CAJ | 학술논문

简要介绍了聚苯并双恶唑(PBO)纤维的结构与性能，综述了利用等离子体、γ射线、化学试剂、超临界流体以及生物载体等进行表面改性的方法，分析了各种方法的优劣并对 PBO 纤维的应用前景进行了展望。指出利用这些介质对 PBO 进行表面处理各有利弊，因此 PBO 纤维的表面处理由以前的单一、间歇性的化学改性方法逐步向连续的、在线的以及多种手段共用的复合处理方向发展。
간요개소료취분병쌍악서(PBO)섬유적결구여성능，종술료이용등리자체、γ사선、화학시제、초림계류체이급생물재체등진행표면개성적방법，분석료각충방법적우렬병대 PBO 섬유적응용전경진행료전망。지출이용저사개질대 PBO 진행표면처리각유리폐，인차 PBO 섬유적표면처이유이전적단일、간헐성적화학개성방법축보향련속적、재선적이급다충수단공용적복합처리방향발전。
The structure and properties of poly-p-phenylene benzobisthiazole(PBO) fiber were introduced. Several methods related to the surface modification agents,such as plasma,gamma ray,chemical reagent,supercritical fluid,biological carrier and so on were reviewed. The advantages and disadvantages of various methods were compared and the application prospects of PBO fiber were discussed. Because these surface treatment media of PBO all has advantages and disadvantages,so the development direction of PBO fiber surface treatment is from previous single,intermittent chemical modification methods gradually to the continuous, online and a variety of composite processing methods.