电弧离子镀已经被广泛用于提高工件表面硬度、耐磨性及耐腐蚀性能,其使用过程中主要问题在于涂层与基体硬度差异大,膜基界面结合力和承载能力有限,无法满足重载、高速等剧烈摩擦磨损要求。虽然有研究者发现渗氮层能增强涂层的力学性能,但发现化合物层的存在显著降低了结合力、承载能力及耐磨性。安徽工业大学表面工程研究所张世宏课题组通过调控离子镀沉积工艺,成功 Arc ion plating has been widely used to improve the surface hardness, wear resistance and corrosion resistance, the main problems in the use of the process is that the coating and the substrate hardness difference between the film-based interface binding capacity and carrying capacity is limited, can not meet the heavy load , High speed and other severe friction and wear requirements. Although some researchers found that nitriding layer can enhance the mechanical properties of the coating, it was found that the existence of the compound layer significantly reduced the binding force, bearing capacity and wear resistance. Anhui University of Technology Institute of Surface Engineering Zhang Shihong task force through the regulation of ion plating deposition process, the success