Photoionization of Xe and Rn from the relativistic random-phase theory

Abstract

Photoionization cross section ${\sigma }_{n\kappa }$, asymmetry parameter ${\beta }_{n\kappa }$, and polarization parameters ${\xi }_{n\kappa }$, ${\eta }_{n\kappa }$, ${\zeta }_{n\kappa }$ of Xe and Rn are calculated in the fully relativistic formalism. To deal with the relativistic and correlation effects, we adopt the relativistic random-phase theory with channel couplings among different subshells. Energy ranges for giant \emph{d}-resonance regions are especially considered.

arXiv comment14 pages, 10 figures, 1 table, 2 appendix; V2 Corrections for author information and grants numbers; V3 Majar revision: add 2 figures and an appendix; V4 Minor revision; V5 Minor revision; V6 accepted version: add one more appendix

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• Relativistic Impulse Approximation in the Atomic Ionization Process induced by Millicharged Particles