Single ionization of helium by impact of 3.6 MeV u− 1 Au 53+ ions is investigated by means
of quantum-mechanical and classical methods. Calculations of fully differential cross …

Three-body dynamics are investigated for single ionization of hydrogen by 50 and 100 eV
positron impact. The momentum distributions of the electron, the projectile and the recoiling …

Heavy-particle cross sections differential in the momentum transferred to the target are
investigated using the classical trajectory Monte Carlo method. With the 3.6 MeV/u Au 53++ …

Measurements of electron velocity distributions emitted at 0 for collisions of 10-and 20-keV
H+ incident ions on H 2 and He show that the electron capture to the continuum cusp …

By means of a systematic theoretical study of the transition matrix element T for the
${{e}^{+}}+{\rm H} $ ionization collisions in a collinear geometry, we uncover the presence of …

In der hier vorliegenden Arbeit wurden Fragen der atomaren Korrelation sowie
Verschränkung untersucht und ein Beobachtungsfenster geöffnet, durch welches es möglich …

We present a novel effect in positron impact ionization collisions at small and intermediate
energies, namely a strong dynamical orientation of the electron–positron continuum dipole …

Ionization collisions by positron impact at low and intermediate energies are investigated by
means of a classical trajectory Monte Carlo (CTMC) simulation. Calculations of fully …

The question whether the velocity of the projectile and that of the electrons at the maximum
of the ECC (electron capture to the continuum) cusp are equal is analyzed by means of …

We study the formation of cusps in the double differential cross section for ion-atom
ionization collisions by means of a classical trajectory Monte Carlo calculation. The use of …