论文标题
在\ textit {p}中修改张量力
Modification of tensor force in \textit{p}-shell effective interaction
论文作者
论文摘要
在许多壳模型相互作用中，张量力单极基质元件通常保留源于裸张力力的系统趋势。但是，在目前的工作中，我们发现issospin t = 0张张力的单极矩阵元素\ textit {p} - 壳有效相互作用CK（8-16）不共享这些系统性。我们通过通过分析计算的张力张力tbmes修改CK（8-16）的t = 0张量矩阵元素（TBME）来纠正这些差异。通过对单粒子能和TBME的一些其他修改，修订后的有效相互作用称为CKN。有效的相互作用CKN已从各种物理学观点（例如激发光谱，电磁矩，电磁矩，电磁磁力）和电磁{g} amow- \ textit {amow- \ textit {t} eller（\ textit {gt}）转移的各种物理学观点（例如激发光谱，电磁力矩和电磁{gt}）Transs的有效相互作用。发现获得的结果令人满意。
In many shell model interactions, the tensor force monopole matrix elements often retain systematic trends originating in the bare tensor force. However, in the present work, we find that Isospin T = 0 tensor force monopole matrix elements of \textit{p}-shell effective interaction CK(8-16) do not share these systematic. We correct these discrepancies by modifying T = 0 tensor force two-body matrix elements (TBMEs) of CK(8-16) by the analytically calculated tensor force TBMEs. With some additional modification of single-particle energies and TBMEs, the revised effective interaction is named as CKN. The effective interaction CKN has been tested for the calculations of \textit{p}-shell nuclei of normal parity states from various physics viewpoints such as excitation spectra, electromagnetic moments, and electromagnetic and \textit{G}amow-\textit{T}eller (\textit{GT}) transitions. The obtained results are found to be satisfactory.
