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A study on characterization of polymer-coated wool fabrics using plasma polymerization

机译:等离子聚合表征聚合物包覆羊毛织物的研究

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Many great investigations and new techniques focused on the study of textile to improve textile surface properties such as wetting, antistatic, electrical conduction, penetration, and so on. The static charge is a critical factor and an important limitation for many applications such as garments in direct contact with human skin. Both low-pressure and atmospheric plasma systems can be used for novel antistatic acquisition; processing fibers, yarns, fabric. Wool is good substrate for plasma modification due to outermost part of fiber that is consisted of lipid layers and ionizable functional groups.
机译:许多伟大的研究和新技术都集中在纺织品的研究上,以改善纺织品的表面性能,例如润湿性,抗静电性,导电性,渗透性等。对于许多应用(例如与人体皮肤直接接触的服装),静电荷是一个关键因素和重要限制。低压和大气等离子体系统均可用于新型抗静电采集。加工纤维,纱线,织物。由于纤维的最外层部分由脂质层和可电离的官能团组成,因此羊毛是用于等离子体改性的良好基材。

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