摘要普通金属基镀层不具有润滑特性，在镀层中复合固体润滑剂可在摩擦过程中释放润滑剂而具有低摩擦特性。本文通过在银镀层内添加固体润滑剂MoS2颗粒制备银基复合镀层，研究了电镀时间、预镀层、加入MoS2颗粒等参数对镀层性能的影响，探讨了镀层摩擦系数的变化规律。64033

结果表明，加入MoS2颗粒后摩擦性能较好；银基复合镀层前预镀一层镍耐磨性较好；复合镀层在室温到高温条件下具有良好的耐磨自润滑性能。

关键词 固体润滑  摩擦磨损  双脉冲电沉积  表面织构  硬质过渡层

毕业设计说明书（毕业论文）外文摘要

Title Porous surface texture internal lubricant deposition and its impact on Moldova of wiping properties 

Abstract Wear and corrosion are the main form of material failure. They first occur in the parts of the surface, thereby causing the entire mechanical failure, causing huge economic losses. Therefore, the need to improve the performance of the control surface from the delay and failure to proceed. Therefore, the surface technology came into being. Surface technology surface modification technology and surface plating technology. Surface plating technology is high quality, efficient, energy, financial, environmental and economic benefits of an effective means to improve. As a surface coating technology of the composite plating technology can meet the technology of materials for wear resistance, corrosion resistance, electrical conductivity and self-lubricating and many other requirements. By simultaneously coating technology makes composite plating particles surface modification, the composite coating capabilities, expanding its application value, so that in all areas play a pivotal role.

Keywords  Solid lubrication； Friction and wear； Double pulse electrodeposition； Surface texture；    Hard transition

1 引言 1

1.1沉淀反应表面修饰 1

1.2复合镀 2

1.2.1复合镀共沉积机理 2

1.2.2复合镀的条件 3

1.3双脉冲电沉积法 3

1.4固体润滑 3

1.4.1　固体润滑涂层性能评价 4

1.4.2固体润滑涂层选择与应用 4

1.4.3国内固体润滑涂层应用基础研究的新进展 4

1.5自润滑金属复合材料涂层 5

2  实验部分 5

2.1金属基体表面处理 5

2.2 镀银液的配制 6

2.3 主要仪器设备和实验装置示意图 7

2.4 复合镀层的制备流程 8

2.5 镀层表征及性能测试 9

2.6 摩擦磨损性能测试 9

3实验结果及分析 10

3. 1镀层表面形貌 10

3.2 摩擦磨损性能 12

3.3 磨损表面形貌 16

3.4 表面EDS成分分析 17

结  论 18

致  谢 19

参考文献 20

1.1沉淀反应表面修饰  表面微孔织构内润滑剂的沉积及其对摩擦学性能的影响:http://www.751com.cn/cailiao/lunwen_70949.html