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A new phenomenon: shifted identical yrast bands in neighboring even-even nuclei
Jones, E. F.; Gore, P. M.; Hamilton, J. H.; Ramayya, A. V.; Lima, A. P. de; Dodder, R. S.; Kormicki, J.; Hwang, J. K.; Beyer, C. J.; Zhang, X. Q.Identification of the levels in 160Sm and 162Gd in spontaneous fission studies led to the discovery of a new phenomenon, shifted identical bands (SIB). SIBs are yrast bands in neighboring nuclei (a,b) with moments of inertia which are identical when shifted by a constant amount [kappa] = -[Delta]J1/J1, so J1a(1+[kappa])= J1b, from 2+ to 8+ and higher to 16+. Building on that work, an analysis of yrast bands in ...
Shifted identical bands: A new phenomenon
Jones, E.; Gore, P.; Hamilton, J.; Ramayya, A.; Lima, A. de; Dodder, R.; Kormicki, J.; Hwang, J.; Beyer, C.; Zhang, X.; Zhu, S.; Ter-Akopian, G.Abstract The levels in 162Gd were identified in spontaneous fission studies. Its transition energies are remarkably similar to those in 160Gd. From that work, an analysis of yrast bands in even-even proton to neutron-rich Ba to Pb nuclei led to the discovery of a new phenomenon, shifted identical bands (SIB). SIBs are yrast bands in neighboring nuclei (a, b) with moments of inertia which are identical when shi...
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