论文标题
配置相互作用投影密度功能理论：四量颗粒配置和Time-ODD相互作用的效果
Configuration interaction projected density functional theory: effects of four-quasiparticle configurations and time-odd interactions
论文作者
论文摘要
通过以60FE的yrast状态为示例，在配置相互作用的框架中研究了四个Quasiparticle构型和Time-ODD相互作用的影响。基于通用的PC-PK1密度函数，旋转旋转的yrast态的能量最高为20 \ hbar，并且可用的B（E2）过渡概率得到了很好的再现。预计yrast状态在自旋i = 16 \ hbar上方的四级粒子结构中。时间 - odd相互作用的包含增加了惯性的动力学力矩，并延迟了第一条带交叉的外观，从而改善了数据的描述。
The effects of four-quasiparticle configurations and time-odd interactions are investigated in the framework of configuration interaction projected density functional theory by taking the yrast states of 60Fe as examples. Based on the universal PC-PK1 density functional, the energies of the yrast states with spin up to 20\hbar and the available B(E2) transition probabilities are well reproduced. The yrast states are predicted to be of four-quasiparticle structure above spin I = 16\hbar. The inclusion of the time-odd interactions increases the kinetic moments of inertia and delays the appearance of the first band crossing, and, thus, improves the description of the data.
