等离子体改性高性能纤维材料反应机理研究进展

Research Progress in Reaction Mechanism of Plasma Modified HIgh Performance Fiber Materials

介绍了等离子体技术改性高性能纤维界面活性粒子产生、获得活性反应粒子机理过程以及相互作用的反应模型;为适应电子、航空、生命科学、武器构件等领域技术对高性能材料需求,分别对芳纶纤维、碳纤维、玻璃纤维、超高分子量聚乙烯纤维及其它高性能纤维界面改性机理应用研究做了理论性分析。

The generation of active particles at the interface of high performance fiber modified by plasma technology,the mechanism of obtaining active reactive particles and the reaction model of interaction were introduced.In order to meet the needs of high performance materials in the fields of electronics,aviation,life science,weapon components and other technologies,the application research of interfacial modification mechanism of aramid fiber,carbon fiber,glass fiber,ultra-high molecular weight polyethylene fiber and other high-performance fibers was analyzed theoretically.