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Rui HONG, Congbo LI, Huidong LI, Yun ZHENG, Xiaoguang WU, Tianxiao LI, Yunqiu LI, Hongyi WU, Min ZHENG, Zihao ZHAO, Ziyang HE, Jinze LI, Guangshun LI, Chengyu GUO, Lei NI, Zhenxiang ZHOU, Chuangye HE, Fulong LIU, Xiaohong ZHOU, Minliang LIU, Yuhu ZHANG, Shouyu WANG, Shuo WANG, Lihua ZHU. High-spin States in the Nucleus 95Nb[J]. Nuclear Physics Review, 2024, 41(1): 244-249. DOI: 10.11804/NuclPhysRev.41.2023CNPC12
Citation: Rui HONG, Congbo LI, Huidong LI, Yun ZHENG, Xiaoguang WU, Tianxiao LI, Yunqiu LI, Hongyi WU, Min ZHENG, Zihao ZHAO, Ziyang HE, Jinze LI, Guangshun LI, Chengyu GUO, Lei NI, Zhenxiang ZHOU, Chuangye HE, Fulong LIU, Xiaohong ZHOU, Minliang LIU, Yuhu ZHANG, Shouyu WANG, Shuo WANG, Lihua ZHU. High-spin States in the Nucleus 95Nb[J]. Nuclear Physics Review, 2024, 41(1): 244-249. DOI: 10.11804/NuclPhysRev.41.2023CNPC12
  • High-spin level structure of 95Nb has been investigated using the multi-detector array of the conjoint gamma array in China via the 82Se(18O, p4n)95Nb. Based on γ-γ coincidence relationships, the level scheme of 95Nb has been modified and extended with 25 new γ rays and 15 new levels. The new level structure of 95Nb has been compared with the shell model calculations. It is suggested that the proton core excitation(f5/2g9/2) across Z = 38 sub-shell should be taken into account in order to adequately describe the high-spin level structure in 95Nb above spin of 39/2.
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