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铝—硅涂层防护性能的研究 |
杨忠林;莫龙生;蔡玉林;郑运荣 |
北京航空材料研究所;北京航空材料研究所;北京航空材料研究所;北京航空材料研究所 |
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High Temperature Performance of the Aluminium-silicon Coatings |
Yang Zhonglin Mo Longsheng Cat Yulin Zheng Yunrong (Institute of Aeronatical Materials; Beijing; China) |
[1] G. V. Zemskov, etc, Effect of Silicon Additions on the Oxidation Resistance of Aluminized Layers on a Nickel-Chromium Alloy. Protective Coatings on Metals, Vol. 4, (1972) [2] V. S. Moore, W. D. Brentnall, and A. R. Stetson, Evaluation of Coatings for Cobalt-and Nickel-Base Superalloys. NASA CR-72714. N72-18579, (1970) [4] B. J. Piearcey, and R. W. Smashey,Trans. AIME,Vol.239, 451 (1967) [5] G. Preis, und G Lennartz,Arch. Eisenhutenwesen, Vol. 46 S.589 (1975) [6] G. J. Santoro, etc, Oxidation of Alloys in Nickel-Aluminum System with Third-Element Additions of Chromium, Silicon, and Titanium at 1100℃. NASA TND-6414 [7] M. A. Gedwill, Cyclic Oxidation Resistance of Clad IN-100 at 1040° and 1090℃: Time、Cyclie Frequency, and clad Thickness Effects. NASA TND-6276 (1971) |
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