低温等离子体表面改性提高材料的亲水性 of materials by Low Temperature Plasma Surface Treatment

Abstract

为了提高材料表面的亲水性，应用低温等离子体技术对材料进行表面改性而提高其润湿性；初步探讨了真空紫外辐射对表面改性的影响；改性后疏水性材料表面的润湿性得到了明显改善，该技术与设备具有一定工业应用推广价值。 In order to improve the hydrophilic ability, the materials were treated by low temperature plasma to achieve its surface modification and improve its wettability. The effect of vacuum ultraviolet radiation to surface modification was initially described. The better wettability of hydrophobic material can be achieved, and the technique and the equipment have the promotional value for industrial application.