This review attempts to present an overview of the basic concepts and the theoretical and
experimental progress made in the past several years in the investigations of the collision …

For collision energies below 25 keV/amu cross sections for the transfer of up to 4 electrons
in single collisions between multiply charged ions and neutral atoms and molecules are …

Measured cross sections for electron capture by a variety of multiply charged ions in
collisions with atomic and molecular hydrogen are presented. The data are primarily for He …

Cross sections for electron capture by N+ q, O+ q (1≤ q≤ 5), and C+ q (1≤ q≤ 4) incident
on atomic and molecular hydrogen have been measured in the velocity range (0.3-5.2)× 10 …

Absolute cross sections have been measured for single and double charge exchange and x-
ray line emission for highly charged ions of C, N, O, and Ne colliding with He, H 2, CO 2, and …

Total electron-capture cross-section measurements are reported for C q+(3≤ q≤ 6) and O
q+(2≤ q≤ 6) ions colliding with hydrogen atoms and molecules in the energy range (0.01≤ …

Cross sections for one-electron capture by fast boron and carbon ranging from singly to fully
ionised in both H and H 2 have been measured within the energy range 100-2500 keV. At …

An impulse approximation to the charge-transfer amplitude in an ion-atom collision is
derived. When a straight-line trajectory is used for the nuclear motion the impact-parameter …

Absolute cross sections for single electron capture by Sn 3+ colliding with H 2 and D 2 have
been measured and calculated in the energy range of 1–100 keV. The cross sections are …

Single-and double-electron capture (SEC and DEC) processes occurring in O 6+ and H 2
collisions are investigated in a wide-energy domain ranging from 0.1 to 100 keV u− 1. Total …