Saturn's magnetosphere has been studied extensively by the Cassini spacecraft during the
last 6 years. We present mission‐averaged energetic proton and electron measurements …

We have measured the electron-transfer process in fast collisions (630–1200 keV/u) of
protons with helium, which is dependent on the projectile scattering angle and the final …

Single-electron capture from the K-shell of multi-electron atomic targets (carbon, nitrogen,
oxygen, neon and argon) by bare projectiles (the nuclei of H, He and Li) at intermediate and …

The three-body boundary-corrected continuum intermediate state method is used to
compute total cross sections for single charge exchange in ion-atom collisions at …

The positron and electron impact ionization of argon 3p at 200 eV impact energy is
investigated using a theoretical model called 3CWZ. Within this model all particles of the …

Single-electron capture by fast protons from helium-like atomic targets is investigated at
intermediate and high impact energies. The main purpose of the present study is a …

We present a classical treatment of the ionization and electron-capture processes in the
interaction of protons with neutral noble-gas atoms, namely, Ne, Ar, Kr, and Xe. We used a …

With the more and more regular use of ionizing radiations in medicine and more particularly
in hadrontherapy, it is today necessary to describe—with the highest degree of accuracy …

The first Born approximation is examined for different fast capture processes for the p+ He
system at incident energies of about 1 MeV. Calculations have been performed for the singly …

The first Born approximation is applied to calculate differential and total ionization cross
sections of a set of small molecules, namely, HF, H2O, NH3 and CH4 by electron impact …