蛇纹石对铁基金属摩擦副的减摩修复作用
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摘要
系统总结了蛇纹石粉体的粒度、在润滑油脂中分散稳定性、热处理、稀土镧化合物及应用工艺等对其减摩修复作用的影响,明确了提升蛇纹石摩擦性能的调控方向。深入分析了铁基摩擦副减摩修复层在表面形貌、化学成分、晶相结构与机械性能等方面的特征及形成过程,探讨了蛇纹石对铁基摩擦副的减摩修复作用机制,提出了本领域尚未解决的关键问题及未来重点研究方向。
The influences of serpentine particle size, powder dispersion stability in lubrication oil, heat treatment, rare earth element La compounds and application process on antifriction repair performance of serpentine were investigated. The regulation direction of enhancing the tribology property of serpentine was proposed. The characteristics and formation process of antifriction repair layer of iron-based friction pairs in surface morphology, chemical composition, crystalline phase structure and mechanical properties were analyzed. The action mechanism of antifriction repair function of serpentine to iron-based friction pairs was investigated. In addition, some key problems unsolved in this field and the future research directions were also given.
The influences of serpentine particle size, powder dispersion stability in lubrication oil, heat treatment, rare earth element La compounds and application process on antifriction repair performance of serpentine were investigated. The regulation direction of enhancing the tribology property of serpentine was proposed. The characteristics and formation process of antifriction repair layer of iron-based friction pairs in surface morphology, chemical composition, crystalline phase structure and mechanical properties were analyzed. The action mechanism of antifriction repair function of serpentine to iron-based friction pairs was investigated. In addition, some key problems unsolved in this field and the future research directions were also given.
引文
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