Results show that fuel surface cooling is the key mechanism for extinguishing solid fires with water mist.
实验结果表明，细水雾扑灭固体火主要依赖细水雾对燃料表面的冷却吸热。
The ground experimental studies on flame spread across solid fuel surface were conducted under various ambient pressures.
本文在地面环境和不同环境压力下，对热薄燃料表面的火焰传播进行了实验研究。
The ground experimental studies on flame spread across solid fuel surface were conducted under various ambient pressures.
本文在地面环境和不同环境压力下，对热薄燃料表面的火焰传播进行了实验研究。
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