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一般认为,稀土区原子核中一对i_(13/2)中子拆对顺排是导致转动带交叉的主要原因。根据这一理论,稀土区奇质子奇A核建立在不同质子组态上的转动带交叉频率应该是组态无关的并应与相邻偶偶核的转动带交叉频率一致。然而,实验结果显示,当稀土区奇质子处于不同的组态时,由一对i_(13/2)中子拆对顺排导致的带交叉频率表现出组态相关性,特别是当这一核区某些奇质子核的转动带建立在质子h9/2 1/2[541]Nilsson轨道上时,其转动带交叉频率出现了显著的推迟。这一现象在
Generally believed that a pair of i_ (13/2) neutrons in the rare earth nucleus demolition of the parallel row is the main reason leading to the turning band. According to this theory, the crossover frequency of the rotating zone with rare proton odd A nuclei based on different proton configurations should be configuration independent and should be consistent with the crossover frequency of the rotating zones of adjacent even and even nuclei. However, the experimental results show that when the rare earth protons are in different configurations, the band cross-frequencies caused by a pair of i_ (13/2) neutron disassembly pairs show a configurational correlation, especially when this The nucleus of some of the odd proton nucleus rotation band based on the proton h9 / 2 1/2 [541] Nilsson orbit, the rotation band crossing frequency there was a significant delay. This phenomenon is