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本专利提出一种在1微米秒过程中、相同极性条件下,給直流电流加上高压直流脉冲(1000伏)的方法来提高电解槽的效率。附加脉冲的良好影响在于,它既能大大提高电解质的电离作用,又能显著降低电解质的电阻。但必須相应地提高电解质的电压降,以保持电解质所需的溫度。脉冲的发出頻率为2或60赫芝。为了避免脉冲电流經低压网路短路,在低压回路中接上一个抗流綫圈。在每一台电解槽都装上工作时間不同的脉冲
This patent proposes a method to increase the efficiency of the cell by applying a high-voltage DC pulse (1000V) to the DC current under the same polarity during a period of 1 microsecond. The good effect of the additional pulse is that it both greatly increases the ionization of the electrolyte and significantly reduces the resistance of the electrolyte. However, the voltage drop of the electrolyte must be increased accordingly to maintain the desired temperature of the electrolyte. The frequency of the pulse is 2 or 60 Hz. In order to avoid the pulse current short circuit through the low voltage network, connect a choke coil in the low voltage circuit. In each cell are equipped with different working time pulse