In this work, a dynamic charge is employed in the continuum distorted wave–eikonal initial
state theoretical model to describe the non-Coulomb potential of the residual target for …

By combing the time-dependent density functional calculations for electrons with molecular
dynamics simulations for ions (TDDFT-MD) nonadiabatically in real time, we investigate the …

In the present work, we address the problem of single ionisation in ion molecule collisions
by implementing the dynamic charge continuum distorted wave—eikonal initial state model …

We have studied the absolute double differential cross section (DDCS) of electrons ejected
from the methane molecule (CH 4) under the impact of highly charged fast projectile ions …

Our study has shown that in collisions p-He and p-Ar with energies above 50 keV fast
electrons carry away as kinetic energy up to 70% of energy released during particle …

We measure double differential cross sections (DDCS) of electrons emitted from CH4
molecules in collisions with 250 keV protons. The projectile ions are obtained from a 400 kV …

Significant progress in understanding the stopping and scattering of atomic particles with
energies less than 100 keV in matter is discussed. Stemming from a comparison of …

Обсуждается существенное уточнение представлений о торможении и рассеянии
атомных частиц с энергиями менее 100 кэВ в веществе, возникшее при сопоставлении …

We measure double differential cross sections (DDCS) of electrons emitted from CH4
molecules in collisions with 250 keV protons. The projectile ions are obtained from a 400 kV …

In the present work, single ionization of the methane molecule is studied. The double
differential cross section for the ejected electron is considered. The target is ionized by the …