Abstract
High spin states of119Te, populated in110Pd(13C, 4n) and110Pd(12C, 3n) reactions, have been studied throughγ-ray spectroscopy. The level scheme has been established up to jπ=(55/2−). Three-quasiparticle states, based onπg 2/27 ⊗vh 11/2 andπg 7/2 d 5/2⊗vh 11/2 configurations, have been identified. A particularly favoured 39/2− state is suggested to be the fully aligned [πg 2/27 ]6+⊗[vh 2/311 ]27/2− yrast non-collective oblate configuration. This assignment is supported by Total Routhian Surface (TRS) calculations which also suggest a similar oblate assignment to states at 21/2−, 23/2− and 37/2−.
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Communicated by: B. Herskind
The authors wish to acknowledge the support of GDA scientific staff and accelerator crew at NSC and TIFR. We are also indebted to Prof. (Mrs.) S.H. Devare and Dr. R.G. Pillay for their continuous support of the experiment at TIFR, Bombay. The authors are indebted to Dr. W. Nazarewicz and Dr. R. Wyss for providing the TRS codes. Financial support from UGC, DAE, CSIR (India) and EPSRC(UK) is duly acknowledged.