论文标题
研究自轭Zn的核结构，GE，SE，KR，SR核
Investigation of Nuclear Structures of Self-conjugate Zn, Ge, Se, Kr, Sr Nuclei
论文作者
论文摘要
理论上可以使用核壳模型研究原子核的核结构。通常，双封闭的壳核被认为是惰性核心，并且在计算中考虑了核心外部的核子。假定惰性核心中的核子不会移动，但是每个偶像核从核心移动中移出的平均电势都会由其他核心移动。由于中子和质子的最大空间重叠，自轭（N = Z）中度质量核区域是研究几种现象的区域之一。在这项研究中，使用KSHELL计算机代码在核壳模型的范围内分析了中等质量N = Z的核结构。在计算中，将双重魔术56NI视为核心，P3/2，F5/2和P1/2单个颗粒轨道用作价绕轨道。已经考虑了不同的两体相互作用。结果相互比较，文献中存在的可用值。
Nuclear structures of the atomic nuclei can be theoretically investigated by using nuclear shell model. Generally, a doubly closed-shell nucleus has been considered as inert core and the nucleons outside the core are taken into account in the calculation. It is assumed that the nucleons in the inert core do not move but each valance nucleon out of the core moves under an average potential created by the others. The self-conjugate (N=Z) moderate mass nuclei region is one of the region for the investigation of several phenomena because of the maximum spatial overlap of neutrons and protons. In this study, the nuclear structures of the moderate mass N=Z have been analyzed in the scope of the nuclear shell model by using KSHELL computer code. In the calculations, doubly magic 56Ni were taken as core and p3/2, f5/2 and p1/2 single particle orbits were used as valance orbits. Different two-body interactions have been taken into account. The results have been compared with each other and the available values existing in the literature.
