2023年第1期含纳米石墨烯润滑油的摩擦学性能研究董志辉(柳州城市职业学院,广西柳州545036)摘要:纳米石墨烯作为一种杂化轨道组成的多层结构材料,已经得到了良好的应用和推广。由于纳米石墨烯自身具备较强的抗摩擦能力,所以很多技术人员会将纳米石墨烯作为添加剂加入到润滑油中,如今的纳米石墨烯已经成为航空动力系统中常见的润滑材料。基于此,本文站在摩擦学的立场对含纳米石墨烯润滑油的摩擦学性能进行研究,为纳米石墨烯润滑油添加剂的广泛应用提供了更多的理论参考依据。关键词:纳米石墨烯;润滑油;摩擦学性能中图分类号:U473.6文献标识码:A文章编号:1674-957X(2023)01-0030-03StudyonTribologicalPropertiesofLubricatingOilContainingNanoGrapheneDongZhi-hui(LiuzhouCityVocationalCollege,GuangxiLiuzhou545036)Abstract:Asakindofmultilayerstructurematerialcomposedofhybridorbitals,nanographenehasbeenwellappliedandpopularized.Becauseofitsstronganti-frictionability,manytechnicianswilladdnano-grapheneasanadditivetolubricatingoil.Nowadays,nano-graphenehasbecomeacommonlubricatingmaterialinaviationpowersystems.Basedonthis,thispaperstudiesthetribologicalpropertiesoflubricatingoilcontainingnano-graphenefromthestandpointoftribology,whichprovidesmoretheoreticalreferencesforthewideapplicationofnano-graphenelubricatingoiladditives.Keywords:Nanometergraphene;Lubricatingoil;Tribologicalp...