Microscopic Study of Band Structures in Sr98-102 and Zr100-104 Isotopes

Microscopic Study of Band Structures in Sr98-102 and Zr100-104 Isotopes
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Sr98-102 和 Zr100-104 同位素能带结构的显微研究

DOI:
10.1088/0253-6102/56/5/20
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发表时间:
2011-11
影响因子:
3.1
通讯作者:
Shen Cai-Wan
Shen Cai-Wan
中科院分区:
物理与天体物理3区
文献类型:
--
作者:
Dong Guo-Xiang;Dong Guo-Xiang;Yu Shao-Ying;Yu Shao-Ying;Liu Yan-Xin;Liu Yan-Xin;Shen Cai-Wan;Shen Cai-Wan

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利用投影壳模型研究了富中子Sr 98 -102和Zr 100 -104同位素高自旋态的性质。特别是,上弯现象进行了研究,这些同位素沿yraast线沿着。结果表明,上弯现象的发生是由于基态带与2-qp中子带之间的带交叉,其组态为2 vh(11/2)[-3/2,5/2],K = 1.此外,本文还讨论了Sr-98和Zr-102中边带的中子双准粒子结构。
The properties of the high spin states of the neutron-rich Sr98-102 and Zr100-104 isotopes have been studied using the projected shell model. In particular, the upbending phenomenon is investigated for these isotopes along the yrast line. The results show that the occurrence of upbending phenomenon is attributed to the band crossing between ground state band and 2-qp neutron band having configuration 2vh(11/2)[-3/2, 5/2], K = 1. Furthermore, the neutron two-quasi-particle structure of side bands in Sr-98 and Zr-102 is discussed in this paper.
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