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Mean-field studies of time reversal breaking states in super-heavy nuclei with the Gogny force

机译:与古氏核力量的超重核的时间逆转状态的叶片场研究

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摘要

Recent progress on the description of time reversal breaking (odd mass and multi-quasiparticle excitation) states in super-heavy nuclei within a mean field framework and using several flavors of the Gogny interaction is reported. The study includes ground and excited states in selected odd mass isotopes of nobelium and mendelevium as well as high K isomeric states in ~(254)No. These are two and four-quasiparticle excitations that are treated in the same self-consistent HFB plus blocking framework as the odd mass states.
机译:报道了在平均场框架内的超重核中的时间反转(奇数质量和多Quasiparticle激发)态的最新进展报告,并据报道了Gogny相互作用的几种味道。该研究包括Nobelium和Mendelevium的选定奇数同位素中的地面和激发态,以及〜(254)的高k异构状态。这些是在与奇数大众状态相同的自我一致的HFB加阻挡框架中处理的两个和四个Quasiparticle激发。

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