The ion-induced fragmentation of CH 4 2+ into H+ and CH 3+ is studied using a cold target
recoil ion momentum spectroscopy in coincidence with the charge state of the post-collision …

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 …

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 …

A partial-wave method is developed to deal with small molecules dominated by a central
atom as an extension of earlier single-center methods. In particular, a model potential for the …

A model potential previously developed for the ammonia molecule is treated in a single-
center partial-wave approximation in analogy with a self-consistent field method developed …

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 …

Experimentally determined single and double-electron-capture and single and double
projectile stripping cross sections are presented for intermediate and low projectile energies …

We extend a previously developed model for the Stark resonances of the water molecule.
The method employs a partial-wave expansion of the single-particle orbitals using spherical …

A mean-field model to describe electron transfer processes in ion-molecule collisions at the
$\hbar= 0$ level is presented and applied to collisions involving water and ammonia …

Single-electron capture in ground state from several biologically relevant molecules by He^+
He+ has been studied theoretically by a three-body version of the distorted-wave (DW) …