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Characterization of superdeformed bands in ^{62}Zn

J. Gellanki,I. Ragnarsson,D. Rudolph,C. E. Svensson,L.-L. Andersson,C. Andreoiu,C. Baktash,M. P. Carpenter,R. J. Charity,C. J. Chiara,J. Eberth,J. Ekman,C. Fahlander,D. S. Haslip,E. K. Johansson,D. R. LaFosse,S. D. Paul,O. L. Pechenaya,W. Reviol,R. du Rietz,D. G. Sarantites,D. Seweryniak,L. G. Sobotka,H. G. Thomas,D. A. Torres,J. C. Waddington,J. N. Wilson,C. H. Yu,S. Zhu

PHYSICAL REVIEW C（2009）

Cited 21|Views49
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Abstract
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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zinc,excited states
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