The injection of energetic neutral particles into the plasma of magnetic confinement fusion
reactors is a widely-accepted method for heating such plasmas; various types of neutral …

In this work, total and differential ionization cross sections of uracil ionized by C 6+
projectiles are calculated by extending an adaptative classical trajectory Monte Carlo model …

We study multiple ionization in proton collisions with water, methane, and ammonia
molecules using an independent-atom model. Previous work on total (net) capture and …

A model for the description of proton collisions from molecules composed of atoms such as
hydrogen, carbon, nitrogen, oxygen and phosphorus (H, C, N, O, P) was recently extended …

Energy loss in collisions of charged projectiles with many-electron systems can be dealt with
in time-dependent density functional theory by invoking Ehrenfest's theorem for the time …

We use an independent electron model with semi-classical approximation to electron
dynamics to investigate differential cross sections for electron emission in fast collisions of …

The two-center basis generator method is used to obtain cross sections for excitation,
capture, and ionization in Li 3+, C 3+, and O 3+ collisions with ground-state hydrogen at …

In this work, a theoretical analysis of the impact of the multiple ionization of uracil by 3.5
MeV/u C 6+ is developed in the framework of a classical trajectory Monte Carlo method, as …

Cross sections for charge transfer and ionization in proton–uracil collisions are studied, for
collision energies 0.05< E< 2500 keV, using two computational models. At low energies …

We report on electron removal calculations for 2.81 keV/amu Li 3+ and O 3+ ion collisions
with neon dimers. The target is described as two independent neon atoms fixed at the …