particles with solid surfaces. Not only is it a special effect which for almost ninety …

We compare the ion-induced electron emission from freestanding monolayers of graphene
and MoS 2 to find a sixfold higher number of emitted electrons for graphene even though …

Total low-energy electron yields for the normal incidence interaction of slow, very highly
charged ions (136 Xe q+, 21≤ q≤ 51; Th q+ 232, 51≤ q≤ 80) with a clean gold surface …

We present a collection of experimental results on electron emission from a clean gold
surface bombarded by slow neutral atoms and singly or multiply charged ions, which have …

For impact of slow multicharged N, Ne, Ar, and I ions on clean polycrystalline gold (impact
velocity 1× 10 4< vp< 15× 10 4 m/s, for the first time the statistics of the resulting electron …

Charge exchange and kinetic energy loss of slow highly charged xenon ions transmitted
through freestanding monolayer MoS 2 are studied. Two distinct exit charge state …

Analytic expressions for a multiple-cascade model were derived to study the filling of L and
K vacancies of hollow Ne atoms moving in shallow layers of an Al surface. The model …

We present total yields for emission of slow (E e≤ 50 eV) electrons due to the impact of slow
(vp≤ 5× 10 5 m/s) highly charged ions [Ar q+(q≤ 18), Xe q+(q≤ 51), and Th q+(q≤ 80)] on …

As surface-only materials, freestanding 2D materials are known to have a high level of
contamination—mostly in the form of hydrocarbons, water, and residuals from production …