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用热重分析及ＳＥＭ和ＸＲＤ等技术研究了离子注入１×１０（１５）、１×１０（１６）、１×１０（１７）Ｙ＋／ｃｍ２对Ｎｉ－１５Ｃｒ－６Ｃｌ合金渗铝层高温氧化行为、氧化膜形貌、相结构等的影响。注入这三种剂量的Ｙ＋对渗铝层的氧化动力学没有显著影响。离子注入１×１０（１７）Ｙ＋／ｃｍ２改变了渗铝层的氧化膜形貌，促进了氧化膜的塑性变形，从而使得氧化膜内应力释放更多，增强了氧化膜的粘附性。氧化股形貌的改变与氧化膜生长机制的改变有关。离子注入１×１０（１５）、１×１０（１６）Ｙ＋／ｃｍ２对渗铝层的氧化行为影响不大。
The effects of ion implantation at 1 × 10 (15), 1 × 10 (16) and 1 × 10 (17) Y + / cm2 on the oxidation behavior of the aluminized layer of Ni-15Cr-6Cl alloy were investigated by means of TG, SEM and XRD. , Oxide film morphology, phase structure and so on. The injection of these three doses of Y + had no significant effect on the oxidation kinetics of the aluminized layer. Ion implantation of 1 × 10 (17) Y + / cm 2 changes the morphology of the oxide film in the aluminized layer and promotes the plastic deformation of the oxide film, thereby releasing more stress in the oxide film and enhancing the adhesion of the oxide film. Oxidation of the topography changes with the oxide film growth mechanism changes. Ion implantation of 1 × 10 (15) and 1 × 10 (16) Y + / cm2 has little effect on the oxidation behavior of the aluminized layer.