High-spin level structures of 94,95Mo have been reinvestigated via the 16O(82Se,xnγ)94,95Mo(x=4,3) reactions at E(82Se)=460 MeV. The previously reported level schemes of these two nuclei have been largely modified up to ∼11 MeV in excitation energy due to identifications of some important linking transitions. Shell-model calculations have been made in the model space of π(p1/2,g9/2,d5/2)4 and ν(d5/2,s1/2,d3/2,g7/2,h11/2)2(3) and compared with the modified level schemes. The structures of the newly assigned high-spin states in 94,95Mo have been discussed.
High-spin level structure in Mo-94,Mo-95
BRANDOLINI, FRANCO;LUNARDI, SANTO;LENZI, SILVIA MONICA;
2009
Abstract
High-spin level structures of 94,95Mo have been reinvestigated via the 16O(82Se,xnγ)94,95Mo(x=4,3) reactions at E(82Se)=460 MeV. The previously reported level schemes of these two nuclei have been largely modified up to ∼11 MeV in excitation energy due to identifications of some important linking transitions. Shell-model calculations have been made in the model space of π(p1/2,g9/2,d5/2)4 and ν(d5/2,s1/2,d3/2,g7/2,h11/2)2(3) and compared with the modified level schemes. The structures of the newly assigned high-spin states in 94,95Mo have been discussed.
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