The process, electrochemical reduction of nitrobenzene to produce p-amino-phenol in a packed bed electrochemical reactor, is investigated.
研究了在固定床电化学反应器内硝基苯电化学还原制备对氨基苯酚的过程。
The results indicated that direct reduction of nitrobenzene took place on copper cathode, i. e. the typical catalyzed iron inner-electrolysis characteristics.
结果表明，硝基苯能在铜电极上直接发生得电子还原反应，此即催化铁内电解法反应机理的显著特点。
The results showed that both of direct and indirect electrolytic reduction of nitrobenzene top -aminophenol had important practical value, and the couple electrolytic synthesis was feasible.
结果表明直接和间接电还原硝基苯为对氨基苯酚都有重要的实用价值，成对电解也是可行的。
It has been pointed out that catalytic hydrogenation of nitrobenzene and its organo-electrochemical reduction is a new technique which has a great future.
提出硝基苯催化加氢还原和有机电解还原是有前景的新工艺。
The adsorption of compounds followed by the reduction process, which is controlled by the mass transfer step at higher nitrobenzene concentration.
还原过程伴有反应物吸附现象，当硝基苯浓度较大时，还原过程受传质过程控制；
The adsorption of compounds followed by the reduction process, which is controlled by the mass transfer step at higher nitrobenzene concentration.
还原过程伴有反应物吸附现象，当硝基苯浓度较大时，还原过程受传质过程控制；
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