原电池反应

开放体系下方铅矿和黄铁矿之间原电池反应的实验研究

An experimental study on galvanic interaction between galena and pyrite in an open system

流动介质对黄铁矿-黄铜矿原电池反应的影响

Effect of Flowing Media on Galvanic Interaction Between Pyrite and Chalcopyrite

采用铁屑和颗粒活性炭通过原电池反应产生的Fe2+离子取代FeSO4组成腐蚀电池Fenton工艺，采用该工艺对垃圾渗滤液进行预处理。

Instead of using FeSO_ 4 for the traditional Fenton process , new state of Fe 2 + ions generated by corrosive cell process between iron scraps and granular activated carbon ( GAC ) were utilized to pretreat landfill leachate .

流动体系下黄铁矿-方铅矿原电池反应实验研究

Experimental study on galvanic interactions between pyrite and galena in a flowing system

从理论上讲，任何氧化还原反应都可安排成原电池反应。

Theoretically speaking , any redox reaction can be made into chemical battery reaction .

结论低贵合金的腐蚀源于多相结构之间电位差引起的原电池反应。

Conclusion This study indicates that galvanic cell induced by multiphase structure of the low - noble alloy is the main reason of the corrosion .

详细叙述了卷筒式铝板材生产PS版电解基本原理，提出电解铝板材形成砂目过程实际是一个交流电加速原电池腐蚀反应过程的观点。

The electrolysis principle of coil aluminium for manufacturing PS plate is discussed in detail . The author puts forward the view that the process of electrolysis of coil aluminum to produce PS plate is actually that of the acceleration of aluminum acid cell corrosion actin by AC.