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采用超音速火焰喷涂方法制备包覆涂层,进行空气中静态和循环氧化试验和扫描电镜分析,结果表明,涂层具有较好的抗静态高温氧化性能,在900℃×100h和1000℃×100h条件下,涂层无剥落现象发生,涂层具有良好的抗循环氧化性能.

参考文献

[1] Friedrich O Soechting. NASA Conference Publication 3312, Ohio, 1995. 1
[2] Robert A Miller. NASA Conference Publication 3312, Ohio,1995.17
[3] Stanley J Dapkunas. NASA Conference Publication 3312, Ohio,1995.49
[4] J W Fairbanks. NASA Conference Publication 3312, Ohio,1995.61
[5] Sudhangshu Bose, Jeanine Demasi-Marcin Pratt, Whitney.NASA Conference Publication 3312, Ohio, 1995, 63
[6] Zaher Mutasim, William Brentnall. NASA Conference Publication 3312, Ohio, 1995. 103
[7] Antonio Maricocchi, Andi Bartz, David Wortman, NASA Conference Publication, 3312, Ohio, 1955.79
[8] Norman S Bomstein, William P Allen. NASA TBC Workshop,Ohio, 1997.83
[9] 徐惠彬,宫声凯,陶冶等,航空制造工程,1995,11:23
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