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Electrolytic oxidation method to ferri cyanide chemical material of ferro- cyanide chemical material

机译:电解氧化法制备氰化亚铁化学材料的氰化亚铁化学材料

摘要

This invention including ferro- cyanide chemical material (v) it is collected from the oxidize phenol coupling reaction, the water phase which becomes including ferri cyanide chemical material (iv) being the method of oxidizing in the electrolytic tank which is divided to the water phase which becomes, including ferro- cyanide chemical material (v) it is collected from the oxidize phenol coupling reaction, including the fact that the water phase which becomes with decantation or extraction or filtration it prepares produces the anolyte which becomes; This make this anolyte contact with the anode of the electrolytic tank which is divided; This make the catholyte contact with the cathode of the electrolytic tank which is divided; Although and this electric power is impressed in the electrolytic tank which is divided, this electric power has specified electric current or voltage in this case, and this impression oxidizes this ferro- cyanide chemical material (v) to ferri cyanide chemical material (iv), including the fact that it is something of sufficient time, it regards the method of becoming.
机译:本发明包括氰化亚铁化学物质(v),其是通过氧化苯酚偶联反应收集而得到的,水相包括氰化亚铁化学物质(iv)是在电解槽中进行氧化的方法,该电解槽被分为水相。包括亚铁氰化物化学物质(v)在内的所有有机物,都是通过氧化苯酚偶联反应收集而来的,其中包括通过倾析,萃取或过滤而形成的水相产生的阳极电解液。这使该阳极电解液与分隔的电解槽的阳极接触;这使阴极电解液与分隔的电解槽的阴极接触;虽然该电力被施加在分开的电解槽中,但是在这种情况下该电力具有特定的电流或电压,并且该印象将该亚铁氰化物化学物质(v)氧化为亚铁氰化物化学物质(iv),包括这是足够的时间这一事实,它考虑了成为的方法。

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