We review the theoretical and experimental progress in the field of coherent electron
emission from simple molecules by the impact of energetic charged particles. We describe in …

A recently developed molecular three-continuum approximation is employed to compute
differential cross sections for the ionization of hydrogen molecules by electron impact. Within …

Interference patterns due to the coherent electron emission from the atomic centers of a D 2
molecule by fast electron impact are experimentally observed in doubly differential cross …

We report the energy and angular distribution of electron double differential cross sections
(DDCS) in collision of 6-MeV∕ u C 6+ ions with molecular hydrogen. We explain the …

Single ionization of diatomic molecules due to the impact of fast proton beams is
theoretically studied. The main interest is focussed on the analysis of the possible existence …

We present here a review of the experimental results obtained these last years at CIRIL
laboratory in the field of swift heavy ion-induced small molecule fragmentation dynamics …

We apply a many-body classical model and a semiclassical coupled-channel approach to
study the electronic processes occurring in the course of fast collisions between atomic and …

Photoionization cross sections for the hydrogen molecule have been calculated,
emphasizing the interference effects due to the two-center character of the target. In order to …

We study photon-and ion-induced electron emission from one-electron diatomic molecular
ions. For photon impact we find an oscillatory behavior of the asymmetry parameter β and of …

A short review of theoretical models previously used to study single and multiple electron
ionization in collisions of bare fast highly charged ions with atomic and diatomic molecular …