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围绕铝电解槽低电解温度稳定控制过程中遇到的一些工艺技术问题，对槽设定电压、分子比、电解温度三者关系；电解温度与电流效率的关系以及低电解温度选择的影响因素等进行了测试研究。在此基础上，确定低电解温度控制范围。并从铝电解工艺角度，找出电解温度稳定控制模型的一些基本关系。
Around the aluminum electrolytic cell low temperature stability control of the process of some problems encountered in the process of setting the tank voltage, molecular ratio, the relationship between the temperature of electrolysis; electrolysis temperature and current efficiency and the impact of low electrolysis temperature selection factors Conducted a test study. On this basis, to determine the low temperature range of electrolysis. And from the aluminum electrolytic process point of view, to find out the basic relationship of the electrolytic temperature stability control model.