Charge transfer in low-energy U^{q+} (q = 3–92) + H collisions

This dataset provides systematic theoretical calculations of the single electron capture process between highly charged uranium ions U ^ {q+} (q=3-92) and ground state hydrogen atoms H (1s), which can be directly applied to plasma simulation, astrophysics, and heavy ion collision related research. The calculation is based on the multi-channel Landau Wiener (MCLZ) model, considering the polarization potential and short-range repulsion potential of the incident channel, the Coulomb potential and energy level shift of the exit channel.

The potential energy curve is determined by binary method to avoid crossing positions, and the radial coupling matrix element is calculated. The rotational coupling effect is taken into account in the multi-channel framework to obtain the cross sections of sub channels and total charge transfer; Further obtain the coefficient of thermal average velocity based on Maxwell distribution integration.