Cross sections for single-and double-electron capture have been measured for incident ions
of C, N, and O with initial charges+ 3 to+ 6 colliding with molecular hydrogen at velocities …

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 …

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≤ …

Approximate cross sections for charge transfer between ground-state atomic hydrogen and
completely stripped ions of C, N, O, Ne, Si, and Ar have been obtained in the velocity range …

The results of recent experimental studies of charge transfer by multiply charged ions in H
and H 2 are considered in relation to current theoretical descriptions. At low velocities (V< 1 …

Single-and double-charge-transfer cross sections of He 2+ 3 ions in collisions with N 2, O 2,
CO, and CO 2 molecules have been measured in the energy range of 0.20 to 2.7 keV∕ u. In …

Total cross sections for capture of an electron by Xe q+(2≤ q≤ 1 2), Ar q+(2≤ q≤ 9), and
Fe q+(q= 5, 6) colliding with atomic and molecular hydrogen have been measured for …

The cross sections for charge transfer in collisions between atomic hydrogen and singly
charged atomic ions of nitrogen and oxygen have been measured within the energy range …

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 …

We have used photon emission spectroscopy to determine absolute, state-selective cross
sections for single-electron capture by ions colliding on atomic and molecular hydrogen. The …