Spatial distribution of the electron capture process in Be4+ + H(1s) collisions

A. JORGE; L. F. ERREA; M.S. GRAVIELLE; C. ILLESCA; L. MÉNDEZ; J.E. MIRAGLIA; J. SUÁREZ

Bariloche

Conferencia; 17th International Conference on the Physics of Highly Charged Ions (HCI).; 2014

Organizing Committee of the 17th. HCI

Comparison of electron capture probabilities, for Be4+ + H(1s) collisions, is carried outmaking use of three different theoretical models: Lattice Time Dependent Schrödinger equation (LTDSE) method [1], Eikonal Impulse Approximation (EIA) [2] and Classical Trajectory Monte Carlo (CTMC) method [3], this last method using two different initial distributions. We have covered a wide energy espectrum (25-500 keV/amu) regarding probability distributions, as in the figure, coordinate space distributions at the end of the collision, as well as both total and partial cross sections.