简述了半导体光催化氧化法的原理。
The principle of photocatalytic oxidation applied to organic pollutants by using semiconductor materials is described.
采用破乳—混凝—光催化氧化法处理废切削液。
The emulsion breaking-coagulation-photocatalysis oxidation process was used in the treatment of waste cutting fluid.
采用破乳+—混凝—光催化氧化法处理废切削液。
The emulsion breaking-coagulation-photocatalytic oxidation process was used in the treatment of waste cutting fluid.
光催化氧化法的催化剂分散、回收及负载技术还不很成熟。
As for photocatalytic oxidation, the dispersion, recycling and loading technology of catalyzer has not been mature so far.
研究了紫外光催化氧化法对垃圾填埋场渗滤液的降解机理。
The degradation mechanism of infiltration wastewater from sanitary landfill by photocatalysis oxidation is studied.
为生产清洁能源，采用光催化氧化法对催化裂化汽油进行了脱硫研究。
To produce clean energy, the study on oxidation desulfurization from catalytic cracking gasoline by photocatalysis is investigated.
目前，应用光催化氧化法研究处理有机物污染物的种类已达300余种。
At present, there are more than 300 kinds of pollutant organics, which can be degraded by photocatalysis method.
将多相光催化氧化法与生物氧化法相结合，探讨两种组合技术对染料化合物的降解。
A combination technique of photocatalytic oxidation with biochemical oxidation for dye degradation was studies.
用光催化氧化法和生化法相结合的工艺处理印染废水可以取得理想的效果，其工业应用前景广阔。
It is ideal for the combination technique of biochemical and photocatalytic oxidation to treat printing and dyeing wastewater, which has a wide application prospects.
提出了光催化氧化法与电化学的结合——电化学辅助光催化氧化技术，它是一项新型的污水处理技术。
It is pointed out that the combination of photocatalytic oxidation and electrochemistry—the technique of electrochemically assisted photocatalysis is a new wastewater treatment technique.
文中详细介绍了二氧化钛光催化氧化的基本原理，并以二氧化钛光催化氧化法处理有机废水实验为实例进行了分析。
This paper introduced the basic principle of photocatalytic oxidation and analysed the experimental example of the TiO_2 photocatalytic oxidation of organic wastewater treatment.
还发现多相光催化氧化工艺并不适合处理高浓度废水，但通过提高H2O2的投加量可扩大多相光催化氧化法处理焦化废水的浓度范围。
Heterogeneous photocatalytic oxidation was found not suitable to treat wastewater of high concentration, but the concentration range could be extended by increasing the quantity of H2O2.
还发现多相光催化氧化工艺并不适合处理高浓度废水，但通过提高H2O2的投加量可扩大多相光催化氧化法处理焦化废水的浓度范围。
Heterogeneous photocatalytic oxidation was found not suitable to treat wastewater of high concentration, but the concentration range could be extended by increasing the quantity of H2O2.
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