CAJ | 학술논문

从聚合物基体、组分改性、碳织物增强工艺、材料摩擦磨损机制等方面综述碳织物增强树脂基自润滑复合材料摩擦学研究现状。比较热塑性与热固性树脂基体在该类材料中的应用特点，介绍聚合物本体改性和减摩增强填料改性提高摩擦学性能的各种方法，总结当前摩擦学研究中碳织物增强制备工艺及典型材料的摩擦学性能，指出减摩机制、磨损形式、摩擦温升为该类材料摩擦学性能研究中关注的焦点。温度范围广、力学性能优良、易加工成型、无污染的新型材料与成型工艺为今后碳织物增强聚合物基自润滑复合材料摩擦学研究中的首选。
종취합물기체、조분개성、탄직물증강공예、재료마찰마손궤제등방면종술탄직물증강수지기자윤활복합재료마찰학연구현상。비교열소성여열고성수지기체재해류재료중적응용특점，개소취합물본체개성화감마증강전료개성제고마찰학성능적각충방법，총결당전마찰학연구중탄직물증강제비공예급전형재료적마찰학성능，지출감마궤제、마손형식、마찰온승위해류재료마찰학성능연구중관주적초점。온도범위엄、역학성능우량、역가공성형、무오염적신형재료여성형공예위금후탄직물증강취합물기자윤활복합재료마찰학연구중적수선。
Development status of study on tribological property of carbon fabric/polymer self?lubricating composite was reviewed from the aspects of polymer matrix,component modifying,carbon fabric strengthening process,friction and wear mechanism.The application characteristics of thermosetting and thermoplastic polymer matrix were compared.Various meth?ods to improve tribological property were introduced about polymer matrix modification,anti?friction and reinforcement filler modification.Material processing technology and some typical composites’ tribolgical property were summarized.Anti?fric?tion mechanism,wear form,frictional temperature rise attracted considerable attention in the study of tribological property. New materials and processing technology characterized by wide application temperature range,excellent mechanical proper?ties,easy forming and pollution?free are becoming the preference for future study of polymer matrix self?lubricating compos?ites in tribology.