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对現在通用的电解制鋁法的分析表明,总电能消耗的60％是用在加热和熔化材料以及消耗在热損失方面,只有不到40％的电能才真正有效的用在分解氧化鋁方面。目前我国在电力和电气設备的供应方面都相当紧張,因此在沒有制定出完善的無电制鋁法之前,采用一种能节省大量电能的制鋁方法则是很重要的,本文所提倡的外部加热电解法就是想往这方面探討一步。这个方法是这样設想的,就是如果我們用任何一种办法將电解槽加热,讓其中的电解液能保持在电解
Analysis of the current common electrolytic aluminum process shows that less than 40% of the electrical energy used to heat and melt the material and dissipate 60% of the total electrical energy is truly effective in decomposing alumina. At present, China is quite tense about the supply of power and electrical equipment. Therefore, it is very important to adopt a method for aluminum production that can save a lot of power before the perfect electroless aluminum method is not developed. The external heating electrolysis method is to explore this area one step further. This method is envisaged, that is if we use any method to heat the cell, so that the electrolyte can remain in the electrolysis