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al． Metal combustion in high pressure flowing oxygen / / Flammability and Sensitivity of Materials in Oxygen-enriched Atmosphere． Phoenix，1983: 126 ［2］ Benz F J，Stoltzfus J M． Ignition of metals and alloys in gaseous oxygen by fractional heating / / Flammability and Sensitivity of Ma￾terials in Oxygen-enriched Atmosphere． Washington D C，1986: 38 ［3］ Joseph W． Keynote—materials selection for oxidizer service—suc￾cesses and challenges / / The Symposium on Flammability and Sensitivity of Materials in Oxygen-enriched Atmosphere． Berlin， 2009: 1 ［4］ Davis S E． An elementary overview of the selection of materials for service in oxygen-enriched environment / / The Symposium on Flammability and Sensitivity of Materials in Oxygen-enriched At￾mosphere． Montreal，2012: 1 ［5］ Mcllroy K，Zawierucha Ｒ，Drnevich Ｒ F，et al． Promoted ignition behavior of engineering alloys in high-pressure oxygen / / Flamma￾bility and Sensitivity of Materials in Oxygen-enriched Atmosphere． Cambridge，1988: 85 ［6］ Stradling 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characteristics and properties of superalloy in high-pressure and oxygen-enriched at￾mosphere． Hot Work Technol，2007，36 ( 4) : 26 ( 施立发，黄进峰． 高压富氧下几种高温合金燃烧特征和性 能研究． 热加工工艺，2007，36( 4) : 26) ［12］ Huang J F，Zhao G P． Combustion failure analysis of GH202 and GH586 superalloys for rocket engine． J Iron Steel Ｒes，2005，17 ( 3) : 68 ( 黄进峰，赵光普． 火箭发动机用合金 GH202 和 GH586 燃烧 事故分析． 钢铁研究学报，2005，17( 3) : 68) ［13］ Huang J F，Zhao G P． Oxidation characteristic and mechanism of superalloys in oxygen-enriched atmosphere． J Iron Steel Ｒes， 2009，21( 3) : 51 ( 黄进峰，赵光普． 富氧气氛下高温合金氧化特征及机理． 钢铁研究学报，2009，21( 3) : 51) ［14］ Huang J F． Ｒesearch on Novel Ignition /Combustion Testing Tech￾nique and Behavior of Steel and Superalloys in Oxygen-enriched Atmosphere［Dissertation］． Beijing: Central Iron and Steel Ｒe￾search Institute，2001 ［15］ Shi C X，Zhong Z Y． Fifty Year's Development of Superalloys in China． Beijing: Metallurgical Industry Press，2006 ( 师昌绪，仲增墉． 中国高温合金五十年． 北京: 冶金工业出 版社，2006) ［16］ Guo J T． Materials Science and 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Materials in Oxygen-enriched Atmosphere． Paris，2000: 145 ［22］ American Society for Testing Material，G--04 Committee． ASTM G94--05 Standard Guide for Evaluating Metals for Oxygen Serv￾ice． West Conshohocken: ASTM International，2014 ·1295·