A theoretical study of the interference pattern imprinted on the doubly differential momentum
distribution of the photoelectron due to atomic ionization induced by a short laser pulse is …

Phase and time delays of atomic above-threshold ionization are usually experimentally
explored by the reconstruction of attosecond harmonic beating by interference of two-photon …

The derivatives of eight Horn hypergeometric functions [four Appell F 1, F 2, F 3, and F 4,
and four (degenerate) confluent Φ 1⁠, Φ 2⁠, Ψ 1⁠, and Ξ 1] with respect to their parameters …

The angular distribution of emitted electrons following an atomic inner-shell photoionization
or an excitation of autoionizing atomic states by electron or ion impact is considered. The …

A new interference mechanism, analogous to ''classic''double-slit electron scattering, has
been identified in low-energy ion-atom collisions. This Coulomb ''path''interference results …

We study the post-collision interaction effects produced on the autoionization of an atom
colliding with a molecule. We show that an oscillatory pattern can be observed. This effect …

We propose a method to measure the duration of ultrashort electron pulses. The electron
pulse to be measured impinges on a solid target, causing the emission of Auger electrons …

The post-collision interaction (PCI) is investigated in Auger processes induced by electron
impact ionization.(An Auger decay of an inner vacancy results in the creation of four charged …

The influence of angle-dependent post-collision interaction on the lineshape of the N 5-O 23
O 23 1 S 0 Auger transition in xenon has been measured for the angles theta 12= 55'and …

We have studied the family of orbits encountered when particles are emitted in all directions
from a point source, in the presence of a Coulomb potential whose centre is displaced with …