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

For the ionization of diatomic molecules the conditions and mechanisms giving rise to large
positive and negative time delays of the ejected electrons are studied. It is shown that for H 2 …

In this paper the double ionization of helium by high-energy electron impact is studied. The
corresponding four-body Schrödinger equation is transformed into a set of driven equations …

We discuss the ionization of aligned hydrogen molecules into their ionic ground state by 200
eV electrons. Using a reaction microscope, the complete electron scattering kinematics is …

We solve the time-dependent Schrödinger equation describing a water molecule driven by a
superposition of the extreme ultraviolet and IR pulses typical for a reconstruction of …

Triple differential ionization cross sections (TDCSs) by electron impact are calculated for
some atomic and molecular targets by using several models where Post Collisional …

The double ionization of helium by high energy electron impact is studied. The
corresponding four-body Schrödinger equation is transformed into a set of driven equations …

We apply the Jacobi matrix method to the Faddeev-Merkuriev differential equations in order
to calculate the three-body wave function that describes the double continuum of an atomic …

We develop an ab initio procedure based on the driven Schrödinger equation formalism and
the external complex scaling method for the determination of the multifold differential cross …

A method is proposed for extracting ionization amplitudes from the solution of the time-
dependent Schrödinger equation (TDSE) describing a system in a time-dependent external …