Abstract

The Continuum Distorted Wave-Eikonal Initial State (CDW-EIS) approach is used to calculate the Triply Differential Cross Section (TDCS) for ionization of multielectronic atomic targets in coincidence with the outgoing projectile direction and recoil momentum of the target. A generatrix state method is used to evaluate the transition amplitudes for a general initial atomic state. The structures presented in both TDCSs are compared standing out the double collision mechanisms. The results obtained in CDW-EIS approximation are compared with previous classical trajectories Monte Carlo (CTMC) calculations.

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