Auger-electron study of correlation effects in 5 s 0 5 p 6 and 5 s 1 5 p 5 configurations of xenon
Auger-electron study of correlation effects in 5 s 0 5 p 6 and 5 s 1 5 p 5 configurations of xenon
复制标题
氙 5 s 0 5 p 6 和 5 s 1 5 p 5 配置中相关效应的俄歇电子研究
DOI：
10.1103/physreva.30.865
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发表时间：
1984
期刊：
影响因子：
--
通讯作者：
H. Pulkkinen
中科院分区：
文献类型：
--
作者：
H. Aksela;S. Aksela;H. Pulkkinen
The $4{d}^{9}\ensuremath{\rightarrow}5{s}^{0}5{p}^{6}$, $4{d}^{9}\ensuremath{\rightarrow}5{s}^{1}5{p}^{5}$, and $4{d}^{9}\ensuremath{\rightarrow}5{s}^{2}5{p}^{4}$ Auger transitions of xenon have been studied both experimentally and theoretically. Final states of these transitions are found to be affected by strong electron correlation effects. Results from Auger-electron spectra are compared with the corresponding results of optical spectroscopy and with the theoretical estimates based on Dirac-Fock multiconfiguration computations.
The $4{d}^{9}\ensuremath{\rightarrow}5{s}^{0}5{p}^{6}$, $4{d}^{9}\ensuremath{\rightarrow}5{s}^{1}5{p}^{5}$, and $4{d}^{9}\ensuremath{\rightarrow}5{s}^{2}5{p}^{4}$ Auger transitions of xenon have been studied both experimentally and theoretically. Final states of these transitions are found to be affected by strong electron correlation effects. Results from Auger-electron spectra are compared with the corresponding results of optical spectroscopy and with the theoretical estimates based on Dirac-Fock multiconfiguration computations.