Classification of the 5p5n1l1n2l2 LSJ autoionizing states of Cs excited by 30 eV electron-impact

Abstract

SynopsisClassification of the 5p5n1l1 (L'S')n2l2 LSJ autoionizing states of Cs excited by 30 eV electron-impact was performed by using more accurate calculations of energy levels, excitation cross sections and autoionization probabilities obtained in the Dirac-Fock-Slater approximation. Calculated parameters were used for simulation of the ejected Auger electron intensity spectrum and identification of the experimental ejected-electron spectrum of Cs excited by 30 eV electrons taking into account the asymmetry of the angular distribution of Auger electrons.