CAJ | 학술논문

采用机械合金化法将金属Cu,Ti掺杂到煤焦油沥青碳质中间相中，制备出掺Cu/Ti中间相碳合金。利用X射线衍射仪(XRD)分析了所制备中间相碳合金的晶体结构；通过高温端面摩擦试验研究了添加中间相碳合金润滑油的高温摩擦磨损性能；用SEM观察摩损表面的形貌，激光Raman光谱仪分析磨损表面碳的结构特征。结果表明，机械合金化掺杂金属Cu,Ti后，中间相碳合金的结晶有序度下降，向无定形结构转变；添加了中间相碳合金的润滑油，其高温减摩抗磨性得到优化，而且其减摩抗磨性能随着载荷的增大而大幅度提高；在高温摩擦机械作用下，增加载荷将促使磨损表面碳质材料的有序程度增加，其摩擦性能也越好。
채용궤계합금화법장금속Cu,Ti참잡도매초유력청탄질중간상중，제비출참Cu/Ti중간상탄합금。이용X사선연사의(XRD)분석료소제비중간상탄합금적정체결구；통과고온단면마찰시험연구료첨가중간상탄합금윤활유적고온마찰마손성능；용SEM관찰마손표면적형모，격광Raman광보의분석마손표면탄적결구특정。결과표명，궤계합금화참잡금속Cu,Ti후，중간상탄합금적결정유서도하강，향무정형결구전변；첨가료중간상탄합금적윤활유，기고온감마항마성득도우화，이차기감마항마성능수착재하적증대이대폭도제고；재고온마찰궤계작용하，증가재하장촉사마손표면탄질재료적유서정도증가，기마찰성능야월호。
The mesophase carbon alloy was prepared with incorporation of metallic elements Cu and Ti into the coal tar pitch-derived carbonaceous mesophase(CM) through mechanical alloying. The structures for the raw CM and the as-prepared carbon alloy were characterized by X-ray diffractiometer. The friction and wear behavior for the mesophase carbon alloy added into a base oil was investigated using a high temperature friction and wear tester. Results show that, the carbon alloy added with Cu/Ti shows a drop in the crystallinity, implying a transition to the amorphous. the high temperature friction abrasion resistance was optimized, which Add the middle carbon alloy of lubricating oil, In addition, as the applied load increases, the carbonaceous substances on the worn surfaces show a rise in the ordered degree. With increase load , it will be encouraged orderly degree of the carbon material on the wear surface, and its friction performance is also better ,Under the high temperature friction mechanical action.