臭氧化

GC-MS与GC-FTIR配合分析确认诺卜基乙基醚臭氧化产物的结构

Structural Identification of the Products from Nopyl-Ethyl Ether Ozonization by GC-MS and GC-FTIR

经详细分析对比，提出矿物材料体系染料废水臭氧化反应中存在Cu丝光沸石岩表面吸附作用反应机理、与水镁石溶解有关的碱催化机理及Mg2+与有机酸根络合反应机理。

In the end , the authors deduce three possible mechanisms for minerals in organic wastewater ozonization processes . They are adsorption of Cu-mordenites , alkali catalysis related to brucite decomposition and complex reaction between Mg 2 + and organic acids .

臭氧化海水对于弧菌DNA的损伤作用

Damage of ozone-produced oxidant to Vibrio DNA

臭氧化与pH值的关系。

The relationship between ozone dosage and pH value of the tested samples ;

温度对脂肪酸甲醋的臭氧化反应选择性（K）有影响。

Temperature also has great influence to the reaction .

根据试验分析，有机物的臭氧化主要由直接反应（D反应）和间接反应（R反应）来完成。

Direct reaction and indirect reaction carried out the ozone oxidization reaction of organic matter .

Ni、Fe氧化物对吐氏酸废水催化臭氧化研究

Study on Ozonation of Tobias Acid Wastewater Catalyzed by Oxides of Ni and Fe

载Pt石墨催化臭氧化降解水中草酸的研究

Catalytic Ozonation of Oxalic Acid in Water with Pt / Graphite Catalyst

Al2O3催化臭氧化去除水中有机物的研发进展

Research progress of Al_2O_3 in catalytic ozonation for degradation of organic compounds in aqueous solution

臭氧化处理对低浓度油田作业废水的COD去除效果低于其对高浓度废水的处理效果。

Removal efficiency by ozonation treatment for low concentration wastewater was less than that at high concentration .

UHMWPE的臭氧化降解及摩擦磨损性能研究

Study on Degradation , Friction and Wear Behaviors of Ozonized UHMWPE

高级氧化过程研究需要如臭氧化、·OH自由基反应等快速反应的动力学信息。

Research of Advanced Oxidation Processes ( AOPs ) requires kinetic information of fast reactions related to ozone and hydroxyl free radical · OH .

硅胶负载纳米TiO2催化臭氧化降解水中微量硝基苯的研究

Degradation of trace nitrobenzene by nano-TiO_2 / silica-gel catalyzed ozonation in aqueous solution

以黑索今为代表性有机污染物，对比了臭氧化和O3/H2O2法对水中黑索今的去除效果。

Comparative experiments of ozonation and O_3 / H_2O_2 process were conducted with RDX as the model organic pollutant .

HDPE臭氧化反应的研究

Oxidation reaction of HDPE with ozone

提高催化臭氧化效率的关键之处在于产生大量、持久的活性基团如·OH自由基，但其本质上涉及的是催化剂的选取问题。文中紧紧围绕高效催化剂的筛选、制备展开。

The key problem of enhancing efficiency of catalytic ozonation was how to produce sustainable and large amounts of active groups such as OH · radical .

污泥臭氧化对MBR运行效能的影响

Influence of sludge ozonation on MBR performance efficacy

结果表明，臭氧化对油田作业废水COD去除效果影响的主要因素为废水pH、废水的COD和臭氧投加量；

Results showed that wastewater concentration , pH and O3 dosage had an obvious effect on COD removal efficiency by ozone oxidation treatment .

不同水质特性对2,4-D臭氧化过程的影响

Effect of different water quality on ozonation of 2,4-D

CSTR反应器串联溶解臭氧化气体试验研究与工程设计

Principle and Engineering Design of CSTR Reactor for Series Decomposing Ozonized Air

液相臭氧化流动注射化学发光法测定水体化学耗氧量（COD）的研究：苯酚溶液COD测定

Measurement of Chemical Oxygen Demand by Flow Injection Ozonation Chemiluminescence Technique : Feasibility Study Based on the Model System of the Ozonation of Phenol

催化臭氧化降解糖蜜酒精废水的MxOy-SnO2催化剂研究

Study of Catalysts M_xO_y-SnO_2 Used in Degradation of Molasses Wastewater by Catalytic Ozonation

发现与臭氧化相比，O3/H2O2法可以显著地提高水中黑索今的降解率和COD的去除率。

It was found that O_3 / H_2O_2 process greatly increased the removal efficiency of RDX and COD compared with that achieved by ozonation alone .

LC-MS和GC-MS的分析表明，硝基苯主要的臭氧化产物为酚类和羧酸类物质。

Results of LC-MS and GC-MS analysis showed that the main intermediate products were phenolic compounds and carbonyl compounds .

超声清洗MBR生物膜&臭氧化技术在中水回用中的应用

The Application of Cleaning the BiomemBrane With Ultrasonics Technique and Ozone Oxidation Technique in the Recovery of Neutral Waste Water

本文运用超重力均相催化臭氧化方法处理酸性红B模拟染料废水，考察了影响脱色率的几个主要因素，得出了适宜的操作条件。

This work investigated homogeneous catalytic ozonation of simulated Acid Red B wastewater in a rotating packed bed ( RPB ) . Several main factors which affected the decolorization were discussed and appropriate operating conditions were proposed .

本文试验研究了有生物接触氧化-混凝沉淀-砂滤处理工艺的后续臭氧化生物活性炭（O3/BAC）和生物活性炭（BAC）工艺除污染效果对比。

Comparison of removal pollution of O 3 / BAC and BAC following bio-pretreatment , coagulation-sedimentation and sand filter was made .

2,4-D臭氧化可产生过氧化氢，水质可改变溶液中过氧化氢浓度，影响过氧化氢生成速率。

Hydrogen peroxide is produced during the ozonation of 2,4-D. The hydrogen peroxide formation rate is influenced by the water quality .

结果表明：与O3单独作用相比，Mn（Ⅱ）催化臭氧化作用不仅提高TNT去除率，也促进了COD的减少。

It is found that Mn (ⅱ) - catalyzed ozonation greatly increases the removal efficiency of TNT and COD compared with that achieved by ozonation alone .

活性炭表面的碱性基团和弱碱性的金属氧化物使得催化臭氧化反应最终pH值比臭氧氧化略高。

The basic groups in activated carbon surface and the weak alkaline of metal oxides in Cu / AC and Ni / AC aroused the final pH values in catalytic ozonation slightly higher than that of ozonation .