par Rudolph, D.;Baktash, Cyrus;Brinkman, M. J.;Caurier, Etienne;Dean, D. J.;Delvin, M.;Dobaczewski, Jacek;Heenen, Paul-Henri 
;Jin, H.-Q.;Lafosse, D. R.;Nazarewicz, Witold;Nowacki, F.;Poves, A.;Riedinger, L. L.;Sarantites, D. J.;Satula, W.;Yu, C.-H.
Référence Physical Review Letters, 82, 19, page (3763-3766)
Publication Publié, 1999
;Jin, H.-Q.;Lafosse, D. R.;Nazarewicz, Witold;Nowacki, F.;Poves, A.;Riedinger, L. L.;Sarantites, D. J.;Satula, W.;Yu, C.-H.Référence Physical Review Letters, 82, 19, page (3763-3766)
Publication Publié, 1999
Article révisé par les pairs
| Résumé : | Structures of the medium- to high-spin states in the doubly magic nucleus 56Ni have been investigated using the reaction 28Si(36Ar, 2α) and the γ-ray spectrometer Gammasphere in conjunction with the 4π charged-particle detector array Microball. Two well-deformed rotational bands have been identified. There is evidence that one of the bands, which is identical to a sequence in the odd-odd neighbor 58Cu, partially decays via proton emission into the ground state of 55Co. Predictions of extensive large-scale shell-model and cranked Hartree-Fock and Hartree-Fock-Bogolyubov calculations are compared with the experimental data. © 1999 The American Physical Society. |
