In view of this, the paper presents an open MASbased Driver Behavior Decision Model ( DBDM).

The various disinfectants and the concentrations, occurrences and influential factors of the four kinds of DBPs in drinking water were discussed emphatically.

其中重点介绍了饮用水的消毒方式及四类消毒副产物的产生、浓度、存在形态及影响因素等。

The combined oxidation can effectively remove more DBPs precursor than single oxidation, but it is affected by the method of oxidant addition.

复合氧化比单一氧化更能有效去除消毒副产物前质，但受投加方式的影响，在试验条件下，以两种氧化剂同时投加的效果为最佳。

Compared with liquid chlorine disinfection, chloramination has low quantity of disinfection by-products ( DBPs).

相对氯消毒，氯胺具有消毒副产物生成量低的特点。

An investigation of the combined process of catalytic ozonation and biological activated carbon for the removal of DBPs precursors was conducted.

研究了臭氧催化氧化与生物活性炭联用技术对氯化消毒副产物（DBPs）的控制效能。

On the benzene ring, hydroxyl group has the highest activity of forming DBPs, and the second is ketone group;

苯环上羟基官能团生成消毒副产物的活性最高，酮基官能团次之；

The types and distributions of DBPs were under the influence and restriction of MCs type, disinfectant dose and reaction time.

典型DBPs产物类型与分布受MCs类型和消毒剂量的影响与制约。

According to the theoretical analysis and practical verification, the method using DBPs to evaluate the synthetical working performance of CCP is completely feasible.

经过理论分析和实践工程验证，利用路面弯沉盆参数（DBPs），通过模型对水泥混凝土路面的工作性能进行综合评价这一方法完全可行。

Objective To explore the distribution of the concentrations of disinfection by-products ( DBPs) and its characteristics in drinking water.

目的研究生活饮用水中消毒副产物（DBPs）的分布水平及其规律。

Nitrate Removal Using Biodegradable Polymers ( DBPs) as Carbon Source and Biofilm Carrier of Denitrifying Microorganisms

利用可生物降解聚合物同时作为反硝化微生物的碳源和附着载体研究

Disinfection by-products ( DBPs), which have adverse effects on human health, are produced in drinking water disinfection process.

饮用水消毒过程中会产生一类对人体具有三致效应的消毒副产物（DBPs）。

Influence of Chloramine Disinfection on DBPs from Different Organics

氯胺消毒对不同有机物生成消毒副产物的影响

Controlling Chlorine DBPs Precursor by Combined Preoxidation with Ozone and Permanganate

臭氧/高锰酸盐复合预氧化控制氯化消毒副产物前质

Removal of Precursors of DBPs by Combined Process of Catalytic Ozonation and BAC

臭氧催化氧化与BAC联用控制氯化消毒副产物

To find nucleotide binding sites of DBPs by comparing the promoter sequences of insulin gene

利用序列比较寻找胰岛素基因表达启动区与DNA结合蛋白的结合位点

The analytical ways concerning DBPs of environmental toxicology;

DBPs的环境毒理分析方法；

Influence of Irrigation Pattern on DOC and Formation of DBPs Precursors in Soil

灌溉模式对土壤中DOC及DBPs前驱物形成的影响

DBPs Formation Characteristics in Chlorinating and Relationship with Chemical Structure of Some Aromatic Organic Matter

芳香类有机物生成氯化消毒副产物特性及其与化学结构的关系

Effect of By-products of Chlorination Drinking Water DBPs on Health

氯化消毒饮用水副产物DBPs对健康的影响

However, there are few studies focusing on organic matter removal in the SSF, especially for DBPs removal.

然而在探讨两种机制对于有机物去除之影响，相关研究甚少，尤其对于消毒副产物方面更为缺乏。

At present, enhanced coagulation is the best available technology to control DBPs.

强化混凝是目前控制消毒副产物的最佳可行性技术。