在铝电解中,电解槽侧部形成的炉帮,在电解过程中并非经常保持一定形状。随着电解过程,电解质中氧化铝量减少,电解质温度升高,由于炉帮表面溶解因而厚度减小。通过补充加进氧化铝,电解质温度下降,由于电解质凝固,炉帮的厚度又增加,此种变化反覆不断进行。因此,槽内形成的侧部炉帮在电解过程 In aluminum electrolysis, the side of the electrolyzer to form the stove, in the electrolysis process does not often maintain a certain shape. With the electrolysis process, the amount of alumina in the electrolyte is reduced, the temperature of the electrolyte is increased, and the thickness is reduced due to the dissolution of the surface of the furnace top. Through the addition of alumina, the electrolyte temperature dropped, as the electrolyte solidified, the thickness of the furnace to increase, such changes continue. Therefore, the side of the tank formed in the tank in the electrolysis process