1) Ultrahigh-temperature structural materials
超高温结构材料
2) high temperature structural material
高温结构材料
1.
MoSi_2 is presently considered as one of the most important heating element and high temperature structural materials,because of its excellent comprehensive properties.
MoSi2具有良好的综合性能而被作为重要的高温发热元件材料和高温结构材料,但其室温脆性、低温氧化和高温蠕变制约了其工业应用。
3) high-temperature structural materials
高温结构材料
1.
Brazing and diffusion bonding of advanced high-temperature structural materials for aeronautical application;
先进航空高温结构材料的钎焊与扩散焊技术
2.
Gamma TiAl-based alloys were considered as the most promising new light weight high-temperature structural materials with great potential in both aerospace and automotive applications.
-γTiAl基合金被认为是非常有前途的新型轻量化高温结构材料,在航空、航天、汽车等各领域具有广阔的应用前景。
4) high-temperature structural material
高温结构材料
1.
The research status of multiform high-temperature structural materials prepared by EB-PVD is commented and the trend of research development.
着重评述了利用该工艺制备多种体系高温结构材料的研究现状,最后对未来的发展趋势作出了客观的评价与展望。
2.
MoSi_2 has been presently considered as the most promising high-temperature structural material due to its excellent properties.
MoSi_2因其优异的性能被认为是最有前途的高温结构材料，然而其低温脆性和高温蠕变限制了实际应用。
5) High temperature structural materials
高温结构材料
1.
The application of MoSi_2 to high temperature structural materials,heating elements and high temperature coating is reviewed and the development direction is prospected.
本文首先介绍了用火花等离子烧结制备MoSi2及其复合材料的新工艺以及自蔓延高温合成技术(SHS)和机械合金化(MA)的新发展,然后分别就二硅化钼在高温结构材料、发热元件以及高温涂层等领域的应用作以总结和评述,并在此基础上提出了MoSi2材料未来的研究发展方向。
2.
The development of power industries including coal power,gas power and nuclear power and the status quo of high temperature structural materials in China were investigated in the present paper.
本文简要介绍了我国电力工业(煤电、气电和核电)的发展以及高温结构材料的需求和研究现状。
6) UHTM
超高温材料
1.
The research of ultra high-temperature materials(UHTM) is an important factor for the develop- ment of aerospace and military affairs.
超高温材料研究是影响航空航天和军事发展的重要技术,对各种超高温材料目前的研究情况进行了论述,重点评述了铼及其合金、陶瓷复合材料中的碳化物和硼化物、碳/碳复合材料等几种最佳超高温候选材料,分析了取得的研究成果和存在的问题,最后对各种超高温材料的应用现状进行了介绍,并对今后的工作重点进行了总结。
补充资料：镁铬质耐火材料基质结构单元显微结构
镁铬质耐火材料基质结构单元显微结构
镁铬质耐火材料基质结构单元显微结构
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条