1)shrink-resistance防毡缩性
1.H_2O_2 and DCCA were used as pretreatment agents to study the effects on shrink-resistance performance of wool fabric treated by proteases.结果表明:仅经H2O2预处理,毛纤维表面粗糙度增加,织物毡缩性加大,经酶处理后织物防毡缩性提高较少;经DCCA预处理,毛织物的防毡缩性较原样提高,再经酶处理后织物的毡缩率进一步降低。
英文短句/例句
1.Study on the Anti-felting Property of Wool Treated with the Corona Discharge;电晕辐照改善羊毛织物的防毡缩性能
2.Influence of Silicate Precursor Concentration on Anti-felting Property of Wool Fabric溶胶前驱体含量对羊毛织物防毡缩性能的影响
3.Influence of Absorbed Moisture on Anti-Felting Property of Wool Treated by Atmospheric Pressure Plasma水分对常压等离子体处理羊毛纤维的防毡缩性能的影响
4.Exploring of the Hardness and Softness of Anti-shrinldng;H_2O_2—酶HAP防毡缩整理羊仔毛衫的刚柔性能
5.Study of Fenton's reagent method on Wool fabric shrink-resisting and dye ability芬顿试剂法羊毛织物防毡缩及染色性能研究
6.Preparation and Application of a Siloxane Modified Aqueous Polyurethane Anti-felting Agent for Wool;有机硅改性水性聚氨酯羊毛防毡缩整理剂的合成及其性能研究
7.Effects of Different Pretreatment on Shrink-Resistance and Other Properties of Wool with Protease Finishing;不同预处理对羊毛酶法防毡缩及其它性能的影响
8.chlorineesin system氯化树脂法（羊毛防毡缩处理）
9.Exploring of the Optimized Process Condition of Anti-shrinking;羊仔毛衫防毡缩整理优化工艺的探讨
10.The Research and Application of the Protease in Wool Shrink-proofing蛋白酶在羊毛防毡缩中的研究与应用
11.A research on the felt proofing finishing of the wool knitted fabrics using DCCA protease羊毛针织物DCCA-蛋白酶防毡缩整理研究
12.colour fastness to alkaline milling耐碱性缩绒色牢度,耐碱性毡色牢度
13.Improving the Shrinkage Resistance for Wool Fabric with MTG Enzyme;MTG酶处理改善羊毛织物毡缩性的研究
14.Lanaperm VPA liq.兰纳平VPA液（弱阳离子型，特殊硅弹性体，用于羊毛防毡缩整理，商名，瑞士科莱恩）
15.Low Temperature Plasma and Microbial Transglutaminase Combined Shrinkage Resistant on Wool Fabric;羊毛织物低温等离子体和MTG酶结合防毡缩整理
16.Research on the Surface Properties of the Wool Fabric Treated with Protease Antifelting Finishing羊毛蛋白酶防毡缩整理织物表面特征研究
17.Antibacterial and antifelting finish of wool fabric via lysozyme immobilization羊毛织物固定化溶菌酶抗菌防毡缩整理
18.Prepareation and application of polyurethane-silica sol for wool anti-felting finish聚氨酯溶胶型羊毛防毡缩剂的研制与应用
相关短句/例句
felt proofing防毡缩
1.Synthesis and use of aromatic poly(carbamoyl sulfonates) as felt proofing agent for wool textiles;芳香族多氨基甲酰磺酸盐羊毛防毡缩整理剂的制备和应用
2.Study on felt proofing of wool treated with cooperation feather keratin agent and plasma;结果表明:3种整理方法均能有效降低羊毛条的毡缩球密度,提高防毡缩效果,而联合处理有较好的协同效应,防毡缩效果最佳。
3)anti-felting防毡缩
1.The results showed that the wool/ES fiber blend fabrics by heat setting had better anti-felting properties.结果表明,混有ES纤维的羊毛织物经过热处理之后,尺寸稳定性和防毡缩性能均得到了明显提高。
