文献中对铝电解槽工作空间内的质量交换过程的规律性进行了一系列试验研究。已知的计算电流效率的公式中考虑了电流密度、极距、电解槽几何尺寸和电解质温度诸因素。但是,由于没有关于工业电解槽中熔体 A series of experimental studies have been conducted in the literature on the regularity of the mass exchange process in the working space of an aluminum reduction cell. The known formulas for calculating current efficiency take into account factors such as current density, pole pitch, cell geometry, and electrolyte temperature. However, since there is no melt in the industrial electrolyzer