Abstract

A way of exciting nuclei using reverse conversion is studied. Nuclear excitation occurs due to resonance absorption of the kinetic energy of the recombining electron and its binding energy in the final state. Calculations of triggering cross sections are made using reverse conversion of the energy of ions of isomeric nucleus ^129mSb on a bare nucleus and lithium-like ions. Experiments to study this process are performed in the storage rings of the GSI in Darmstadt and the IMP in Lanzhou.

中文翻译：

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电子复合作为激发129m Sb异构体的一种方法

摘要

研究了使用逆转换激发核的方法。由于共振吸收了重组电子的动能及其在最终状态下的结合能，因此发生了核激发。触发截面的计算是通过对裸核上的^{129 m} Sb异构核和类锂离子的离子能量进行逆转换来进行的。在达姆施塔特（Darmstadt）的GSI和兰州的IMP的存储环中进行了研究这一过程的实验。