Controlling Exhaustion of Reactive Dyes on Wool by Microencapsulation with Liposomes

J. I. N. R. GOMES; M. C. GENOVEZ; R. HRDINA

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Controlling Exhaustion of Reactive Dyes on Wool by Microencapsulation with Liposomes

机译：通过脂质体微囊化控制羊毛上反应性染料的消耗

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Exhaustion of a reactive dye for wool is studied in the presence of liposome-forming compounds (lecithin). Both analytical and commercial products are used as a source for the lecithin. Liposome formation is tested with different preparation procedures (ultrasound and mechanical agitation), and the stability is evaluated under different conditions of time, temperature, and the presence of a tensoactive product. The effect of these different conditions and the variation of liposome concentration on exhaustion and levelness is presented. A practical method for dyeing wool with reactive dyes using liposome-forming compounds is proposed based on the results.

机译：在脂质体形成化合物（卵磷脂）存在下，研究了羊毛的活性染料的消耗。分析和商业产品均用作卵磷脂的来源。使用不同的制备程序（超声波和机械搅拌）测试脂质体的形成，并在不同的时间，温度和张力活性产物存在的条件下评估稳定性。提出了这些不同条件和脂质体浓度变化对疲劳和水平度的影响。基于该结果，提出了一种使用脂质体形成化合物用活性染料染色羊毛的实用方法。

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来源
《Textile Research Journal》 |1997年第7期|p.537-541|共5页
作者
J. I. N. R. GOMES; M. C. GENOVEZ; R. HRDINA;
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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《生物学医学文摘》(MEDLINE);
原文格式 PDF
正文语种 eng
中图分类纺织工业、染整工业;
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1. Optimizing a wool dyeing process with reactive dye by liposome microencapsulation [J] . M.M.El-Zawahry, S.El-Shami, M.Hassan El-Mallah Dyes and Pigments . 2007,第3期

机译：通过脂质体微囊化用活性染料优化羊毛染色工艺
2. Reactive dyeing systems for wool fibres based on hetero-bifunctional reactive dyes. Part 3: Application of specially prepared hetero-bifunctional and related model dyes on wool [J] . Ho Jung Cho, David M Lewis Coloration Technology . 2003,第1期

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3. EFFECT OF DIFFERENT DYEING VARIABLES ON PERCENT DYE EXHAUSTION OF WOOL DYED WITH NATURAL DYE : LAC [J] . Suman Pant, Sakshi Shail Textile Trends . 2004,第6期

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4. A study on the exhaustion of reactive dyes as an influence factor on the colour of reactive dyeing wastewater [C] . L R Manea, A Bertea, A P Bertea International Conference on Innovative Research . 2019

机译：活性染料耗尽作为反应性染色废水颜色的影响因素研究
5. Development of environmentally benign microencapsulation with polymer microspheres and liposomes [D] . Yue, Baohua 2006

机译：用聚合物微球和脂质体开发对环境无害的微囊
6. Low-Salt or Salt-Free Dyeing of Cotton Fibers with Reactive Dyes using Liposomes as Dyeing/Level-Dyeing Promotors [O] . Jidong Ru, Xueren Qian, Ying Wang -1

机译：使用脂质体作为染色/匀染促进剂的活性染料棉纤维的低盐或无盐染色
7. Liposomes in wool dyeing - the stability of dye-liposome systems and their application to untreated wool fibres [O] . A Maza, J L Parra, A Manich, 2008

机译：羊毛染色中的脂质体 - 染料脂质体系的稳定性及其在未处理的羊毛纤维中的应用
8. Reactivity Control by Microencapsulation in Simple Ammonium Ion Vesicles [R] . Moss, R. A., Swarup, S., Zhang, H. 1988

机译：简单铵离子囊泡中微胶囊的反应控制

Controlling Exhaustion of Reactive Dyes on Wool by Microencapsulation with Liposomes

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