共 29 条
- [1] Yang J.Q., Liu Y., Ye Z.Y., Yang D.Z., He S.Y., Microstructure and tribological characteristics of nitrided layer on 2Cr13 steel in air and vacuum, Surf. Coat. Technol, 204, pp. 705-712, (2009)
- [2] Wen Z.H., Bai J.F., Yang J., Effect of vacuum re-melting on the solid particles erosion behavior of Ni60-NiCrMoY composite coatings prepared by plasma spraying, Vacuum, 134, pp. 73-82, (2016)
- [3] Turnball A., Zhou S., Electrochemical short crack effect in environmentally assisted cracking of a steam turbine blade steel, Corros. Sci, 58, pp. 33-40, (2012)
- [4] Liu M.X., Ma F., Chang G.R., Fu F.X., Sastry Cheruvu N., Yu L.J., Dai J., Xu K.W., Experimental investigation of failure behavior of the cracked 17-4PH steel blades in a top gas energy recovery turbine, Eng. Fail. Anal, 105, pp. 545-554, (2019)
- [5] Yang K., Jiang Z.T., Chen C., Zhang S.H., Liu X., Investigation on the microstructure, tribological performance and corrosion resistance of Ni–Mo coatings deposited by HVOF and APS methods, Vacuum, 200, (2022)
- [6] Swadzba L., Formanek B., Gabriel H.M., Liberski P., Podolski P., Erosion- and corrosion-resistant coatings for aircraft compressor blades, Surf. Coat. Technol, 62, pp. 486-492, (1993)
- [7] Ji X.L., Luo C.Y., Sun Y., Zhao J.H., Corrosive wear of multi-layer Fe-based coatings laser cladded from amorphous powders, Wear, 438–439, (2019)
- [8] Chan W.P., Nana K.A., Min G.L., Jae H.K., Jeoung H.K., Interfacial structure and pore formation mechanism during laser cladding of pure vanadium on Ti-6Al-4V alloy, Int. J. Refract. Met. Hard Mater, 101, (2021)
- [9] Sattar S., Alaiwi Y., Radhi N.S., Al-Khafaji Z., Al-Hashimi O., Alzahrani H., Yaseen Z.M., Corrosion reduction in steam turbine blades using nano-composite coating, J. King Saud Univ.-Sci, 35, (2023)
- [10] Gong K.F., Zheng C.B., Ju D.C., Ma H., Zhang J.M., Corrosion of Ni-based alloy coatings prepared by laser cladding in high-temperature chloride environment, Surf. Coat. Technol, 484, (2024)