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Keywords Catalytic ozonation;CuO;MnO_2;Catalyst; 催化臭氧化;氧化铜;二氧化锰;催化剂;
Keywords catalytic ozonation;oxytetracycline;hydroxy radical; 催化臭氧化;土霉素;羟基自由基;
Keywords catalytic ozonation;activated carbon;humic acids;wastewater treatment; 催化臭氧氧化;活性炭;腐植酸;废水处理;
Keywords catalytic ozonation;Al2O3supported Mn-Fe-K oxides catalyst;2;4-D;alachlor;4-Nitrotoluene; 催化臭氧氧化;内分泌干扰物;2;4-D;甲草胺;对硝基甲苯;
The reaction pathway of catalytic ozonation is analyzed. 分析了催化臭氧化过程的反应途径。
FeOOH was active in catalytic ozonation of the non-adsorbable BA, with 45% of BA removal higher than ozonation alone. 结果表明,BA在FeOOH表面没有吸附,FeOOH对BA催化氧化的去除率比臭氧单独氧化高45%25;
Effect of background constituents on the catalytic ozonation of nitrobenzene was investigated. 考察了水中本底成分对催化臭氧化分解水中微量硝基苯的影响规律。
In this paper,several oxidation processes belonged to AOPs,O3/H2O2,O3/UV,H2O2.UV and catalytic ozonation were reviewed. 本文综述了O3/H2O2,O3/UV,H2O2/UV和催化臭氧化几种高级氧化技术在水处理中的应用及其反应机理,并对其发展前景进行了分析。
This article presents the heterogeneous catalytic ozonation of organic contaminants in water by metal and metallic oxides and its mechanism. 介绍了金属及其氧化物催化臭氧化降解水中有机物的应用及其反应机理的研究进展;
The recent progress in researches on the homogeneous catalytic ozonation for degradation of organics in water is reviewed in this paper. 综述了近年来水溶液和有机溶剂中均相催化臭氧化降解水中有机物的研究进展。
For the recent years, catalytic ozonation has been received much attention from many scholars due to its inducing prospect. 摘要：近年来，催化臭氧氧化技术由于其诱人的应用前景而得到广大学者的青睐。
The experimental results indicated that characteristics of organic in radical reaction directly affected degradation efficiency of catalytic ozonation. 结果表明，有机物在自由基链反应过程中的特性直接影响催化臭氧化的降解效率。
Higher efficiency of catalytic ozonation could be achieved in acid pH, but the influence of the strength of acid and basic pH could be neglected. 在酸性条件下具有较高的催化臭氧化效率,而酸性和碱性的强弱对2,4-DCP的分解几乎没有影响。
The roles of characteristics of organic and intermediate H2O2 in the process of catalytic ozonation were discussed in this paper. 探讨了有机物特性及中间产物H2O2在催化臭氧化中的作用。
The removal efficiency of organics by catalytic ozonation technology for advanced treatment of micropolluted water was investigated by means of productive comparison test. 通过生产性对比试验考察了臭氧催化氧化技术用于给水深度处理时对有机物的去除效能。
In the result of GC/MS measurement, the content of semi?volatile organic compound in the effluent of catalytic ozonation as well as that of GAC treatment following it was 9% and 32% less than the control experiment respectively. GC/MS测定表明,催化氧化及其后续活性炭出水中半挥发性有机物种类分别比臭氧单独氧化少9%25和32%25。
The factors that influence the catalytic activity of catalysts and the efficiency of catalytic ozonation are discussed, and the catalytic properties of various metal and metallic oxides are reviewed. 探讨了影响催化剂催化活性和催化臭氧化效率的因素及金属及其氧化物的催化性能；
The factors that influence the catalytic(activity) of catalysts and the efficiency of catalytic ozonation are discussed,and the catalytic properties of various metal and metallic oxides are reviewed. 探讨了影响催化剂催化活性和催化臭氧化效率的因素及金属及其氧化物的催化性能;
Comparing the results of static experiments,the removal effects of humic acids in simulated water sample by single ozonation process and activated carbon catalytic ozonation process were analyzed. 针对模拟水样中的腐植酸,采用静态实验对比的方法,分析了单独臭氧氧化和活性炭催化臭氧氧化去除腐植酸的效果。
Keywords Catalytic fluorimetry;Safranin T;Selenium; 催化荧光法;藏红T;硒;