摘要随着我国社会经济的发展进步，中国已成为世界上最大的工业国家，每年因磨损部件故障数量让人难以想象，这样不仅造成了资源浪费，而且对环境也有不可想象的的影响。所以，这项科学研究就是通过一些高科技手段对废弃的机械零件进行修复处理，使其能够持续正常的工作从而延长它的使用寿命，提高设备的可用性，实现能源可持续利用具有重要的科学意义。80315

本文就是基于资源再利用以及修复再制造的思想通过微粒射流电沉积的方法，通过分析多种因素对零件表面机械性能的影响，主要包含电压电流的大小、颗粒速度的影响和选定的电解质材料，不同的参数变化会对电沉积表里面产生很大的影响，本实验通过一个大胆的猜想和实验假设、以及对实验的结果数据进行分析，得出较为科学的研究结果。

毕业论文关键词:微粒射流电沉积  修复  机械性能测试

Mechanical Properties of Testing Particle Jet Electrodeposition Coating 

Abstract With the development of China's social and economic progress, China has become the world's largest industrial Nations, fault number of wear parts every year makes it difficult to imagine that this will not only cause a waste of resources and impact on the environment would have been unthinkable。 Therefore, this scientific research is through high-tech means to repair the waste mechanical parts, enabling them to continue            Their normal work to extend the life of it, improve equipment availability, achieving sustainable energy use is of great scientific significance。 Paper is based on resources again using and repair again manufacturing of thought through particles Jet electric deposition of method, through analysis variety factors on parts surface mechanical performance of effect, main contains voltage current of size, and particles speed of effect and selected of electrolytic quality material, different of parameter changes will on electric deposition table inside produced is big of effect, this experiment through a bold of guess and experiment assumed, and and on experiment of results data for analysis, obtained more science of research results。

Key Words: Particle jet electrodeposition  Repair  Mechanical property test

目录

摘要 Ⅰ

Abstract Ⅱ

目录 Ⅲ

第一章 绪论 1

1。1微粒射流电沉积技术 2

1。2微粒射流电沉积喷嘴系统的研究现状 3

1。3微粒射流电沉积喷嘴系统的研究意义 4

第二章 微粒射流电沉积制备涂层实验 5

2。1微粒射流电沉积制备涂层工作原理 6

2。2机床总体设计方案 5

2。3实验循环系统以及硬件介绍 6

2。3。1电源 7

2。3。2水泵 8

2。3。3喷嘴 9

2。3。4流量计的选择 10

2。3。5电解槽的选用 11

2。3。6溶液罐 12

2。4电解液 13

2。5实验前的预处理 14

2。5。1电解液的配制 15

2。5。2工件的加工处理