The thermal properties of cashmere and wool fiber are investigated by DSC technique.
采用DSC，比较研究了两种纤维的熔融相变以及玻璃化转变。
The cortical cells didn't present orthocortex and paracortex, which is different from wool fiber.
与羊毛纤维不同，粗牦牛尾毛纤维皮质细胞中不存在正副皮质之分；
Based on ATR spectrum of wool fiber, it shows that there are all kinds of oxidation products of cystine.
羊毛纤维的衰减全反射红外光谱表明，羊毛表面存在一定量的各种形式的胱氨酸的氧化产物。
An analytical method was established for wool fiber by pyrolysis gas chromatograph (GC) with base catalysis inputting sample mode.
提供了一种碱催化进样方式，利用裂解气相色谱对毛纤维进行鉴别的方法。
When the appearance and the structure of the modified wool fiber is changed, its properties will be different from normal wool fiber.
拉伸改性羊毛外观和结构的变化，使其性能特点与常规羊毛有所不同。
The influences of the various preliminary agents, protease and TG enzyme on the wool shrinkage resistance , wool fiber damage and fabric strength were discussed.
探讨了不同前处理剂、蛋白酶和TG酶对羊毛织物抗毡缩性能及对纤维损伤和织物强力等的影响。
The influences of the various preliminary agents, protease and TG enzyme on the wool anti-felting performance, wool fiber damage and fabric strength were discussed in this paper.
文章探讨了不同前处理剂、蛋白酶和TG酶对羊毛织物抗毡缩性能及对纤维损伤和织物强力等的影响。
The wool anti-felting performance could be improved and the wool fiber damage could be controlled by use of new bio-finishing process of the wool combining oxidation, protease and TG enzyme.
采用氧化前处理与蛋白酶及TG酶三者结合新工艺，可以在保证纤维损伤小的前提下，提高织物的抗毡缩性。
The wool anti-felting performance could be improved and the wool fiber damage could be controlled by use of new bio-finishing process of the wool combining oxidation, protease and TG enzyme.
采用氧化前处理与蛋白酶及TG酶三者结合新工艺，可以在保证纤维损伤小的前提下，提高织物的抗毡缩性。
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