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The Influence of Rhombus Cross Track Laser Remelting on Tribological Properties of Lubricating Wear-resisting Coating Prepared Plasma Spraying

机译:菱形交叉轨迹激光重熔对制备的等离子喷涂润滑耐磨涂层的摩擦学性能的影响

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This paper is about the KF301/WS2 lubricating wear-resisting coating of diamond textured surface modification which is prepared by supersonic plasma spraying,laser remelting coating and surface micro moulding,and coating's tribological characteristic is studied under room temperature.It indicates that the diamond texture has a certain influence on abrasion loss and friction factor of coating's surface.In the initial stages,fiction coefficient of untextured surface is about 0.0138,while fiction coefficient of textured surface is about 0.0115,compared with the former,the latter is obviously better and decreases 17%; When wear time reaches to 1 hour,abrasion loss of untextured surface is 0.03mg,and which of diamond textured surface is about 0.018,compared with the former,the latter is obviously better and decreases 40%.Tribological characteristic of diamond textured surface is higher than untextured surface.
机译:本文介绍了采用超声等离子喷涂,激光重熔涂层和表面微成型技术制备的金刚石表面改性KF301 / WS2润滑耐磨涂层,并在室温下研究了涂层的摩擦学性能。对涂层表面的磨耗和摩擦系数有一定的影响。在初始阶段,无纹理表面的摩擦系数约为0.0138,而有纹理表面的摩擦系数约为0.0115,与前者相比,后者明显更好而降低了。 17%;当磨损时间达到1小时时,非织构表面的磨损量为0.03mg,而金刚石织构表面的磨损量约为0.018mg,与后者相比,后者明显更好,减少了40%。金刚石织构表面的摩擦学性能较高。比没有纹理的表面

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