摘要
阳极气泡的行为影响铝电解过程的传质传热,增加了电解质的电压降,影响电流密度分布。本文从物理模型、实验室电解槽和数学模型三个方面综述了铝电解中阳极气泡行为的研究进展,指出了各种模型的优缺点以及今后的发展方向。
The behavior of anode bubble has a significant influence on the transfer of mass and heat in aluminum electrolysis, it also increases the voltage of electrolyte and affects the distribution of current density, This paper summarizes the research progress of anode bubble behavior in aluminum electrolysis from three aspects： physical model, laboratory scale cell and mathematical model. The advantage and disadvantage of each model and the future research direction were pointed out.
出处
《轻金属》
CSCD
北大核心
2007年第5期27-31,共5页
Light Metals
基金
国家重点基础研究发展规划项目(2005CB623703)
关键词
铝电解
阳极气泡
物理模型
实验室电解槽
数学模型
aluminum electrolysis
anode bubble
physical model
laboratory scale cell
mathematical model
