The time-dependent close-coupling method for atomic and molecular collision processes Page
1 Journal of Physics B: Atomic, Molecular and Optical Physics TOPICAL REVIEW The …

The past decade has seen extraordinary theoretical progress in the field of fully
kinematically resolved atomic electron-impact ionisation, and its closely related field of …

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

Much progress in the theory of positron scattering on atoms has been made in the ten years
since the review of Surko et al (2005 J. Phys. B: At. Mol. Opt. Phys. 38 R57). We review this …

Single ionization of helium by 70.6-eV electron impact is studied in a comprehensive
experiment covering a major part of the entire collision kinematics and the full 4π solid angle …

Deep minima in He (e, 2 e) He+ triply differential cross sections are traced to vortices in
atomic wave functions. Such vortices have been predicted earlier, but the present …

A nonperturbative close-coupling technique is used to calculate differential cross sections
for the electron-impact ionization of H 2 at an energy of 35.4 eV. Our approach allows cross …

The atomic hydrogen target has played a pivotal role in the development of quantum
collision theory. The key complexities of computationally managing the countably infinite …

We review the recent progress made in applying the time-dependent close-coupling
approach to ionizing collisions of electrons, photons, and ions with small atoms and …

Low-energy (E 0= 70.8 eV) electron-impact single ionization of a 3 p electron in argon has
been studied experimentally and theoretically. Our measurements are performed using the …