1) direct azo-dye
直接偶氮染料
3) azo dye
偶氮染料
1.
Study on degradation process of azo dye by iron internal electrolysis deoxidization and microwave induced oxidation;
铁屑还原及微波铁屑诱导氧化降解偶氮染料历程的研究
2.
Decoloration of azo dye wastewater by an anaerobic membrane bioreactor using gene engineering strain Escherichia coli JM109 (pGEX-AZR);
基因工程菌在厌氧膜生物反应器中对偶氮染料废水的脱色
3.
Biological decolourzation quinone compound enhancing azo dyes;
醌化合物强化偶氮染料的生物脱色
4) azo dyes
偶氮染料
1.
Enhanced biological decolourization of azo dyes by the catalysis of reduced acid azo dyes;
酸性偶氮染料还原产物强化偶氮染料生物脱色
2.
Quantitative relationships between photocatalytic degradation and structure of azo dyes;
水溶性偶氮染料光催化降解性质的定量构效关系
3.
Quantitative relationship between oxidative decoloration property and molecular structure of azo dyes;
偶氮染料分子结构与氧化脱色性能的定量关系
5) Azo-dye
偶氮染料
1.
A Study of Degradation of Azo-dye in System of Alga and Bacteria;
藻菌系统对偶氮染料降解作用的研究
2.
To accomplish the optical storage in short wavelength band and improve the thermal stability of storage media, a new synthetic method for nanocomposite materials which are codoped by metallic nanoparticles azo-dye compound (MNPADC) with structure for coating is presented for the first time.
提出了一种具有包覆共掺杂结构的金属纳米粒子偶氮染料复合物(metallicnanoparticlesazo-dyecompound,简写为MNPADC)纳米复合材料合成的新方法。
3.
Photocatalytic degradation of 16 azo-dyes in TiO2 suspension and irradiated by a high pressure mercury lamp has been studied.
本研究以高压汞灯为光源,系统地研究了16种偶氮染料在水溶液中的TiO_2光催化降解,结果表明,这些偶氮染料的光解为一级动力学反应,采用TiO_2光催化降解方法处理所研究的偶氮染料是可行的,井初步探讨了染料的结构与光解反应表观速率常数之间的关系。
6) azo dyestuff
偶氮染料
1.
Study on aerobic biodegradability of acid azo dyestuffs;
酸性偶氮染料的好氧生物降解性能试验研究
2.
The structure and properties of azo dyestuffs such as Sudan I, Sudan II, Sudan III and Sudan IV are introduced in brief.
简单介绍了偶氮染料苏丹红1号、苏丹红2号、苏丹红3号和苏丹红4号等几个品种的结构和性质,并介绍了偶氮染料的合成方法及苏丹红的检测方法;最后简单评述了苏丹红的应用及其市场前景。
3.
The background of that some azo dyestuffs which are harmful to human body was prohibited from using by European Union is briefly introduced.
本文就欧盟针对部分对于人体有害的偶氮染料的禁用背景及其还原或分解产物和中间体的化学名称、毒性原理和毒性类型作了简要介绍。
补充资料：直接
不经过中间事物的。与“间接”相对：直接取用｜直接关系。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条