In many shell model interactions, the tensor force monopole matrix elements are observed to retain systematic trends originating in the bare tensor force. In this work, however, we note for GX-interactions of pf-shell that the seven out of ten T = 1 tensor force monopole matrix elements do not share these systematic. We ameliorate this disparity making use of Yukawa-type tensor force and spin-tensor decomposition. Furthermore, we have modified the single-particle energy of $1p_{3/2}$ orbit and two TBMEs of 0f-orbit, and the revised interaction has been tested from Ca to Ge isotopes with various physics viewpoints. The results are found to be satisfactory with respect to the experimental data.

在许多壳模型相互作用中，观察到张量力单极矩阵元素保留了源自裸张量力的系统趋势。但是，在这项工作中，我们注意到对于pf -shell的GX相互作用，十个T = 1张量力单极矩阵元素中的七个不共享这些系统性。我们利用汤川式张量力和自旋张量分解来改善这种差异。此外，我们还修改了$\mathrm{1个}{p}_{3/2}$轨道和两个0 f轨道的TBME，并且已经从Ca到Ge同位素从各种物理角度测试了修正的相互作用。发现结果相对于实验数据是令人满意的。