以AgCu10合金为对象 ,研究和探讨了离子注入提高电接触材料的抗氧化和抗磨损性能并改善电接触微动磨损的技术。试验结果表明 ,离子注入后的AgCu10合金大大减少了磨损颗粒的产生 ,降低了磨损过程中产生的金属转移 ,减轻了磨损颗粒的氧化污染 ,从而提高合金表面耐磨损和抗腐蚀性能 ,改善电接触微动磨损性能 With AgCu10 alloy as an example, the technology of ion implantation to improve the oxidation resistance and wear resistance of electrical contact materials and improve the fretting wear of electrical contact was studied and discussed. The experimental results show that the AgCu10 alloy after ion implantation greatly reduces the generation of wear particles, reduces the metal transfer generated during the wear process, reduces the oxidation pollution of the wear particles, thereby improving the wear resistance and corrosion resistance of the alloy surface, Contact fretting wear performance