超高速激光原位熔覆Ti(C, B)/Ni60A复合涂层的界面特征与表面磨损机理
Interfacial Characterization and Surface Wear Mechanism of Ti(C, B)/Ni60A Composite Coating Prepared by In Situ Extra High-Speed Laser Cladding
超高速激光原位熔覆Ti(C, B)/Ni60A复合涂层的界面特征与表面磨损机理 |
| 徐一斐, 张楠, 许培鑫, 杜博睿, 史华, 王淼辉 |
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Interfacial Characterization and Surface Wear Mechanism of Ti(C, B)/Ni60A Composite Coating Prepared by In Situ Extra High-Speed Laser Cladding |
| XU Yifei, ZHANG Nan, XU Peixin, DU Borui, SHI Hua, WANG Miaohui |
| 图3 Ni60A涂层的背散射电子(BSE)像、Ti(C, B)/Ni60A复合涂层柱状晶和等轴晶的BSE像及对应的EBSD和核平均取向差(kernel average misorientation，KAM)图 |
| Fig.3 Backscattered electron (BSE) morphologies of Ni60A coating (a); columnar crystals (b) and equiaxial crystals (c) of Ti(C, B)/Ni60A composite coating and the corresponding EBSD (red area—TiCB phase, green area—Ti3B4 phase, and yellow area—TiCrB4 phase) (d) and kernel average misorientation (KAM) map (e) |
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