1) Fe-Cu internal electrolysis
Fe-Cu内电解
1.
The decolorization of acid red 73 by Fe-Cu internal electrolysis is a result of chemical reduction, including reduction caused by zero valent iron and caused by hydrogen produced in reactions, and electrochemical reduction.
Fe-Cu内电解法使酸性大红还原脱色,其机理是化学还原(零价铁还原和氢加成还原)与电化学还原共同作用的结果,偶氮双键还原为氢化偶氮。
2) Fe/Cu micro-electrolysis
Fe/Cu微电解
3) Cu/Fe catalysts
Cu/Fe
1.
Hydrogen production by methanol partial oxidation over Cu/Fe catalysts prepared by co\|precipitation method has been studied in detail in this paper.
采用共沉淀法制备的Cu/Fe催化剂催化甲醇部分氧化制氢结果表明,Fe的引入,有利于降低CO选择性;Cu/Fe比对催化性能有明显影响;当Cu/Fe比为2∶8时,甲醇转化率最高。
4) Fe-C microelectrolysis
Fe-C微电解
1.
In view of the characteristics of the naphthylamine watewater that,the mass concentration of COD and phenol was high,Fe-C microelectrolysis process was used for its pretreatment.
采用Fe-C微电解工艺对其进行预处理,CODCr去除率大于30%,酚去除率大于60%,m(BOD5):m(CODCr)从0。
2.
In this paper,Fe-C microelectrolysis/SBR process was used in Orimulsion wastewater treatment.
奥里油废水与一般的石油化工废水差别很大,用传统的方法难以处理,依据其水质特点,提出Fe-C微电解—SBR工艺处理奥里油废水并对其进行了初步试验研究。
5) Fe/Pt electrolyte
Fe/Pt电解液
1.
The effect of C6H5O73-,C4H4O62-,C6H11O7-and C4H5O5-on the cyclic voltammetry of FeSO4,(NH4)2PtCl6 and Fe/Pt electrolyte was investigated in this paper.
通过循环伏安法研究了C6H5O73-、C4H4O62-、C6H11O7-、C4H5O5-4种络合剂对硫酸亚铁、氯铂酸铵溶液循环伏安行为以及Fe/Pt电解液循环伏安行为的影响。
6) iron-carbon microelectrolysis
Fe/C微电解
1.
Treatment of Butralin production wastewater by iron-carbon microelectrolysis,Fenton oxidation and activated carbon adsorption
Fe/C微电解-超声波/Fenton氧化-活性炭吸附处理仲丁灵农药废水
补充资料：铝电解厂16kV·A电解槽系列及电解多功能机组
铝电解厂16kV·A电解槽系列及电解多功能机组
铝电解厂16kV·A电解槽系列及电解多功能机组
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条