%I IOP Publishing
%P L461-L466
%K Sodium-proton charge transfer;  State-selective effects; electron capture; Sodium-proton charge transfer
%N 16
%T State-selective effects in the differential cross section for electron capture from laser-excited sodium atoms by protons
%X The authors investigate sodium-proton charge transfer using 14-state adiabatic, molecular-basis classical trajectory calculations in which a common translation factor and dynamical radial and rotational coupling terms are included. The differential cross sections are evaluated by the eikonal procedure from S-matrix elements obtained over 283 impact parameters at each energy. A fine mesh of energy and angle resolves new effects in scattering from a target excited by a circularly-polarized laser source. One of them is ascribed to velocity matching. Calculations were carried out on an Intel iPSC/2 parallel computer using a version of the EIKONXS package which is described.
%R 10.1088/0953-4075/23/16/007
%J Journal of Physics B: Atomic, Molecular and Optical Physics
%L upm61154
%V 23
%D 1990
%A R. J. Allan
%A C. Courbin-Gaussorgues
%A Pedro Jesús Salas Peralta
%A Perla Wahnón Benarroch