空气、喷雾和传导冷却方案让它们可在恶劣的军事航空航天环境中部署运行。
Air -, spray - and conduction cooling build options are possible to allow deployment in the harshest military and aerospace environments.
可望在更严酷的环境中使用，如原子能工业、航空航天、军事等重要领域。
It is promising to be used under circumstances such as atomic energy industry, space industry, military field and so on.
为研究分析航空航天材料和结构在高速热冲击环境下的承载能力和结构减重提供了可靠依据。
Reliable basis is provided for studying the loading capacity and weight lightened of aerospace materials and structures under transient heating environment.
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