Identification of β and γ vibrational bands in 102Mo
ORAL
Abstract
The transitional nucleus 102Mo has been investigated by the γ-γ-γ and γ-γ-γ-γ high statistics coincidence data obtained from the 252Cf spontaneous fission experiment at Gammasphere. A total of 55 new transitions and 24 new levels has been identified. The 1β, 1γ, 2γ vibrational bands have been established. Good systematics can be seen with the 2γ vibrational bands in neighboring 103-108Mo. Four of the new negative parity bands in 102Mo can form a chiral-like structure similar to the chiral doublet bands in 104,106Mo.
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Presenters
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Enhong Wang
Vanderbilt Univ
Authors
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Enhong Wang
Vanderbilt Univ
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Joeseph Hamilton
vanderbilt unviersity
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Gowhar Bhat
SP College Srinagar, Cluster University Srinagar
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Sheikh Jehangir
National Institute of Technology
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Javid Sheikh
Cluster University Srinagar
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Akunuri V Ramayya
Vanderbilt Univ
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Christopher J Zachary
Vanderbilt Univ
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Jonathan M Eldridge
Vanderbilt Univ
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Brooks Musangu
Vanderbilt University
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Yixiao Luo
Lawrence Berkeley National Laboratory
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John Rasmussen
Lawrence Berkeley National Laboratory
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Shengjiang Zhu
Tsinghua University
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Gurgen Ter-Akopian
Joint Institute for Nuclear Research
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Yuri Oganessian
Joint Institute for Nuclear Research