论文标题
RG，CN，NH和FL超重元素的电离电位和电子亲和力
Ionization potentials and electron affinities of Rg, Cn, Nh, and Fl superheavy elements
论文作者
论文摘要
超重力元素的连续电离电势（IP）和电子亲和力（EAS），$ 111 \ leq Z \ leq 114 $，即使用相关性的fock-fock-copace-cluster-cluster-cluster-cluster cluster-cluster-cluster-cluster-cluster-cluster-cluster-clasterative-clasterative and（s），rg，cn，nh和fl重新验证（FS-CCSDT）。对于大多数考虑的数量，三重振幅的贡献很重要。通过配置交流方法评估BREIT和频率依赖性的BREIT校正。在模型QED操作器方法中考虑了对IP和EAS的量子电子动力学校正。获得的结果在0.10 eV的不确定性之内。
The successive ionization potentials (IPs) and electron affinities (EAs) for superheavy elements with $111 \leq Z \leq 114$, namely, Rg, Cn, Nh, and Fl are reexamined using the relativistic Fock-space coupled-cluster method with nonperturbative single (S), double (D), and triple (T) cluster amplitudes (FS-CCSDT). For the most of considered quantities, the triple-amplitude contributions turn out to be important. The Breit and frequency-dependent Breit corrections are evaluated by means of the configuration-interaction method. The quantum-electrodynamics corrections to the IPs and EAs are taken into account within the model-QED-operator approach. The obtained results are within 0.10 eV uncertainty.
