摘要
对推广的中间场偶合方案中各矩阵元公式进行了讨论,对于静电排斥作用能、配位场作用能H<sub>LF</sub>旋——轨偶合作用能H<sub>SO</sub>依群链:SU(2)×SO(3)(?)G<sub>1</sub><sup>*</sup>×G<sub>1</sub>(?)G<sub>2</sub><sup>*</sup>×G<sub>2</sub>(?)G<sub>2</sub><sup>*</sup>(?)C<sub>n</sub><sup>*</sup>进行了分解。并依群一子群的约化V系数、G<sub>2</sub>群的W系数、G<sub>2</sub>群的V系数及X系数、克罗尼克符号δ,结合可能出现的c类不可约表示(c类IR),得出了较有意义的结论,大大减少了计算工作量,节省了机时。
In this article a research has been made on the formulae of matrix elements in Coupling program of the intermediate field, which are under popular applications. The article has also good analyses of the active energy of electrostatic repelling,of the active energy HLF of coordination field, and Hso,the active energy of rotaryorbital coupling,based on SU(2)×SO(3)G1*×G1G2×G2G2Cn* A meaningful and valuable conclusion has been drawn taking consideration of the coeificient v of group -subgroup reduction,of the coefficient W of group G2,of the coefficient V of group G2 and the coefficient X and Cronic mark S,the possible irreducible expression of class C having also been considered. Such research and analyses have resulted in decrease of calculation and computer operation.
出处
《十堰职业技术学院学报》
1997年第1期23-26,共4页
Journal of Shiyan Technical Institute
关键词
中间场
配位场
作用能
约化系数
计算配位
intermediate field
Coordination field
active energy
reduction coefficient calculation coordination.