High-spin structure of N ≃ Z nuclei around the A = 72 region
- Janssens, R. V. F
- Svensson, C. E
- Fischer, S
- Appelbe, D. E
- Austin, R. A. E
- Cromaz, M
- Kelsall, N. S
- Seweryniak, D
- Vetter, K
- Diamond, R. M
- Fallon, P
- Hodgson, D. F
- Stephens, F. S
- Deleplanque, M. A
- Macchiavelli, A. O
- Lister, C. J
- Lane, G. J
- Balamuth, D. P
- Ball, G. C
- Cameron, J. A
- Carpenter, M. P
- O’Leary, C. D
- Jenkins, D. G
- Waddington, J. C
- Wadsworth, R
- Ward, D
- Wilson, A. N
- Afanasjev, A. V
- Frauendorf, S
- Ragnarsson, I
- Sarantities, D. G
- Schmidt, D. C
- Clark, R. M
Publication date
June 2016
DOI Publisher
Springer Science and Business Media LLC Journal
The European Physical Journal AAbstract
High-spin states have been studied in ⁷²Kr and ⁷²Br using the ⁴⁰ Ca + ⁴⁰ Ca and ³⁶ Ar + ⁴⁰ Ca reactions at 164 and 145 MeV, respectively. The properties and configurations of the high-spin bands observed have been interpreted using unpaired cranked Nilsson-Strutinsky (CNS), and for ⁷²Kr, paired cranked relativistic Hartree-Bogoliubov (CRHB) calculations. In ⁷²Kr a new band has been identified that has the properties expected for the doubly aligned S-band configuration. In ⁷²Br the previously known bands have been extended to higher spin. This has lead to a re-interpretation of the configurations
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