Cross sections for charge exchange and fragmentation in the collision system He 2++ H 2 O
are investigated experimentally and theoretically at projectile energies of a few keV …

Charge exchange and fragmentation in the collision systems He 2++ H 2 O and He++ H 2 O
are theoretically investigated at projectile energies of a few keV. The calculations are based …

Absolute cross sections for the ionization and fragmentation of water vapor molecules during
collisions with 0.5 to 2.0 MeV He+ ions, resulting from pure ionization, projectile electron …

The fragmentation in the collision system 3 He 2++ H 2 O has been investigated
experimentally at projectile energies ranging from 1 keV to 5 keV. The fragments were …

Charge exchange and fragmentation are the usual results in ion–molecule collision
systems, and the specifics of the fragmentation process determine the chemical destiny of …

A recently introduced method for the description of bare ion-molecule collisions is extended
to deal with intermediate-energy He+-H 2 O collisions, in which both the projectile electron …

Experimental and theoretical studies of one-electron capture in collisions of He 2+ ions with
H 2 O molecules have been carried out in the range 0.025–12 keV amu− 1 corresponding to …

We present calculations of cross sections for one-and two-electron processes in collisions of
H+, He 2+, and C 6+ with water molecules in the framework of the Franck-Condon …

The energy distributions of fragments produced in He2++ H2O collisions at projectile
energies ranging from 1keV up to 5keV have been investigated experimentally as a function …

We measured the energy and angular distribution of ionic fragments produced by the
interaction of 1–220 keV Xe 22+ ions with water molecules. The measured distributions …