A theoretical study on collision mechanisms for (e,2e) processes

Based on our earlier paper,the structure of the triple differential cross sections for electron impact ionization of atomic hydrogen in the coplanar equal energy-sharing geometry is considered. It has been discussed how the influence of the modification of the Brauner,Briggs and Klar model on the structures of the cross sections. A new collision process called triple-binary collision is verified in the situation where the angle of the two outgoing electrons is fixed. It has been shown how the position of all peaks and the dominant collision mechanisms change as the incident energy and relative angle increases.