New parameters of the deformed Woods-Saxon potential for A=110-210 nuclei
New parameters of the deformed Woods-Saxon potential for A=110-210 nuclei
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A=110-210 核的变形 Woods-Saxon 势的新参数
DOI：
10.1088/0305-4616/4/10/006
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发表时间：
1978
期刊：
影响因子：
--
通讯作者：
T. Werner
中科院分区：
文献类型：
--
作者：
J. Dudek;T. Werner
在51 ≤ Z ≤ 83和61 ≤ N ≤ 127的范围内，调整变形Woods-Saxon势自旋轨道部分的两个参数，即强度参数λ和半径参数（r 0）so，再现了奇偶核和奇偶核的自旋和宇称.考虑了核变形参数β 2和β 4值的实验证据。为了保持单粒子谱的整体特征，并且不干扰相邻原子核的自旋和宇称序列，对参数λ和（r 0）so进行平滑变化。过渡核的自旋-轨道势参数的选择基本上是基于球形核和形变核的相应值之间的插值，对于球形核和形变核，实验数据的解释更确定。
Two parameters of the spin-orbit part of the deformed Woods-Saxon potential, namely the strength parameter lambda and the radius parameter (r0)so, were adjusted to reproduce the spins and parities of even-odd and odd-even nuclei in the range 51<or=Z<or=83 and 61<or=N<or=127. Experimental evidence for the values of the nuclear deformation parameters beta 2 and beta 4 was taken into account. The parameters lambda and (r0)so were subjected to smooth variations in order to preserve the overall character of the single-particle spectrum and not to disturb the sequences of spins and parities of the neighbouring nuclei. The choice of the spin-orbit potential parameters for transitional nuclei is based essentially on the interpolation between the corresponding values for spherical and well deformed nuclei for which interpretation of the experimental data is more certain.