摘要
本文用相对论多组态狄拉克-福克(Draic-Fock)广义平均能级(MCDF-EAL)模型计算可能成为激光工作物质的类氟NbXXXIII、MoXXXIV、TcXXXV、RuXXXVI、RhXXXVII、PdXXXVIII、AgXXXIX和CdXXXX的2s^22p^5、2s2p^6、2s^22p^43s、2s^22p^43p组态的各30个精细结构能级和若干3s—3p组态跃迁波长。除最低两级外的所有计算值都是本文首次作出的理论预言。
In this paper, by means of the extended average level (MODF-EAL) model of relativistio multiconfiguration Dirac-Fock code, we have calculated the fine-structure energy levels of 2s22p5,2s2p62,s22p43s,2s2 2p43p configuration and some transition wavelengths of 3s-3p configuration from F-Like ions of 41≤z≤48 which may be the candidates of lasing medium. The calculated values are first predicted except the two lowest levels.
出处
《光学学报》
EI
CAS
CSCD
北大核心
1991年第7期592-597,共6页
Acta Optica Sinica
关键词
类氟离子
精细结构
能级
F-like ions, fine-structure energy.
