1)  chlorination treatment
羊毛氯化
2)  equipment for chlorination and for non-felting treatment of wool
羊毛氯化及防毡缩设备
3)  wool fiber
羊毛
1.
The effect on structure and properties of wool fiber treated with atmospheric pressure plasma;
常压等离子体处理对羊毛结构性能的影响
2.
Study on dyeing behaviour of wool fiber modified by sericin;
丝胶改性羊毛纤维的染色性能研究
3.
After the potassium permanganate oxidation and chlorination treatment to wool fiber,it used X-ray photoelectron spectroscopy to analyze wool and modified wool in order to study the change of chemical structure on the wool surface and analyse the mechanism of wool modification in microcosmic field.
对羊毛纤维分别进行氧化处理和氯化处理,用X射线光电能谱仪对改性前后的毛纤维进行表面元素分析和基团分析,研究羊毛表面化学结构的变化情况,从微观上分析羊毛的改性机理。
4)  wool
羊毛
1.
Influence of wool anti-felting performance with chitosan/protease combination finishing;
壳聚糖/蛋白酶联合处理对羊毛抗毡缩性能的影响
2.
Study on removal of water-soluble polyvinyl alcohol fiber in water-soluble polyvinyl alcohol fiber/wool yarn and its fabric;
水溶性维纶纤维/羊毛伴纺物的去维过程研究
3.
Modification of 1:1 prematerlized chrome dyes and the relative dyeing of wool;
1:1型酸性络合染料的改性及其对羊毛的染色
5)  knitted sweater
羊毛衫
1.
Research on the grading technology of knitted sweater;
横机羊毛衫放码工艺方法
2.
Methods of designing the different textures for knitted sweater;
羊毛衫服装设计中的肌理表现手法
3.
This text mainly studied how to make use of transformed loop length knit structure in design of knitted sweaters.
结合羊毛衫设计中的设计要素,分析了变线圈长度组织在毛衫设计中的运用。
6)  wool fiber
羊毛纤维
1.
Study on the microstructure and properties of wool fibers under the high-temperature hydrothermal process;
高温热湿处理羊毛纤维的微观结构与性能研究
2.
Research and Contrast of the Moisture Property between Milk Protein Fiber and Wool Fiber;
牛奶蛋白纤维与羊毛纤维吸湿性能对比分析
3.
Research on slenderizing wool fiber by alkaline organic solution;
碱有机溶液法细化羊毛纤维
参考词条
补充资料：聚氯化铝,羟基氯化铝
[Al2(OH)nCl6-n]m
    淡黄色或灰绿色的粉末或细粒。是一种金属络合物，铝是中心离子，氢氧根及氯根是配位体，通过羟基起架桥聚合作用构成络合物的群体．水溶液是介于三氯化铝和氢氧化铝之间的水解产物，灰色略带混浊，带胶体电荷，对水中的悬浮物有极强的吸附性。
    应用领域  是一种重要的混凝剂。主要用于自来水和工业污水(包括含铁、氟、油等特殊污水)的净化。与无机低分子混凝剂硫酸铝相比，对被处理的原水适应性强，尤其对高浊度水效果更为显著，能快速结成矾花，颗粒大而重，容易沉淀，投入量低；水温低时，仍能保持稳定的混凝效果；净化后水的色度和铁锰含量较低，对设备腐蚀作用小。也用作失蜡浇铸硬化剂，此外，还可用于铸造、造纸、医药、制革等领域。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。