摘要
本文针对电解镁过程中电子的运动过程进行了剖析,有助于更直观地认识无水氯化镁原料在电解镁过程中的电化学反应,并基于“电子阶梯”理论阐明:阴极与阳极的反应具有独立性,且阳极、阴极的产物、电解质成分,与阴阳极各自的电子转移能力之间存在明确关联。
This paper analyzes the movement process of electrons during the electrolysis of magnesium,providing a more intuitive understanding of the electrochemical reactions of anhydrous magnesium chloride feedstock in the electrolysis process.Based on the"electron staircase"theory,it elucidates that the reactions at the cathode and anode are independent,and there is a clear correlation between the products of the anode and cathode,the composition of the electrolyte,and the electron transfer capacity of each electrode.
作者
夏风
马芬兰
王锋林
谢建明
强晓超
XIA Feng;MA Fen-lan;WANG Feng-lin;XIE Jian-ming;QIANG Xiao-chao(Qinghai Huixin Asset Management Co.,Ltd.,Golmud 816000,China;Qinghai Salt Lake Magnesium Industry Co.,Ltd,Golmud 816000,China)
出处
《世界有色金属》
2025年第23期10-12,共3页
World Nonferrous Metals
关键词
电子跃迁
电子阶梯
电子升力
electronic transition
electronic ladder
electronic lift
