A model is proposed to explain the irradiation-induced amorphization of graphite. This
model assumes that the single-vacancy concentration saturates to C VS (T) at irradiation …

We evaluate the stopping and image forces on a charged particle moving parallel to a
doped sheet of graphene by using the dielectric-response formalism for graphene's π …

We describe the dynamic polarization of graphene's π electrons by means of the Vlasov
equations in the relaxation-time approximation and evaluate the stopping and the image …

We use the dielectric-response formalism to evaluate the induced density of charge carriers
in supported graphene due to an external moving charged particle in terms of its velocity …

We use a two-dimensional, two-fluid hydrodynamic model to describe the high-frequency
plasmon excitations of the carbon valence electrons responding to fast ions and electric …

We investigate the interactions of fast charged particles with a two-dimensional (2D) electron
gas (2DEG) supported by an insulating substrate, describing its collective or plasmon …

The interaction of nitrogen ions with carbon films is investigated in view of the nitrogen
recycling behavior on carbon divertor targets during plasma operation with nitrogen gas …

The behaviour of graphite particles immersed in helium gas and irradiated with an
electronbeam has been investigated. Because this treatment was performed in a modified …

Helium reemission, trapping, and thermal desorption from highly ordered pyrolytic graphite
(HOPG and HPG) of different orientation, polycrystalline graphite (EK98), and titanium …

We investigate the stopping power and the image force on fast ions moving parallel to a
graphene sheet caused by the dynamic polarization of carbon valence electrons. We …