矿冶工程
礦冶工程
광야공정
2014年
2期
113-117
,共5页
王平%熊翔%闵小兵%李恒%肖海波%姚锐
王平%熊翔%閔小兵%李恆%肖海波%姚銳
왕평%웅상%민소병%리항%초해파%요예
MoSi2%高温结构材料%高温相变
MoSi2%高溫結構材料%高溫相變
MoSi2%고온결구재료%고온상변
MoSi2%high-temperature structural material%high-temperature phase transition
就MoSi2基高温结构材料的研究进展进行了评估，详细介绍了目前国内外对Mo-Si、Mo-C和Si-C 3个二元系以及Mo-Si-C三元系的相关研究成果；重点分析了MoSi2基复合材料的高温相变行为，以便为该类材料的实际应用提供理论指导。
就MoSi2基高溫結構材料的研究進展進行瞭評估，詳細介紹瞭目前國內外對Mo-Si、Mo-C和Si-C 3箇二元繫以及Mo-Si-C三元繫的相關研究成果；重點分析瞭MoSi2基複閤材料的高溫相變行為，以便為該類材料的實際應用提供理論指導。
취MoSi2기고온결구재료적연구진전진행료평고，상세개소료목전국내외대Mo-Si、Mo-C화Si-C 3개이원계이급Mo-Si-C삼원계적상관연구성과；중점분석료MoSi2기복합재료적고온상변행위，이편위해류재료적실제응용제공이론지도。
After an evaluation of the progress in research of MoSi2-based high-temperature structural materials, a detailed introduction of the achievements in research of binary Mo-Si, Mo-C and Si-C and ternary Mo-Si-C systems at home and abroad was presented. The emphasis was put on the analysis of high-temperature phase transition behaviors of MoSi2-based composites so as to provide theoretical guidance for the practical application of such materials.
