芬顿反应

芬顿反应与TiO2光催化氧化甲基橙的研究

Research of photocatalytic oxidation for fenton reaction and TiO_2 on Methyl Orange

结果表明：在芬顿反应体系中加入NaOH时，可有效地阻止反应的进行；

The results demonstrated that the reaction was prevented effectively in the fenton reaction system when NaOH was added ;

利用芬顿反应产生的羟自由基·OH处理或氧化水中有机污染物，已成为一种有前途的高级氧化法之一。

The organic pollutant is disposed or oxidized by hydroxyl radical · OH in Fenton , it is one of AoPs .

以不锈钢网作为阳极，导电膜做阴极，通过原位发生阴极电芬顿反应降解MB。

With stainless iron mesh as the anode , the membrane was used as the cathode for removing MB by E-Fenton reactions .

磁场的存在促进了反应过程中H2O2的产生，加强了反应体系中芬顿反应的作用，从而加强了有机物的降解。

The introduction of magnetic field promoted the production of H2O2 during the reaction , enhanced the Fenton reaction , thus the degradation of organic pollutants was advanced .

活性碳纤维阴极电芬顿反应降解微囊藻毒素研究

Degradation of Microcystins by Electro-Fenton Reaction Using an Activated Carbon Fiber Cathode

天然水中典型阴离子对芬顿反应的影响

The influence of typical posion in natural water to Fenton

芬顿反应体系中胆固醇氧化产物的研究

The study of cholesterol oxides in fenton system

这主要是因为Fe2+和Fe3+诱发放电过程中产生的H2O2发生芬顿和类芬顿反应，生成HO。

The cations of Fe2 + or Fe3 + can induce HO · radicals from H2O2 produced in the discharge process via Fenton 's reactions or Fenton-like reactions .