铌及铌硅化合物具有优良的力学性能，可替代现有的镍基合金超高温材料。

Niobium and niobium silicides due to their good mechanical properties, have high potential for being the high-temperature materials as a substitute for nickel alloys.

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介绍了在CARDC等离子体风洞中开展的非烧蚀型防热材料超高温陶瓷（UHTC）的试验研究结果。

The test results of non-ablative ultra-high temperature ceramic materials(UHTC) in one of the plasma wind tunnels of CARDC are introduced in this paper.

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达涅利康力斯提供的硅质耐火材料热风炉设计与最优化升温和冷却方法，是适用于超高温热风炉的可靠技术。

Silica stoves design and optimized heat up and cool down procedures by Danieli Corus, have proven to be a reliable solution for the ultra-high temperature stove.

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