偶氮颜料

偶氮颜料的主要原料是一些重氮成份如芳香族胺和一些偶联成份如酚类化合物。

The prime raw materials for azo pigment are a diazo component such as aromatic amine and a coupling component such as phenolic compound .

颜料黄214为代表的双苯并咪唑酮偶氮颜料。

Pigment Yellow 214 , based on bis-benzimidazolone azo pigment .

色酚AS-BI是一种颜料中间体，以它为原料合成的偶氮颜料是一类性能优良的新型颜料。

Naphthol AS-BI is an important pigment intermediate , which is used to synthesize a new kind of high quality azo dyes .

提高偶氮颜料着色力的新方法

The New Synthesis Method for Increasing the Tinting Strength of Monoazo Pigment

合成了系列联苯胺系黄色双偶氮颜料。

A series of dichlorobenzidine Yellow pigments were synthesized .

偶氮颜料废水的（H/O工艺）水解-好氧处理技术

Treatment of Azo-pigment Wastewater by Hydrolytic - Aerobic Processes

静电复印用双偶氮颜料的研究

A Study of Bisazo Pigment for Xerographic printing

有机颜料可分为偶氮颜料、酞菁类颜料、多环颜料及三芳甲烷颜料和其它颜料等。

Organic pigments can be divided into azo pigments , phthalocyanine pigments , polycyclic pigments and triphenylmethane pigments and others .

通过工程实例，研究偶氮颜料废水的水质特性，介绍水解-好氧工艺的主要设计参数及处理效果。

The wastewater of sulphide produced in oil refining was treated using hydrolysis aerobic process in order to research the new method of the wastewater treatment .

颜料的种类以铜酞菁（30.6%）、红色偶氮颜料（25.5%）、联苯胺黄（25.3%）占据主导地位，高性能有机颜料的需求增加6%。

The main pigments were Copper phthalocyanines ( 30.6 % ), Azo red pigments ( 25.5 % ) and Benzidine yeilow ( 25.3 % ), the demands of high quality Organic pigments increase 6 % .

氧化-生化-气浮组合工艺处理偶氮型颜料废水

Oxidize-Biochemistry-Gas Float Combined Technology Dealing with Wastewater of Even Nitrogen Pigment

红色偶氮色淀颜料晶型与表面处理

Crystal Form and Surface Treatment of Azo Red Lake Pigments

取代基对偶氮类颜料光伏特性的影响

Effect of Substituents on Photovoltaic Properties of Azo Pigment

色淀化剂对色酚类偶氮色淀颜料性能的影响

The Effect of Lake Agent on the Properties of Naphthol Azoic Lake Pigment

针对偶氮型颜料废水的水质特征，采用氧化-生化-气浮组合工艺进行处理，并注意对各工艺段进行控制和调节。

Aiming at water quality characteristic of wastewater of even nitrogen pigment , we used oxidize-biochemistry-gas float combined technology to deal with it , controled and regulated heavy technology section .

容量法测定非水溶性偶氮染料和颜料。

Aqueous insoluble azo dyes and pigments are determined volumetrically .

不溶性偶氮娶嵯染色有两个反应组分组成，其中任何一个单独存在都不能称之为燃料，他们彼此在纤维中形成不溶性偶氮颜料。

Azoic dyeing consists of reacting two components , neither of which itself is a dye , with one another inside the fiber to form an azo pigment .