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High-spin intruder band in $^{107}$In

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arxiv 1002.2298 v1 pith:IADQ43DM submitted 2010-02-11 nucl-ex

E. Ideguchi , B. Cederwall , E. Ganioğlu , B. Hadinia , K. Lagergren , T. Bäck , A. Johnson , R. Wyss
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S. Eeckhaudt T. Grahn P. Greenlees R. Julin S. Juutinen H. Kettunen M. Leino A.-P. Leppanen P. Nieminen M. Nyman J. Pakarinen P. Rahkila C. Scholey J. Uusitalo D. T. Joss E. S. Paul D. R. Wiseman R. Wadsworth A. V. Afanasjev I. Ragnarsson
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keywords bandbandsgammahigh-spinrotationalwereappeararray
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abstract

High-spin states in the neutron deficient nucleus $^{107}$In were studied via the $^{58}$Ni($^{52}$Cr, 3p) reaction. In-beam $\gamma$ rays were measured using the JUROGAM detector array. A rotational cascade consisting of ten $\gamma$-ray transitions which decays to the 19/2$^{+}$ level at 2.002 MeV was observed. The band exhibits the features typical for smooth terminating bands which also appear in rotational bands of heavier nuclei in the A$\sim$100 region. The results are compared with Total Routhian Surface and Cranked Nilsson-Strutinsky calculations.

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