Abstract Molybdenum disulfide (MoS 2), as a layered transition metal chalcogenide (TMC)
material, has been widely employed in many fields, including electrode materials, photo …

Measuring and understanding the complexity that arises when nanostructures interact with
their environment are one of the major current challenges of nanoscale science and …

The way conduction electrons respond to ultrafast external perturbations in low dimensional
materials is at the core of the design of future devices for (opto) electronics, photodetection …

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 …

The impact of a highly charged ion onto a solid gives rise to charge exchange between the
ion and target atoms, so that a slow ion gets neutralized in the vicinity of the surface. Using …

We use first-principles calculations to uncover and explain a new type of anomalous low-
velocity stopping effect in proton-irradiated graphene. We attribute a shoulder feature that …

The present work combines experimental and theoretical studies of the collision between
keV ion projectiles and clusters of pyrene, one of the simplest polycyclic aromatic …

Two-dimensional molybdenum-disulfide (MoS2) catalysts can achieve high catalytic activity
for the hydrogen evolution reaction upon appropriate modification of their surface. The …

The electronic stopping power of protons and He ions traveling along the channeling and off-
channeling trajectories in indium is reported based on time-dependent density functional …

The property of a variable charge state makes ions unique to other types of radiation a
material surface can be exposed to. As a consequence of charge exchange between ions …