论文部分内容阅读
利用处理推转壳模型的改进了的粒子数守恒方法(严格计及堵塞效应),对原子核的转动惯量进行了计算,计算中无任何自由参数,所得转动惯量(包括~(170)Yb,~(171)Lu~(171)Yb各转动带)及其奇偶差,与实验非常符合,转动惯量的奇偶差灵敏地依赖于被堵塞的能级位置及其对Coriolis力的响应。
By using the improved method of conservation of particle numbers for the shell model, the moment of inertia of the nucleus is calculated without any free parameters. The resulting moment of inertia (including ~ (170) Yb, ~ (171) Lu ~ (171) Yb and its odd-even difference are in good agreement with experiments. The odd-even difference of moment of inertia is sensitively dependent on the position of the clogged energy level and its response to Coriolis force.