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Parametrization of two-body perturbation on atomic fine and hyperfine structure. The configuration (6p)3 in the bismuth atom

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Zeitschrift für Physik A Atoms and Nuclei

Abstract

A method of simultaneous parametrization of one- and two-body interactions on atomic hyperfine structure of configurationl N is proposed and applied for the analysis of the configuration (6p)3 in the bismuth atom. For this purpose, the hyperfine structure splittings of the levels2D 2/03 ,2D 2/05 and2P 2/01 were measured. The finally obtained values of HFS parameters are: for one-body parameters (in MHz):a 01 p =2,537(9),a 12 p =5,182 (12),a10=−2,019(10),b 02 p =−3,198(53),b 11 p =2,816(54); for two-body parameters (in MHz):x ′/01 pp ,2=284(3),x ′/12 pp ,2=581(5),x ′/12 pf ,2=170(70),x ′/02 pp ,2=−359(36),x ′/02 pf ,2=−33(100). The value of the quadrupole moment of the nucleus 20983 Bi is also discussed.

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This work was performed within the framework of Project MRI.5.1.04. “Experimental and theoretical investigations of interactions between atomic nuclei and electrons”

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Dembczyński, J., Arcimowicz, B., Stachowska, E. et al. Parametrization of two-body perturbation on atomic fine and hyperfine structure. The configuration (6p)3 in the bismuth atom. Z Physik A 310, 27–36 (1983). https://doi.org/10.1007/BF01433607

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  • DOI: https://doi.org/10.1007/BF01433607

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