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ON THE VALIDITY OF THE PSEUDO-SPIN CONCEPT FOR TRIAXIALLY DEFORMED NUCLEI

机译:三轴变形核的伪自旋概念的有效性

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The validity of the pseudo-spin concept for heavy triaxially deformed nuclei is explored using the correlation coefficient measure between a generalized Nilsson Model Hamiltonian and the pseudo spin-orbit interaction. This correlation coefficient, which can be interpreted as a normalized measure for the probable goodness of pseudo-spin symmetry, indicates that although the near level degeneracy of pseudo spin-orbit partners in axial systems (prolate and oblate) is lost for triaxial geometries, the pseudo-spin symmetry breaking induced by the triaxiality is small and comparable to that found in the axial cases, and therefore pseudo-spin symmetry remains an important physical concept. (C) 1997 Published by Elsevier Science B.V. [References: 16]
机译:利用广义的尼尔森模型哈密顿量和伪自旋-轨道相互作用之间的相关系数测度,研究了伪自旋概念对重三轴变形核的有效性。该相关系数可以解释为准自旋对称性可能的良好程度的归一化度量,表明尽管对于三轴几何形状,轴向系统(长和扁长)中伪自旋轨道伙伴的近平面简并性丢失了,但是由三轴性引起的伪自旋对称破坏很小,并且与轴向情况下的可比性相当,因此伪自旋对称仍然是重要的物理概念。 (C)1997年由Elsevier Science B.V.出版[参考文献:16]

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