The charge transfer in AgBr compound in terms of Compton profile and by adopting the ionic model

F. M. Mohammed, Ahmed W Maseer, N. AbdulwahabMohamed
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Abstract

In this paper the Compton profile  J(p z ) for AgBr compound is calculated by using the superposition model and compared with available experimental  value ,while the values of  ( Cp) J(p z ) for the covsitituent  namely Ag were taken from our previous study on AgCl to check whether there is any charge transfer between Ag metal and the Br , The Ionic model was applied for this purpose and found a fraction of  charge is transfer from the d-state of the metal Ag to p-state of  Br ,the best electron configuration  for the AgBr compound is found to be Ag (4d 9.1 5s 1 ) Br(4s 2 4p 5.1 ) Key Word : Ionic model, Superposition model, RFA model, Compton  profile (CP)  J(p z ) ,Free electron (FE) model ,Free atom (FA) model . DOI : 10.7176/APTA/80-06 Publication date :October 31 st 2019
用康普顿谱和离子模型研究了AgBr化合物中的电荷转移
本文采用叠加模型计算AgBr化合物的Compton谱J(p z),并与已有的实验值进行比较,而组分Ag的(Cp) J(p z)的值则取自我们之前对AgCl的研究,以检验Ag金属与Br之间是否存在电荷转移。结果表明,AgBr化合物的最佳电子构型为Ag (4d - 9.1 5s - 1) Br(4s - 2 4p - 5.1)。关键词:离子模型,叠加模型,RFA模型,康普顿谱(CP) J(p - z),自由电子(FE)模型,自由原子(FA)模型。出版日期:2019年10月31日
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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