2.A review of the progress of research on the application of enzyme in anti-felting finishing of wool both at home and abroad is made, in particular, on its collaborative use with other anti-felting methods.综合论述了目前国内外关于酶在羊毛防毡缩整理中应用的研究进展,特别关注了酶在和其他羊毛防毡缩处理方法连用方面的研究,并对今后的研究方向以及发展趋势做了初步的探讨。
3.The anti-felting property of wool treated with the corona discharge and replacing theoxidation pretreatment of other anti-felting methods such as enzyme and polymer withcorona discharge were studied in the thesis.电晕放电可以提高羊毛织物的防毡缩性能,影响防缩处理的电晕工艺参数有电压、电晕遍数、回潮率等因素。
4)anti-shrinkage防毡缩
1.Study on anti-shrinkage of wool fabric with low temperature plasma treatment;羊毛织物低温等离子防毡缩整理研究
2.This article discussed the techniques with protease and plasma in the anti-felting treatment for wool,and introduced the application and studying evolvement of the natural biopolymer chitosan in the anti-shrinkage of wool.论述了羊毛防毡缩整理中的蛋白酶和等离子体处理技术,并介绍了天然生物聚合物壳聚糖在羊毛防毡缩中的应用与研究进展。
5)shrink-proofing防毡缩
1.Environment-friendly shrink-proofing finish on wool;羊毛环保防毡缩整理的研究
2.To reduce the pollution of traditional wool shrink-proofing process to the environment,this paper focused on the wool fabric modification with LTP(low temperature plasma) in argon,and protein enzyme/LTP compound treatment for shrink-proofing.为降低传统的羊毛防毡缩整理工艺对环境的污染,研究了氩气低温等离子体(LTP)及蛋白酶/LTP复合处理的方法对羊毛织物的防毡缩整理。
6)shrinkproof防毡缩
1.Study on the Shrinkproof Technology of Wool Fabric Using 1398 Neutral Proteinase;1398中性蛋白酶对羊毛织物防毡缩整理的研究
2.An attempt was made to render wool fibers shrinkproof with Savinase protease.研究了Savinase蛋白酶对羊毛织物的防毡缩效果,以及Savinase蛋白酶对羊毛纤维外层鳞片酶解作用的均匀性问题。
3.An attempt was made to render wool fibers shrinkproof with composite enzyme including proteinase and another kind of enzyme E2 , The optimal condition of plan was determined.将蛋白酶和转移酶E2进行复配 ,应用于羊毛织物防毡缩整理 ,探索了最佳复配方案和工艺条件 。
延伸阅读
防毡缩整理 毛织物在洗涤和服用中防止或减少收缩变形的整理工艺过程。羊毛具有鳞片，并且在湿的状态有较大的延伸和回弹性。毛织物经受洗涤搓挤,易发生毡状收缩,称为毡缩。经过防毡缩整理的织物可减少毡缩变形，还能减轻起球现象。 防毡缩整理有两种方法：一种是用化学方法局部侵蚀鳞片，改变羊毛的表面性质；另一种方法是在羊毛表面利用聚合物覆盖鳞片或在纤维交叉点粘接。1839年英国人J.默塞最早发现氯的水溶液能侵蚀羊毛鳞片，改善毛织物的印花性能。19世纪末这种方法已用于防毡缩处理。羊毛的氯化是在酸性条件下进行的，必须严格控制氯化作用，使之缓和而均匀，既要得到防毡缩的效果又减少纤维损伤。常用的氯化剂二氯异三聚氰酸钠，能随着氯化反应而逐渐释出有效氯。氯化时，将毛纺织物放入加有元明粉和醋酸的二氯异三聚氰酸钠稀溶液中，pH为4.5左右，温度30℃左右处理数十分钟,然后再用稀亚硫酸氢钠溶液脱氯,最后用水洗净。除氯化方法外,还可用过锰酸钾和朊分解酶等侵蚀鳞片进行防毡缩处理。常用加有元明粉的过锰酸钾稀溶液处理。化学侵蚀法可用于处理毛条、毛纱或织物。用侵蚀鳞片法进行防毡缩整理须注意毛纤维的损伤程度。损伤程度可用显微镜观察鳞片的侵蚀情况或用染色法判定。损伤较多的羊毛用某些染料染色，得色较浓。 20世纪40年代以后人们开始试用在纤维上形成聚合物的防毡缩方法。随后出现了用单体在纤维表面进行界面接枝聚合，或用聚合物在纤维上进一步反应，在毛纤维上生成柔软的薄膜，从而阻止毛织物毡缩的方法，耐洗性良好，但手感仍不理想。 防毡缩整理的效果，一般是将毛织物按规定方法在洗涤机中洗涤，根据洗涤前后织物的面积来衡量。
