摘要
根据电子排布法按保里原理的要求 ,将给定的组态的电子分别排布在各可能的轨道上 ,然后在可能的电子排布的微观状态中找出MS 的最大值 (MS) max,以及与之相适应的 (ML) max,根据这两个值找出S和L值 ,得出光谱项 ,再将ML 和MS 偶合 。
According to the method of electronic configuration and Pauli principle,the electrons of definitive configura-tioon are configurated separately in each possible orbit,then the maximum of M s is found among the possible microcosmic states of electronic configuration,according to (M s) max and (M L) max ,the value of S and L is found,the spectroscopic terms is ob-tained,by coupling of M L and M S,the spectroscopic branched terms is obtained too.
出处
《沈阳教育学院学报》
2001年第1期101-103,共3页
Journal of Shenyang College of Education
关键词
同科电子
非同科电子
电子组态
光谱项
光谱支项
P2
电子排布法
保里原理
eguivalent electron
noneguivalent electron
electronic configuration
spectroscopic term
spectroscopic branched term