Total and partial cross sections for electron capture in collisions of hydrogen atoms with fully stripped ions

Systematic investigations of charge-transfer reactions $\mathrm{H}(1s)+{A}^{Z+}\ensuremath{\rightarrow}{\mathrm{H}}^{+}+{A}^{(Z\ensuremath{-}1)+}(n,l)$ (${A}^{Z+}$ being a fully stripped ion) within the multichannel Landau-Zener theory with rotational coupling included (MLZRC) are presented. Total cross-section ($\ensuremath{\sigma}$) calculations in the energy region 0.03-80 keV/amu for selected projectiles with charges $5\ensuremath{\le}Z\ensuremath{\le}74$ are performed. Oscillations in the $Z$ dependence of $\ensuremath{\sigma}$ are observed at low collision energies in the low-$Z$ region. Above this region the $Z$ dependence of $\ensuremath{\sigma}$ is linear. The $n$,$l$ distributions of captured electrons are investigated and results for the partial cross sections ${\ensuremath{\sigma}}_{n}$ for a number of reactions are presented. The maxima of $n$ distributions appear at ${n}_{m}\ensuremath{\approx}{Z}^{\frac{3}{4}}$ (in accordance with other theoretical predictions) and have a weak velocity dependence. Validity and limitations of the MLZRC model and the obtained results are discussed.