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IN-BEAM SPECTROSCOPIC STUDIES OF THE NUCLEUS CD-105

机译:核CD-105的束内光谱学研究

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High spin states in Cd-105 have been studied using reactions Cd-106(p, pn), Cd-106(He-3, 2p2n), Zr-92(O-16, 3n) and Ge-76(S-34, 5n). The excited levels are dominated by a negative parity band structure up to spin 47/2(-) and a positive parity structure up to spin 27/2(+). The negative parity structure is based on nu h(11/12) excitations and undergoes a band crossing at HBAR omega approximate to 0.44 MeV. This band crossing is interpreted as an alignment of a g(7/2) neutron pair. The positive parity excitations are understood as due to nu g(7/2) and nu d(5/2) configurations. The results are discussed in terms of spin diabatic surface calculations. [References: 15]
机译:已使用反应Cd-106(p,pn),Cd-106(He-3、2p2n),Zr-92(O-16、3n)和Ge-76(S-34)研究了Cd-105中的高自旋态,5n)。激发能级由直至自旋47/2(-)的负奇偶校验带结构和直至自旋27/2(+)的正奇偶校验结构控制。负奇偶校验结构基于nu h(11/12)激发,并在HBARΩ处发生了大约0.44 MeV的能带穿越。该带交叉被解释为g(7/2)中子对的对准。正奇偶校验激励应理解为归因于nu g(7/2)和nu d(5/2)配置。根据自旋绝热表面的计算讨论了结果。 [参考:15]

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