在甲壳胺纤维上加上乙酰基后可以得到再生甲壳素纤维。
By acetylating the chitosan fibers, chitin fibers can be made through a batch process.
介绍了制备甲壳素纤维的黄化法、含卤溶剂法和酰胺氯化锂法。
The xanthate derivative method, halogenated solvent method and amide LiCl method for preparing chitin fiber are introduced.
所得结论对指导甲壳素纤维产品的开发及生产有一定的指导意义。
The obtained results have important guiding significance for the development of chitin fiber fabrics and its production.
阐明了甲壳素纤维开发的意义 ，探讨了甲壳素纤维制造的可能性和基本方法。
This paper illustrates signification on exploitation of chitin fibre by analyzing basic property about chitin.
甲壳素是地球上存量极为丰富的一种自然资源，甲壳素纤维是近几年人们开发的一种新的纤维品种。
The chitin is one kind of natural resources whose keeping amount is extremely rich on the globe, The chitin fibre is one of new fibres developed in recent years.
本文论述了甲壳素的基本性能，介绍了甲壳素及壳聚糖纤维的制备方法及几个国内外甲壳素纤维品种，分析了甲壳素纤维的应用领域。
This paper introduces the basic property of chitin. It also introduces the preparation methods for chitin and chitosan fibers and analyzes the application fields of chitin fibers.
甲壳素纤维：甲壳素又称甲壳质、几丁质、壳蛋白，是从甲壳动物外壳及真菌、藻类等低等植物的细胞壁中提取的一种带正电荷的动物纤维素。
Chitin fiber: chitin, also known as chitin, chitin, shell protein from crustacean shells and fungi, algae and other lower plants of the cell wall extract of a positively charged cellulose animals.
随着甲壳素抗菌粘胶纤维应用的深入及应用领域的拓宽，相应的问题也越来越突出。
With the development and application of the antibacterial viscose fiber, more and more problems are found out.
概述了影响甲壳素和甲壳胺纤维质量的因素，如甲壳素和甲壳胺的品质、纺丝原液的溶剂选择及浓度的确定、凝固浴的确定；
The factors affecting the quality of chitin and chitosan fibers were described, including chitin and chitosan quality, solvent for spinning dope and its concentration and coagulation bath.
开发表面活性剂的生物质资源有纤维素、木质素、淀粉、甲壳素、油脂和松脂等。
The primary biomass used for surfactant production usually is as follows: cellulose, lignin, starch, chitin, oil and fat and pine oleoresin(an exudate of pine trees) and so on.
研究了由天然多糖—纤维素与甲壳素细化混合而制得膜的性能。
The mechanical properties of films made from the suspensions of blended natural polysaccharides, cellulose and chitosan, are studied.
文章分别就用于非织造产品开发的新型化纤原料、复合纤维、甲壳素与甲壳胺纤维、环保型纤维、新型聚酯PTT纤维的特性与应用作了介绍。
The paper presented the characteristics and applications of novel chemical fiber, composite fiber, chitin fiber and chitosan fiber, environment friendly fiber and advanced PTT fiber.
脱乙酰甲壳素是一种天然高聚物，低毒，易溶解，用于动物纤维的整理，可满足全面易护理的各项要求。
Deacetylated Chitin is a nontoxic soluble natural polymer, suitable for finish of animal fibers. It provides a satisfying easy care finish.
甲壳素是自然界唯一一种带正电的可食性动物纤维素，不同于一般减肥食品。
Chitin is the only one positively charged nature of the edible animals, cellulose is different from the normal diet food.
甲壳素及甲壳胺纤维具有生物可相容性、生物可降解性、无毒性及良好的抗菌性能等特点，已经被应用于纺织服装行业以及医用卫生材料的生产中。
Chitosan fibers are biocompatible, biodegradable, nontoxic and highly antimicrobial. They are now widely used in the textile and apparel industry, and in the production of medical products.
水解降解行为的美国PGA /甲壳素共混纤维进行了体外。
The hydrolytic degradation behavior. of PGA/chitin blend nanofibers was investigated in vitro.
甲壳素和壳聚糖在棉纤维织物防皱整理中，无毒，无环境污染。
The chitin and chitosan is used to anti-crease finishing of cotton fabric. It has many advantages, for example, no poisonousness and no environmental pollution.
甲壳素和壳聚糖在棉纤维织物防皱整理中，无毒，无环境污染。
The chitin and chitosan is used to anti-crease finishing of cotton fabric. It has many advantages, for example, no poisonousness and no environmental pollution.
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