azo dyes

azo dyes的基本解释

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偶氮染料

与azo dyes相关的网络例句 [注：此内容来源于网络，仅供参考]

The results indicate that there is the significant linear correlation between the decoloration value and half-time and molecular descriptors, especially MW/S and number of azonic groups of azo dyes. Moreover, a QSPR model of azo dyes was achieved and used for calculation of predicted decoloration value and half-time of the dyes.

结果表明，染料分子结构描述符MW/S值、芳香环数目偶氮基数目和与I/O值与脱色率和半衰期之间存在着较好的线性相关性，其中MW/S值和偶氮基数目对脱色率和半衰期的贡献最为显著；所获得的QSPR定量关系模型可用于计算和估计水溶性阴离子偶氮染料的理论脱色率和半衰期。

Two different fading procedures were studied. One is the oxidation procedure on polyester fibers,the other is the reduction procedure on wool fibers.The study of oxidation procedure mainly focused on 11 disperse azo dyes and 11 disperse anthraquinone dyes. The study of reduction procedure mainly focused on 7 pyrazolone coupled acid azo dyes and 10 azo disperse dyes which has sulfonic group on the couple component.

本论文研究了11支偶氮型分散染料，11支蒽醌型分散染料在聚酯纤维上的分子结构与光牢度的定量关系，同时研究了7支以吡唑啉酮为偶合组份的偶氮型酸性染料和10支偶合组份上带有磺酸基的偶氮型酸性染料在羊毛纤维上的分子结构与光牢度的定量关系。

The relationships between the structures and properties of dyes were studied via DTA, light permanency and solvent resistance test which indicated that anthraquinone dyes were better than azo dyes in heat resistance and light permanency and the azo dyes in which the coupling components were pyridone were better than the other azo dyes.

通过DTA、耐晒及耐溶剂浸取等实验手段研究了染料的结构与性能之间的关系。实验结果表明，蒽醌类染料的耐热性能、耐晒性能优于偶氮类染料；以吡啶酮为偶合组分的偶氮染料的性能优于其他系列的偶氮类染料。

与azo dyes相关的网络解释 [注：此内容来源于网络，仅供参考]

DISPERSE DYES：致敏染料

可裂解出致癌芳香胺的偶氮染料 Azo Dyes | 致敏染料 Disperse Dyes | 有机氯载体 Chlorinated Organic Carriers

Pyrazolone Azo Dyes：吡唑啉酮偶氮染料

金属络合染料:metallized complexed azo dye | 吡唑啉酮偶氮染料:Pyrazolone Azo Dyes | 偶氮型液晶冠醚:Azo type liquid crystalline crown ether

Forbidden Flame Retardants：禁用阻燃剂

? Forbidden Flame Retardants / 禁用阻燃剂 | ? Chlorinated Benzenes and Toluenes / 氯苯和氯甲苯 | ? Azo dyes / 还原条件下可裂解出疑致癌芳香胺的偶氮染料