Relativistic and distorted wave effects on Xe 4d electron momentum distributions

Zhao Minfu^{1, 2, †}, Shan Xu², Niu Shanshan², Chen Xiangjun²

We use the relativistic density functional method to calculate the xenon atoms 4d_5/2, 4d_3/2 orbital of electron momentum distribution and xenon atoms 4d_5/2:4d_3/2 the relationship between the ratio of scattering cross section and momentum, choosing the relativity ZORT/TZ2P base group. Panels (a), (d); (b), (e); and (c), (f) are experimental values of impact energies of 1200 eV,1600 eV, and 2400 eV. The experimental data are taken from Ref. [10].