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1987年10月26日,上海市高教局主持召开了“一价铜盐溶液电解”课题鉴定会,该项目由上海工业大学完成。它是采用一电子过程取代传统的二电子过程的铜的水溶液电解。当电流效率和槽电压相同时,理论上,一电子过程可使电耗下降50％,若电流密度和电流效率相同时,其生产率可提高一倍。该校对亚铜氯化物溶液中Cu(Ⅰ)的阴极还原机理和铜电极过程动力学,溶液中Cu(Ⅰ)被空气氧化的动力学规律,制取优质致密阴极沉积物的添加剂和电解条件,电解液的电解
October 26, 1987, Shanghai Higher Education Bureau presided over the “one price of copper salt solution electrolysis,” the identification of the project, the project completed by the Shanghai University of Technology. It is an aqueous solution electrolysis that uses an electronic process to replace the traditional two-electron process. When the current efficiency is the same as the tank voltage, theoretically, an electronic process can reduce the power consumption by 50%. If the current density and the current efficiency are the same, the productivity can be doubled. The calibration of cuprous chloride solution Cu (Ⅰ) of the cathode reduction mechanism and the copper electrode kinetics, Cu (Ⅰ) in the solution by the air oxidation kinetics, the preparation of high-quality dense cathode additives and electrolysis conditions, Electrolyte electrolysis