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High-spin states have been investigated in the A = 47 mirror pair 2347V24 and 2447Cr23. The Coulomb energy difference (CED) between the two nuclei has been examined up to the band-terminating state of Jπ = 31/2 and compared with that of their cross-conjugate nuclei, the mirror pair 2449Cr25 and 2549Mn24. The CED results are interpreted in terms of band-crossing and band-termination phenomena. A comparison of the cross-conjugate pairs indicates for the first time that the CED can reflect the changing nuclear deformation as a function of spin. CED calculations from full pf-shell calculations are presented for the first time and are shown to be in good quantitative agreement with the data. © 1998 Elsevier Science B.V. All rights reserved.

Original publication

DOI

10.1016/S0370-2693(98)00969-1

Type

Journal article

Journal

Physics letters, section b: nuclear, elementary particle and high-energy physics

Publication Date

08/10/1998

Volume

437

Pages

243 - 248