The R-matrix method is an embedding procedure which is based on the division of space
into an inner region where the physics is complicated and an outer region for which greatly …

The distorted‐wave Born approximation (DWBA) has been one of the most successful
theoretical approaches for treating electron collisions with complicated atoms, and recently …

Theoretical differential and total cross sections for the direct ionization process of water
vapour by 6MeV/u C6+ ions are compared to new experimental measurements performed …

Total electron-H 2 O scattering cross sections have been measured from 50 to 5000 eV with
experimental errors of about 5%. Integral elastic and inelastic cross sections have been …

The triply differential cross section has been measured for electron-impact ionization of the
outer valence 1t 2 and the inner valence 2a 1 orbitals of methane using the (e, 2e) technique …

Ionization of biomolecules remains still today rarely investigated on both the experimental
and the theoretical sides. In this context, the present work appears as one of the first …

In this work, we report total cross sections for the single electron capture process induced on
DNA/RNA bases by high-energy protons. The calculations are performed within both the …

A multicenter distorted-wave (MCDW) method for fast-electron-impact single ionization of a
molecular system in the coplanar-asymmetric kinematics is developed. Plane waves are …

A quantum-mechanical approach to ion-molecule collisions is presented. It involves a
separation of molecular geometry and collision dynamics and enables the use of the basis …

In this work, we report a unified methodology to express the molecular wavefunctions of
water in both vapor and liquid phases by means of a single-center approach. These latter …