论文标题
关于子壳封闭的鲁棒性：钛同位素的高角度动量分析
On the robustness of sub-shell closures: A high angular momentum analysis of the titanium isotopes
论文作者
论文摘要
考虑到三轴变形和角度频率，当发电机与粒子数和角动量保护时，考虑到均超过平均磁场理论的钛同位素的高旋转同位素的高旋转，对潜在的子壳闭合n = 32和n = 34进行了分析。对散装特性，高角度谱光谱和过渡概率的良好描述。这些核中高自旋的结果与n = 32的魔法数字一致，但不为n = 34。
The potential sub-shell closures N = 32 and N = 34 are analyzed at high spins in the titanium isotopes within the generalized beyond mean field theory considering triaxial deformations and the angular frequency as generator coordinates together with the particle number and the angular momentum conservation. A good description of bulk properties, high angular momenta spectra and transition probabilities is obtained. The outcome at high spin in these nuclei is consistent with the magic number character of N = 32 but not of N = 34.
