Unraveling the origin of the complex structure of the thorium Lγ x-ray lines in high-resolution spectra induced by heavy projectiles

Unraveling the origin of the complex structure of the thorium Lγ x-ray lines in high-resolution... The origin of the complex structure of Lγ1 (L2N4), Lγ2 (L1N2), Lγ3 (L1N3), and Lγ6 (L2O4) x-ray lines of thorium in high-resolution spectra induced by oxygen projectiles has so far resisted reliable quantitative interpretation. Therefore, the detailed structure predictions for satellite (additional holes in M,N,O, and/or P shells) and hypersatellite (additional hole in L shell) Lγ x-ray lines of thorium being the results of extensive multiconfiguration Dirac-Fock calculations have been performed. Our predictions reproduce with the excellent precision the positions and shapes of characteristic parts of above high-resolution Lγ x-ray spectrum of thorium what indicates that our study has been carried out with very high accuracy. The results of this study are the precursor for proper quantitative interpretation of the complex origin of Lγ1,Lγ2,Lγ3, and Lγ6 lines in high-resolution x-ray spectra of thorium induced by different light and heavy projectiles. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Physical Review A American Physical Society (APS)

Unraveling the origin of the complex structure of the thorium Lγ x-ray lines in high-resolution spectra induced by heavy projectiles

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Unraveling the origin of the complex structure of the thorium Lγ x-ray lines in high-resolution spectra induced by heavy projectiles

Abstract

The origin of the complex structure of Lγ1 (L2N4), Lγ2 (L1N2), Lγ3 (L1N3), and Lγ6 (L2O4) x-ray lines of thorium in high-resolution spectra induced by oxygen projectiles has so far resisted reliable quantitative interpretation. Therefore, the detailed structure predictions for satellite (additional holes in M,N,O, and/or P shells) and hypersatellite (additional hole in L shell) Lγ x-ray lines of thorium being the results of extensive multiconfiguration Dirac-Fock calculations have been performed. Our predictions reproduce with the excellent precision the positions and shapes of characteristic parts of above high-resolution Lγ x-ray spectrum of thorium what indicates that our study has been carried out with very high accuracy. The results of this study are the precursor for proper quantitative interpretation of the complex origin of Lγ1,Lγ2,Lγ3, and Lγ6 lines in high-resolution x-ray spectra of thorium induced by different light and heavy projectiles.
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Publisher
The American Physical Society
Copyright
Copyright © ©2017 American Physical Society
ISSN
1050-2947
eISSN
1094-1622
D.O.I.
10.1103/PhysRevA.96.012506
Publisher site
See Article on Publisher Site

Abstract

The origin of the complex structure of Lγ1 (L2N4), Lγ2 (L1N2), Lγ3 (L1N3), and Lγ6 (L2O4) x-ray lines of thorium in high-resolution spectra induced by oxygen projectiles has so far resisted reliable quantitative interpretation. Therefore, the detailed structure predictions for satellite (additional holes in M,N,O, and/or P shells) and hypersatellite (additional hole in L shell) Lγ x-ray lines of thorium being the results of extensive multiconfiguration Dirac-Fock calculations have been performed. Our predictions reproduce with the excellent precision the positions and shapes of characteristic parts of above high-resolution Lγ x-ray spectrum of thorium what indicates that our study has been carried out with very high accuracy. The results of this study are the precursor for proper quantitative interpretation of the complex origin of Lγ1,Lγ2,Lγ3, and Lγ6 lines in high-resolution x-ray spectra of thorium induced by different light and heavy projectiles.

Journal

Physical Review AAmerican Physical Society (APS)

Published: Jul 5, 2017

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