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Author(s)

     Alexei M. Frolov

Title

     Properties and hyperfine structure of helium-muonic atoms

Publication Name

     Physical Review A

Publication Type

     Journal
Publisher
     
Place
     
Editor(s)
     
Number
     
School
     
Volume
      61
Chapter
     
Pages
      022509 [7 pages]
Other Publication Information
     
Publication Year
     2000
Abstract
     Basic geometrical and dynamical properties of the 3He2+?-e- and 4He2+?-e- helium-muonic atoms are determined from high-precision, variational calculations. Only the bound ground states with L=0 are discussed. The estimated hyperfine splitting between 1/2S and 3/2S states in the 3He2+?-e- atom is ??=4166.389?MHz. The analogous result for the hyperfine splitting between 0S and 1S states in the 4He2+?-e- atom is ??=4464.555?MHz. Both obtained figures agree very well with the known experimental values. The evaluated hyperfine splitting for the 6Li3+?-e- ion is ?29311.4?MHz and for the 7Li3+?-e- ion is ?36790.8?MHz.
Keywords
     
Website
     http://link.aps.org/abstract/PRA/v61/e022509
Paper Status
     Published
DOI / Publication ID
     



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