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利用球－盘试验机研究了４０Ｃｒ钢表面氧氮处理层对添加剂硫化烯烃作用效果的影响，并利用多种表面分析仪器分析了其机理。结果表明，由于氧氮处理表面的氧化膜可促进化学反应膜ＦｅＳ的生成，加上该氧化膜本身的作用，使其摩擦表面上由ＦｅＳ和氧化铁组成的边界润滑膜更厚且结构更致密，导致硫化烯烃与氧氮处理表面的配合具有更好的抗擦伤和抗磨效果。
The effects of oxygen and nitrogen treatment layers on the effect of additives vulcanization of olefins on 40Cr steel were studied by ball-and-disk tester. The mechanism of the effect was analyzed by various surface analysis instruments. The results show that the oxide film on the surface of oxygen and nitrogen can promote the formation of chemical reaction film FeS, and the effect of the oxide film itself makes the boundary lubrication film composed of FeS and iron oxide on the friction surface thicker and denser , Resulting in vulcanized olefin and oxygen nitrogen surface treatment with better anti-scratch and anti-wear effect.