XUV spectroscopy of metal atoms
Спектроскопия атомов металлов в экстремальном ультрафиолете
1992-07-01
SCID: 54.1/ywm7djrw
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XUV spectroscopyelectron correlationmetal atomsphotoelectron spectroscopyphotoion spectroscopy
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Abstract (AI)
The XUV spectra of free metal atoms obtained by absorption, photoion, photoelectron and two-photon spectroscopy are reviewed. The experimental results are discussed in comparison with the predictions of the different theoretical approaches. Emphasis is put on the basic excitation and de-excitation processes, the importance of electron correlation, on common features of groups and on trends along series.
Key Findings
1
Common spectral features among groups of metal atoms and trends across atomic series are examined.
2
Electron correlation is identified as an important factor in interpreting the spectra.
3
Experimental XUV spectroscopy results are systematically compared with predictions from different theoretical approaches.
4
The paper reviews extreme-ultraviolet spectra of free metal atoms measured using absorption, photoionization, photoelectron, and two-photon spectroscopy.
5
The review emphasizes fundamental excitation and de-excitation processes governing metal-atom spectra.
Research Object
free metal atoms
Research Subject
XUV spectral excitation and de-excitation processes, electron correlation, group features, and periodic trends
Publication Details
Publication Date
1992-07-01
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