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

Fully differential studies of single ionization of neutral atoms by charged particle impact have
proven to be extremely powerful to advance our understanding of the few-body dynamics in …

Differential studies of the proton-helium scattering problem using the two-center wave-
packet convergent close-coupling approach is extended to the calculation of the ionization …

In this work, we develop a wave-packet continuum-discretization approach to ion-atom
collisions that includes rearrangement processes. The total scattering wave function is …

We report fully differential cross section (FDCS) calculations and absolute measurements for
ion-atom impact ionization. Using the COLTRIMS (cold target recoil ion momentum …

We present experimental triply differential single-ionization cross sections for electrons
emitted into the scattering plane in 3.6 MeV amu-1 Au 53++ He collisions, ie for a large …

We present triple differential cross sections (TDCSs) for single ionization of atoms by proton
and highly charged bare ions impact by means of the three-body formalism of the first Born …

We describe recent experimental triple-differential cross sections of ionization by the impact
of both protons and positrons by means of a single, kinematically exact theory. This model …

Doubly differential cross sections (DDCSs) for single ionization of molecular hydrogen by 75-
keV proton impact have been measured and calculated as a function of the projectile …

The three-body Coulomb problem has been explored in kinematically complete experiments
on single ionization of helium by 100 MeV/u C 6+ and 3.6 MeV/u Au 5 3+ impact. Low …