AOPs

The dissertation consists of 6 parts : ( 1 ) A review of the application and development of the ozone technique , AOPs and the methods for determining COD .

全文分为六章：1.文献综述：臭氧、高级氧化技术及化学耗氧量的应用和发展；

The influencing factors for municipal sewage treatment by AOPs

高级氧化法对城市污水深度处理过程中的影响因素

Specific engineering and design problems were considered for the most common AOPs .

同时考虑了最普通的AOPs工艺的需注意的工程设计问题。

Measurement and Analysis of AOPs in Case II Waters & Profiling Method

二类水体表观光学特性的测量与分析&剖面法方法研究

Study on Microwave - induced AOPs for Persistent Organic Wastewater

微波促进高级氧化技术处理难降解有机废水的研究

Among various techniques for purifying environment , advanced oxidation processes ( AOPs ) are paid greater attention as new environment-purifying technique .

在各种净化环境技术中，高级氧化技术作为一种新环境净化技术受到越来越多的关注。

This paper focus on an above-water method for the measurements of the AOPs which are directly related to the water color sensing parameters .

该文主要讨论与水色遥感基本参数直接相关的表观光学量的测量与分析。

The optical properties of waters includes two aspects , Apparent Optical Properties ( AOPs ) and Inherent Optical Properties ( IOPs ) .

水体光谱特性包括两个方面：表观光学特性（AOPs）和固有光学特征（IOPs）。

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

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。

AOPs have high efficiency , have no pollution after treatment , so it is a prospective technique for treating toxic contaminations in water .

高级氧化技术对水体中有毒有害难降解的污染物具有较强的应用优势，具有高效、快速、无二次污染等众多优点，因而有着广阔的应用前景。

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

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。

AOPs were found to be applicable to situations where a priority pollutant was present in low concentration without excessive amount of other species to interfere with the process .

研究发现AOPs工艺最适合于目标污染物为稀浓度且没有过量其它污染物干扰的情形。

Advanced AOPs process for organic wastewater treatment was reviewed , and based on The introduction of treatment principle and application status the issues existing in study aspects and study trend were pointed out .

概述了目前难降解有机废水处理过程中采用高级氧化技术的一些进展，介绍了几种方法的原理和应用现状，指出了该领域研究中存在的问题和发展动向。

The degree of impact form humic acids towards different AOPs could be ranked in a decreasing order as UV-H_2O_2 , UV-O_3 , O_3 .

水中腐殖酸对3种高级氧化工艺的影响程度顺序依次为：UV-H2O2>UV-O3>O3。

According to the characteristics of chemical fibre wastewater , and on the basis of contrasting experiment of eight types AOPs technology , the thesis determine UV / Fenton process as the treat method .

本论文针对化纤废水的水质特点，在八种高级氧化技术处理对比试验的基础上，确定采用UV／Fenton法作为化纤废水的处理技术。

The absorption and advanced oxidation processes ( AOPs ) treatment of dye , one of the organic pollutants , using activated carbon fiber ( ACF ) electrode were reported in this thesis .

本硕士学位论文主要就染料类有机污染物在活性炭纤维（Activatedcarbonfiber，ACF）电极上的吸附及高级氧化处理进行了研究。

Synthesis of the AM / AOPS / DEDAAC Copolymer Anti-sloughing Filtrate Reducer Anti-Eccentric Wear and Anti-Wax Technique for UHMWPE Lined Composite Pipe

AM/AOPS/DEDAAC共聚物防塌降滤失剂的合成超高分子量聚乙烯内衬复合管防蜡防偏磨技术

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。

Advanced chemical oxidation processes ( AOPs ) have been applied to water purification in recent years , which are promising for the degradation of toxic and bioresistant organic pollutants in aqueous solution .

高级化学氧化（AdvancedOxidationProcesses，简称AOPs）是一项新兴的现代水处理技术，其在处理水中难生物降解毒性有机污染物等方面具有广阔的应用前景。

The advanced oxidation process ( AOPs ) is used to degrade NH 3 N containing wastewater . The effect of different pH values , various initial ammonia and different hydrogen peroxide concentrations on reaction process was studied experimentally .

采用高级氧化技术（AOPs）氧化降解含氨氮的废水，实验研究了不同pH、不同初始氨及H2O2浓度对反应过程的影响。

The classical Fenton reaction is the most attractive method of Advanced Oxidation Processes ( AOPs ) . Compared with other technologies Fenton reaction has many advantages , such as simplicity of operation , efficiency of reaction and environmental friendly .

Fenton法是研究最多的一种处理难降解有机物的高级氧化工艺，与其他处理技术相比具有操作简单，反应高效，环境友好等优点。

The traditional treatment technologies include physical adsorption , biological treatments and chemical treatments . Recently , the advanced oxidation processes ( AOPs ) of the chemical treatments , which have high degradation rates , have been applied for the most .

对染料废水的处理技术一般包括物理吸附、生物处理和化学氧化法等，而尤以化学处理法中的高级氧化技术研究应用为最多。

In this paper , the research situation about the removal techniques of PAHs including the natural degradation , bioremediation , UV photolysis , adsorption , advanced oxidation processes ( AOPs ) and sonolysis are introduced detailedly .

介绍了近年来多环芳烃污染物去除方法的研究现状，包括自然降解法、生物修复法、UV光解法、吸附法、高级氧化法及超声分解法等。

Advanced oxidation processes ( AOPs ) have been widely applied to deal with azo dye wastewater in recent years , which are characterized by the generation of highly oxidative hydroxyl radicals (? OH ) in the homogeneous or heterogeneous phase .

近年来，高级氧化技术（AOPs）由于其在均相或异相体系中可以产生高氧化活性的羟基自由基而被用于偶氮染料的废水处理。

The paper reviews the existing status of endocrine disrupting chemicals ( EDCs ) in source water in China as well as the study situation and progress of the removal of EDCs by the conventional drinking water treatment processes , advanced treatment processes and advanced oxidation processes ( AOPs ) .

对我国水源水中内分泌干扰物（EDCs）的存在现状以及采用常规饮用水处理工艺、深度处理工艺和高级氧化技术去除EDCs的研究现状和进展进行了综述。