摘要
随着人类环境保护意识的提升,等离子体技术以其方便快捷和对环境友好的特点受到人们广泛关注。文章采用常压等离子体对羊毛织物表面进行预处理,重点探究了输入电压、极板间距、处理时间对羊毛织物抗静电性能的影响。分析结果表明:等离子体预处理对羊毛织物抗静电性能有较好的改善,输入电压对羊毛织物抗静电性能影响最大,极板间距次之,处理时间影响最小。羊毛织物抗静电性能最佳工艺条件为:输入电压12 kV,极板间距2 mm,处理时间8 min。
With the increase of the environmental protection consciousness of human, the plasma technology is widely focused by people because of its efficiency and environment amicably. The wool fabric was pretreated by atmospheric pressure plasma in this paper. Researching the input voltage, plate spacing, the processing time on the antistatic property of wool fabric. The results proved that antistatic property of wool fabric was improved after plasma treatment. The input voltage had the greatest influence on the antistatic property of wool fabric, which was better than the plate spacing and the processing time. The optimized condition of the wool fabric antistatic property was input voltage 12 kV, plate spacing 2 mm, processing time 8 rain.
出处
《毛纺科技》
CAS
北大核心
2014年第3期34-36,共3页
Wool Textile Journal
关键词
常压等离子体
羊毛织物
抗静电性能
atmospheric pressure plasma
wool fabric
antistatic properties
作者简介
徐畅，在读硕士研究生，主要研究方向为毛织物抗静电后整理。
通讯作者：曹根阳，E-mail：genyang．cao@wtu．edu．com。
