在研究领域中着重介绍她在含长碳链烷基酸性染料、活性染料、活性分散染料及丝绸染料方面的成就。
The achievements of her research in acid dyes with high carbon alkyl group, reactive dyes, reactive disperse dyes and silk dyes were mainly reviewed.
本文以分散染料和活性染料为重点，从分子结构出发阐述如何筛选适用于防拔染印花的染料。
On the basis of molecular structure, the selection of dyes suitable for reserve and discharge printing is described mainly covering disperse and reactive dyes.
根据大豆蛋白纤维的性质，分别用直接染料、酸性染料、活性染料、还原染料及分散染料对其进行染色实验。
Dyeing soybean protein fiber with direct, acid, reactive, disperse and VAT dyes separately according to its dyeing property as experiment.
只要合理选择适当的活性染料，并控制染色条件，就有可能提高和改善分散染料对羊毛的上染量、牢度及匀染性等性能。
Provided that proper reactive dyes are selected and dyeing conditions are properly controlled, the up - taking rate, colour fastness, and even dyeing of wool with disperse dyes can be improved.
随着活性染料浓度的增加，分散染料的上染率也增加。
With the increase of the concentration of reactive dyes, the uptake of disperse dyes increased.
非离子表面活性剂在降低了分散染料对涤纶超细纤维的亲合力的同时，也降低了分散染料在染色过程中的染色热和染色熵的绝对值；
The addition of nonion surfactants into dyebath decreases both the affinity of disperse dyes to polyester microfiber , and the absolute values of entropy and heat of dyeing;
采用原位聚合法对分散染料进行双层造壁，制得分散染料微胶囊并应用于分散染料微胶囊/活性染料涤棉一浴法染色。
The pretreatment of pure cotton yarn was carried out using one bath method substituted conventional two bath and two step method in scouring and bleaching process.
采用原位聚合法对分散染料进行双层造壁，制得分散染料微胶囊并应用于分散染料微胶囊/活性染料涤棉一浴法染色。
The pretreatment of pure cotton yarn was carried out using one bath method substituted conventional two bath and two step method in scouring and bleaching process.
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