针对电氧化法湿法分解辉钼精矿电流效率不高、能耗较大的缺点,引入超声波强化浸出过程.超声场可显著减少电极表面的覆盖物,提高电解电流,促进MoS2分解.电解时超声波作用方式为每隔15min发射3min,在电解电压3.5V、矿浆液固比10、阳极电流密度700A/m2、矿浆初始pH10、电极间距13mm的条件下,电解电流效率大于100%. In view of the shortcomings of the electro-oxidation, such as the wet decomposition of molybdenum concentrate, the current efficiency is not high and the energy consumption is relatively large, ultrasonic enhanced leaching process is introduced.Ultrasonic field can significantly reduce the electrode surface covering, improve the electrolysis current and promote the decomposition of MoS2. The ultrasonic mode of action is 3min every 15min. The electrolysis current efficiency is more than 100% under the conditions of electrolysis voltage of 3.5V, slurry liquid to solid ratio of 10, anode current density of 700A / m2, pulp initial pH of 10 and electrode spacing of 13mm.