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PdⅩⅣ-CdⅩⅥ离子4s24p3和4s4p4组态精细结构能级与跃迁的扩展分析
引用本文:牟致栋,魏琦瑛,叶世旺,张雷,魏伟,王树凯.PdⅩⅣ-CdⅩⅥ离子4s24p3和4s4p4组态精细结构能级与跃迁的扩展分析[J].强激光与粒子束,2005,17(3):447-452.
作者姓名:牟致栋  魏琦瑛  叶世旺  张雷  魏伟  王树凯
作者单位:中国矿业大学,理学院,江苏,徐州,221008
基金项目:中国矿业大学科技基金资助课题(OK4522)
摘    要:用多组态HXR理论方法对KrⅣ-CdⅩⅥ离子4s^24p^3和4s4p^4组态的精细结构能级进行了分析计算。在已有研究工作的基础上,通过对4s^24p^3和4s4p^4组态能级的实验观测值与HXR计算结果之差AE沿等电子序列变化规律的分析.找出了△E随有效核电荷数Zc变化的规律,预言并计算了PdⅩⅣ-CdⅩⅥ离子4s^24p^3和4s4p^4组态能级,大部分预言计算值与实验结果的偏差小于100cm^-2。由此还进一步计算了PdⅩⅣ-CdⅩⅥ离子4s^24p^3—4s4p^4跃迁的谱线波长、振子强度和跃迁概率。结果表明:除了4s^24p^3D5/2-4s4p^4^2D5/2跃迁的谱线波长(29.992nm)与实验值相差0.018nm外.对于其余5条谱线.预言值与实验值的偏差均不超过0.005nm。

关 键 词:PdⅩⅣ-CdⅩⅥ离子  精细结构能级  谱线波长  振子强度  跃迁概率  HXR方法
文章编号:1001-4322(2005)03-0447-06
收稿时间:2004/4/12
修稿时间:2004年4月12日

Extended analysis of fine-structure energy levels of 4s24p3 and 4s4p4 for ions from PdⅩⅣ to CdⅩⅥ
MU Zhi-dong,WEI Qi-ying,YE Shi-wang,ZHANG Lei,WEI Wei,WANG Shu-Kai.Extended analysis of fine-structure energy levels of 4s24p3 and 4s4p4 for ions from PdⅩⅣ to CdⅩⅥ[J].High Power Laser and Particle Beams,2005,17(3):447-452.
Authors:MU Zhi-dong  WEI Qi-ying  YE Shi-wang  ZHANG Lei  WEI Wei  WANG Shu-Kai
Abstract:In this paper, fine-structure energy levels of configurations 4s~24p~3 and 4s4p~4 for Arsenic isoelectronic sequence ions from KrⅣto CdⅩⅥ are analysed by multi-configuration Hartree-Fock plus exchange-statistical-potential with relativistic corrections(HXR) method in Cowan'code. By analyzing variation of differences between the experimental data and the associated theoretical energies with Z_c along the sequence, a new formula has been found for fit calculation. With this new formula, the fine-structure levels of the configurations mentioned above are predicted, the uncentainty of most predicted energy level values with the associated experimental results are not more than 100 cm-1. The wavelengths, oscillator strengths and probabilities of transitions 4s~24p~3—4s4p~4 calculated with HXR method are given here too. The predicted wavelengths of transition 4s~24p~3—4s4p~4 for PdⅩⅣ are in well agreement with the experimental ones within 0.005 nm except that of transition 4s~24p~3 ~2D_(5/2)—4s4p~4 ~2D_(5/2) which is 0.018nm,and the other results of trasitions 4s24p3-4s4p for ions from PdXIV to Cd X VI are sheer predicted ones.
Keywords:Arsenic-like ion  Wavelength  Fine-structure energy level  Oscillator strength  Transition probability  HXR method
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