GAMMA-RAY SPECTROSCOPY OF CD-110

The nucleus Cd-110 has been studied using the C-13 and O-18 induced reactions and the NORDBALL multi-detector array. The yrast band was observed to I(pi) = 28+ and a large number of side bands were identified. The h11/2 neutrons were found to play a dominant role in the observed rotational structure...

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Published inNuclear physics. A Vol. 573; no. 2; p. 306
Main Authors JUTTINEN, S, JULIN, R, PIIPARINEN, M, AHONEN, P, Cederwall, Bo, FAHLANDER, C, LAMPINEN, A, LONNROTH, T, MAJ, A, MITARAI, S, MULLER, D, NYBERG, J, SIMECEK, P, SUGAWARA, M, THORSLUND, I, TORMANEN, S, VIRTANEN, A, WYSS, R
Format Journal Article
LanguageEnglish
Published 13.06.1994
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Summary:The nucleus Cd-110 has been studied using the C-13 and O-18 induced reactions and the NORDBALL multi-detector array. The yrast band was observed to I(pi) = 28+ and a large number of side bands were identified. The h11/2 neutrons were found to play a dominant role in the observed rotational structures. The weakly populated yrast 3187 keV 8+ state is interpreted as arising from the proton g9/2(-2) configuration. Collective bands, where the band members are connected by DELTAI = 1 transitions and where the DELTAI = 2 transitions are not observed, are also reported. These bands are interpreted to have prolate configurations involving both the h11/2 neutrons and the g9/2 protons. The experimental data are discussed in terms of the total routhian surface and cranked shell model calculations.
ISSN:0375-9474
1873-1554