宇航材料工艺2013，Vol.43Issue(3)：100-104,5.
空间用9Cr18钢PⅢ复合离子注入表面改性工艺研究
Surface Modification Processes of 9Cr18 for Space Mechanism by Plasma Immersion Ion Implantation
摘要
Abstract
Ti+N ion dual-implantation and co-implantation are used to improve the working surface of 9Crl8 bearing steel by plasma immersion ion implantation(PⅢ) processes.Untreated and PⅢ treated samples were evaluated by the microhardness and vacuum fiction coefficient tests.Wear morphology of surfaces were also evaluated.It has been found that the microhardness of treated samples increases substantially,and the maximum microhardness increases 68.7％,the vacuum friction coefficient decreases from 0.15 to 0.08,the wear scar diameter and roughness are reduced 54.4％ and 37.4％ respectively.Comparison of the comprehensive properties of different PⅢ process,dualimplantation process is better than co-implantation process under the same condition.关键词
等离子体浸没离子注人/9Cr18/真空摩擦学/摩擦磨损Key words
Plasma immersion ion implantation(PⅢ)/ 9Crl8 /Acuum tribology/ Friction and wear引用本文复制引用
蒋钊,周晖,桑瑞鹏,霍丽霞,胡明泰..空间用9Cr18钢PⅢ复合离子注入表面改性工艺研究[J].宇航材料工艺,2013,43(3):100-104,5.基金项目
国防科技工业民用专项科研技术研究项目资助(C4220060328) （C4220060328）
