amountof
留学翻译
kilometerA novel approach to investigating frictional electrification and charge decay on woven textile fabrics treated with ionic antistatic and hydrophilic
surface finishes信息学奥数
期刊名称： The Journal of the Textile Institute
作者： Jasti, Vamsi K,Seyam, Abdel-Fattah M,Oxenham, William,Theyson, Thomas 作者机构： North Carolina State Univ
年份： 2019年
姚明翻译期号： 第3期
关键词： Triboelectric charge;charge decay;surface potential;topical
monash>drone
finishes;antistatic
摘要：The results of a study of charge generation and decay for range of woven fabrics from ring spun
学习剪发的学校cotton yarns, ring spun polyester yarns, and flat continuous filament polyester yarns treated with topical finishes are reported. The topical finishes include commercially available ionic antistatic finishes, one commercially available hydrophilic finish, and a new experimental moisture management finish. The fabrics were rubbed against surface of steel and Polytetrafluoroethylene (PTFE; TeflonA (R)) and their frictional electrification and charge dissipation were monitored. It is shown that fabrics from cotton have a more rapid inherent charge decay than fabrics from polyester. Ionic antistatic finishes are shown to be effective
in reducing charge generation and promoting charge decay and this is particularly true for the fabrics
backcountry>grossprofitmargin内容由中国教育图书进出口有限公司引进
