摘要
本文对类镓等电子序列GaⅠ—XeⅩⅩⅠⅤ离子4s24p、4s24d、4s4p2、4p3和4s25s组态能级结构和组态相互作用进行了理论分析,找出沿等电子序列的变化规律。用作者提出的半经验公式[1],内插预测了TcⅩⅢ离子的4s24p、4s4p2和4s25s组态能级,外推预测了TcⅩⅢ—RhⅩⅤ离子的4p3和4s24d组态能级,并给出了4s24p4s24d、4s24p4s4p2、4s24p4s25s、4p34s25s和4s4p2—4p3谱线波长和HXR方法理论计算振子强度。用作者提出的半经验公式对组态能级的预测值与实验值的最大偏差小于100cm-1。
In this paper,the 4s24p,4s24d,4s4p2,4p3 and 4s25s configuration′s energy level structures,and configuration interactions in GaLike from GaⅠ—Xe ⅩⅩⅣ ions are analysed in theory.The law of isoelectronic series is given.By using our fitted formula,the energies of TcⅩⅢ ion 4s24p,4s4p2 and 4s25s configurations are predicted by interpolation,the energies of TcⅢ Ⅹ—RhⅩⅤ ions 4p3 and 4s24d configurations are predicted by extrapolation.Wavelengths and oscillator strengthes(HXR theoretical calculation)of transitions 4s24p4s24d,4s24p4s4p2,4s24p4s25s,4p34s25s and 4s24p4p3 are given.The deviations of predictive energy levels from observed values are less than 100cm-1.
出处
《光谱学与光谱分析》
SCIE
EI
CAS
CSCD
北大核心
1998年第3期273-278,共6页
Spectroscopy and Spectral Analysis
基金
中国工程物理研究院院外基金