In-beam γ-ray transitions in 183Hg have been identified from fragment-γ and γ-γ coincidence measurements using the Argonne Fragment Mass Analyzer (FMA). The γ-ray transitions in 183Hg were placed into five bands. Two of these have been associated with the orbital and exhibit signature splitting, as expected for i excitations built on a prolate shape moderate deformation. Two other bands which do not show signature splitting have been associated with the orbital and exhibit transition energies “identical” to the bands with the same configuration in 185Hg.
Identification of 183Hg. Identical bands in 183,185Hg
SORAMEL, FRANCESCA;
1993
Abstract
In-beam γ-ray transitions in 183Hg have been identified from fragment-γ and γ-γ coincidence measurements using the Argonne Fragment Mass Analyzer (FMA). The γ-ray transitions in 183Hg were placed into five bands. Two of these have been associated with the orbital and exhibit signature splitting, as expected for i excitations built on a prolate shape moderate deformation. Two other bands which do not show signature splitting have been associated with the orbital and exhibit transition energies “identical” to the bands with the same configuration in 185Hg.
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