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首页> 外文期刊>Journal of Friction and Wear >Tribotechnical Properties of Thin-Film Coatings Obtained by the Tribomodifcation of Crankshaft Pins for Ship Diesel Engines
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Tribotechnical Properties of Thin-Film Coatings Obtained by the Tribomodifcation of Crankshaft Pins for Ship Diesel Engines

机译:通过曲轴销船舶柴油发动机曲轴销的卷发而获得的薄膜涂层的Trestechnical特性

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摘要

The tribotechnical properties of thin-film coatings obtained as a result of the tribomodification of 40Kh steel by various organic-inorganic tribotechnical materials (natural inorganic and synthetic polymers), as well as the compositions and composites created based on vermiculite are considered in the work. Comparative tribotechnical tests have made it possible to establish that the most promising materials for the tribomodification of the friction surfaces of steels are nanostructured composites based on vermiculite, which make it possible to get the minimum coefficient of friction and high wear resistance of the conjugation under the friction condition at boundary lubrication.
机译:本工作考虑了通过各种有机-无机摩擦技术材料(天然无机和合成聚合物)对40Kh钢进行摩擦改性而获得的薄膜涂层的摩擦技术性能,以及基于蛭石生成的成分和复合材料。通过对比摩擦技术试验,可以确定,用于钢摩擦表面摩擦改性的最有前景的材料是基于蛭石的纳米结构复合材料,这使得在边界润滑的摩擦条件下,共轭物的摩擦系数最小,耐磨性高。

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