Characterization of Superdeformed Bands in 62Zn
- Gellanki, Jnaneswari
- Ragnarsson, Ingemar
- Rudolph, Dirk
- Svensson, C. E.
- Andersson, Lise-Lotte
- Andreoiu, Corina
- Baktash, C.
- Carpenter, M. P.
- Charity, R. J.
- Chiara, C. J.
- Eberth, J.
- Ekman, Jörgen
- Fahlander, Claes
- Haslip, D. S.
- Johansson, E. K.
- LaFosse, D. R.
- Paul, S. D.
- Pechenaya, O. L.
- Reviol, W.
- du Rietz, Rickard
- Sarantites, D. G.
- Seweryniak, D.
- Sobotka, L. G.
- Thomas, H. G.
- Torres, D. A.
- Waddington, J. C.
- Wilson, J. N.
- Yu, C. H.
- Zhu, S.
DOIAbstract
Combined data from four fusion-evaporation reaction experiments were utilized to investigate deformed and superdeformed structures in Zn-62(30)32. Combination of the Gammasphere gamma-ray spectrometer and ancillary particle detection systems allowed for the connection of rotational bands to well-known, low-lying excited states in Zn-62, as well as spectroscopy of discrete high-spin states reaching excitation energies of E-x=42.5 MeV. Four well- or superdeformed bands in Zn-62 are characterized and described by means of cranked Nilsson-Strutinsky calculations
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