The reaction dynamics in simple atomic systems have been studied extensively in order to
address the fundamentally important, but yet unsolved few-body problem. For the …

We present calculations of the electron angular distributions in the single ionization of
helium by 1-MeV proton impact at momentum transfer of 0.75 au and ejected-electron …

We describe an experiment that strongly supports a two-path interferometric model in which
the spin-up and spin-down components of each neutron propagate coherently along …

In traditional scattering theory, the incident projectile is assumed to have an infinite
coherence length. However, over the last decade, experimental and theoretical studies of …

Over the last decade, it has become clear that for heavy ion projectiles, the projectile's
transverse coherence length must be considered in theoretical models. While traditional …

Fully differential measurements for the single ionization of helium by fast ion impacts are
discussed by evaluating effective fully differential cross-sections (EFDCSs) proposed by …

Fully differential cross sections (FDCSs) have been calculated for the single ionization of
helium by 1-and 3-MeV proton and 100-MeV/u C 6+ ion impact using the classical trajectory …

The fundamental indication of the departure of quantum mechanics from the classical world
is the so-called quantum coherence. Typically, we define it as the characteristic of systems …

In this paper, fully differential cross-sections for the ionization of helium by fast charged
projectiles (100 MeV/u C 6+ and 3 MeV protons) are calculated. The projectile is described …

We have measured fully differential cross sections for dissociative single capture and
Coulomb explosion through double capture in 75 keV p+ H 2 collisions. Data were analyzed …