本文研究自由场中有限释能速率的可燃气云爆炸问题。
Combustible cloud explosion with limited energy release in free air is studied in this paper.
聚乙烯薄膜作为约束物，对可燃气云爆炸有着重要的影响。
Polythene film used as confinement plays an important role in flammable cloud explosion.
为考察障碍物对爆燃压力波的影响，进行了可燃气云内、外分别设置障碍物的爆燃实验。
A series of flammable gas cloud deflagration experiments built-in and built-out obstruction were carried out in order to study the effects of obstruction on deflagration pressure wave.
同时讨论了己有理论分析方法和数值模拟方法的应用，分析了可燃气云爆炸研究的发展趋势。
Meanwhile, the article discussed the application of present theory analysis and numerical simulation method and predicted the trend of the research on the flammable gas explosion.
就国内、外有关开敞空间可燃气云爆炸的文献，对其模拟方法及实验研究进行了较为全面的综述。
A review was made of the simulation method and experimental investigation of the unconfined vapor cloud explosion based on the papers concerned at home and abroad.
深入研究因事故泄漏所引发的可燃气云爆炸威力及其相应的规律，是创立抑制和预防此类工业灾害技术的理论基础，具有重要的学术价值和社会经济价值。
Investigation into its explosive power and corresponding regulations is the theoretical basis for explosion suppression and prevention technologies and is of important academic and economical value.
深入研究因事故泄漏所引发的可燃气云爆炸威力及其相应的规律，是创立抑制和预防此类工业灾害技术的理论基础，具有重要的学术价值和社会经济价值。
Investigation into its explosive power and corresponding regulations is the theoretical basis for explosion suppression and prevention technologies and is of important academic and economical value.
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