A survey is given of recent progress in the understanding of the basic mechanisms
responsible for inner-shell vacancy production in slow (near-adiabatic) ion—atom collisions …

The development of the theory of inner-shell excitation in slow ion-atom collisions over the
past decade is described. This theory recognizes that electrons in inner shells behave …

Collisions of very heavy ions at energies close to the Coulomb barrier are discussed as a
unique tool to study the behavior of the electron-positron field in the presence of strong …

Cross sections for the ejection of electrons from hydrogen and nitrogen by protons have
been measured as a function of the energy and angle of ejection of the electrons at incident …

HJ BEYER AND H. KLEINPOPPEN During the preparation of Parts A and B of Progress in
Atomic Spectros copy a few years ago, it soon became obvious that a comprehensive review …

Under conditions in which direct radial or rotational coupling mechanisms are not expected
to contribute and for collision velocities for which the MO model is expected to apply, it is …

For pt. I see ibid., vol. 14, p. 513 (1981). The continuum electron spectra produced in Ne n+-
Ne (n= 1, 2, 3, 4) collisions have been measured as functions of the angle and energy of the …

We have determined projectile and target K x-ray cross sections from a variety of targets
spanning the periodic table and bombarded by 12-60-MeV Br, 200-330-MeV Kr, 15-80-MeV …

The Coulomb-deflection factor, defined as the ratio of the Coulomb to plane-wave Born
cross sections, is derived for slow but classically moving ions, and found to be in agreement …

As suggested previously, in a heavy-ion collision the sum of the total L-vacancy-production
cross section of the higher-Z partner and of the K-vacancy-production cross section of the …