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Beta-decay of nuclei near the neutron shell N = 126

机译:中子壳附近核的β衰变N = 126

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摘要

A self-consistent approach to the weak interaction rates is presented. It is based on the generalized energy-density functional method and continuum QRPA. The study has been made of the β-decay total energy releases, half-lives and β-delayed neutron emission branchings for recently identified near-spherical nuclei with charge numbers Z = 76-79 approaching the closed neutron shell at N = 126. Together with our previous calculations near N = 28, 50, 82 this provides an important update to the standard set of weak rates for the r-process modeling, radioactive beam experiments and advanced reactor applications. Within the fully microscopic framework a significant competition is found of the Gamow-Teller and first-forbidden decay contributions to the total half-lives.
机译:提出了一种自洽的弱交互速率方法。它基于广义能量密度泛函方法和连续谱QRPA。已经对最近鉴定的近球形核的β衰变总能量释放,半衰期和β延迟的中子发射分支进行了研究,其电荷数Z = 76-79接近封闭的中子壳,N = 126。通过我们先前在N = 28、50、82附近的计算,这为r流程建模,放射性束实验和先进反应堆应用的弱速率标准集提供了重要的更新。在完全微观的框架内,人们发现了Gamow-Teller和第一个禁止衰变对总半衰期的重大竞争。

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