Authors: Wenzheng Liu Xiaozhong Chen Xiao Lei Huanhuan Bian Yiqing Wang
Publish Date: 2016/12/16
Volume: 37, Issue: 2, Pages: 465-474
Abstract
A staggered contact electrode structure was proposed in this study Through pressing the electrode closely to the surface of polyester canvas the electric field distribution with intensive electric field in short gap while weak electric field in long gap was formed which was conducive to inhibit the emergence of filamentary discharge Specifically such electric field distribution could restrain the development degree of electron avalanche so that the quasi atmospheric pressure glow discharge plasma with nearly uniform luminescence could be generated in air gaps between the electrode and the surfaces of polyester canvas Moreover the device based on multi groups of staggered contact electrode structures was employed to achieve the largearea and continuous processing of polyester canvas Through scanning electron microscope observations and peel strength tests it could be observed that the surface roughness of polyester fabrics was obviously enhanced and the adhesion property of the canvas was greatly improved after treatment The peel strength value was increased from 35 to 73 N/mm
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