Tensor Correlation in 4He and Its Effect on the Doublet Splitting in 5He
Tensor Correlation in 4He and Its Effect on the Doublet Splitting in 5He
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DOI：
10.1143/ptp.113.763
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发表时间：
2004-11
影响因子：
--
通讯作者：
T. Myo;K. Katō;K. Ikeda
中科院分区：
文献类型：
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作者：
T. Myo;K. Katō;K. Ikeda
张量相关的特性，这是由一个混合物的0 s 1/2配置与空间修改的0 p 1/2轨道。对于5 He，我们求解了扩展的4 He+n模型的耦合OCM方程，同时考虑了4 He团簇中的张量关联.结果表明，张量关联产生了泡利阻塞，特别是对于J π =1 /2 −态，它的效应导致了5 He中约一半的p波二重态分裂。这表明有效的自旋轨道相互作用的强度应该比常规的减少大约一半。我们得到了一个可靠的4 He-n相互作用，包括张量关联，这进一步改善了4 He+n系统中d -α ndf -波相移的行为。
the characteristics of the tensor correlation, which is represented by an admixture of the 0s1/2 configuration with a spatially modified 0p1/2 orbit. For 5 He, we solve a coupled OCM equation for an extended 4 He+n model, while taking into account the tensor correlation in the 4 He cluster. It is shown that the tensor correlation produces the Pauli blocking, in particular, for the J π =1 /2 − state, and its effect causes about half of the p-wave doublet splitting in 5 He. This indicates that the strength of the effective spin-orbit interaction should be reduced by about half from the conventional one. We obtain a reliable 4 He-n interaction, including the tensor correlation, which further improves the behavior of the d -a ndf -wave phase shifts in the 4 He+n system.