第一节研究低压下热薄固体燃料表面的火焰传播机理。
In the first section, we have done the experiments of flame spread across solid thermal thin fuels in the low ambient pressures.
在上述实验结果基础上，本文对热薄固体燃料表面在不同环境压力下的火焰传播机理进行了分析。
Based on the results, analyses of mechanisms of the flame spread across solid fuel surfaces in various ambient pressures were suggested in this paper.
在全透明的火焰加速管中，利用火焰加速系统和高速摄像系统，研究了管道中瓦斯火焰的传播规律及其加速机理。
The gas flame propagation law and acceleration mechanism were studied in a fully transparent flame-acceleration tube by using the flame-acceleration system and high-speed photography.
在沿火焰传播的通道上设置障碍物，对气相火焰具有加速作用，这种加速作用的机理可归功于障碍物诱导的湍流区对燃烧过程的正反馈。
The obstacles set in gas flame propagation channel have acceleration action on the gas-phase flame. The acceleration mechanism can be attributed to …
在沿火焰传播的通道上设置障碍物，对气相火焰具有加速作用，这种加速作用的机理可归功于障碍物诱导的湍流区对燃烧过程的正反馈。
The obstacles set in gas flame propagation channel have acceleration action on the gas-phase flame. The acceleration mechanism can be attributed to …
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