对采用粉状氧化铝电解时如何提高电解槽电流效率，降低成本进行了探讨。
When powders aluminium oxide is electrolyzed, how to raise the current efficiency in electrolytic cell and reduce cost is studied in this paper.
文章研究了在电渗析硫酸钠过程中，影响电流效率和槽电压的各因素对它们的影响规律，从而找到较好的电渗析条件。
The factors that have influences on current efficiency and cell voltage in electrolysis of sodium sulfate are studied so as to find out the optimal operating conditions.
从碱性溶液中电解制备锌可以降低能耗和槽压，提高电流效率。
Electrodeposition of zinc from alkaline baths occurred at a lower cell voltage with less energy consumption and higher current efficiency.
影响铜电积电耗的因素是槽电压和电流效率。
The factors influencing electricity consumption in copper electrowinning are the voltage and current efficiency in electrolyzer.
铝电解槽的电能消耗率同平均电压和电流效率两个因素有关。
The energy consumption rate of aluminum electrolytic bath is related with the average voltages and current efficiency.
同时还研究了电解过程中电极、电流密度、温度、反应时间等对反应物转化率、电流效率、槽压的影响规律。
The relationships among conversion, current efficiency and bath voltage with electrodes, current density, temperature and electrolysis time were studied.
在一定的技术条件下通过电流强化可以提高电解槽铝产量和电流效率，降低单位产品的成本。
The output and current efficiency of aluminum reduction cells can be improved by current strengthen under certain circumstances, but the cost of every product can be reduced at the same time.
电解槽寿命越长，电解槽的大修分摊成本越低；但随着电解槽槽龄增加，阴极压降的上升和电流效率的降低会造成吨铝电耗增加。
But the energy consumption will increases at the same time with the increase of pot life because of the increase of cathode voltage drops and of the decrease of current efficiency.
对铝电解槽进行优化控制的主要目的，是提高电流效率，降低电能消耗。
In Aluminum electrolyte pot control system, the main target is to get high current efficiency and low energy consumption.
铝电解槽炉膛内形严重影响着电流效率，而铝电解槽的炉膛内形与电解质的过热度有很大的关系。
The cell ledge seriously impacts on current efficiency in aluminium production and the superheat of electrolyte greatly links with the ledge.
铝电解槽炉膛内形严重影响着电流效率，而铝电解槽的炉膛内形与电解质的过热度有很大的关系。
The cell ledge seriously impacts on current efficiency in aluminium production and the superheat of electrolyte greatly links with the ledge.
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