Theoretical calculation of the triple differential cross sections of the 2p orbital of argon in a coplanar highly asymmetric (e, 2e) reaction

The triple differential cross sections of the 2p electron of argon in a coplanar highly asymmetric geometry have been calcuated with the modified distroted wave Born approximation(DWBA) and the target Hartree-Fock approximation methods,The damping polarization of the semi-clkassical short-range potentials and the Mee factor are included in the distorting potentials of the modified DWBA,Theoretical results are compared with a recent experiment,The dynamic mechanism of inner shell ionization in a coplanar highly asymmetric geomtre(e,2e) reaction are also discussed.