Good experimental conditions were provided for the study on fire suppression effectiveness and mechanism of water mist.
为高海拔低气压环境下细水雾的灭火有效性、灭火机理等的研究提供了良好的实验条件。
The fire suppression effectiveness between regular BC powder and thinned powder was compared based on the impact of particle size distri.
最后，简要讨论了粉体的灭火机制以及细化后粉体灭火性能得到提高的原因。
Then, on the foundation of analysis, the main factors work on fire suppression effectiveness and the new problems that brought by the additives were pointed out.
结合细水雾灭火系统的灭火机理对碱金属化合物和泡沫添加剂的灭火效果进行了分析，指出了影响含添加剂细水雾灭火系统灭火性能的主要因素。
Then, on the foundation of analysis, the main factors work on fire suppression effectiveness and the new problems that brought by the additives were pointed out.
结合细水雾灭火系统的灭火机理对碱金属化合物和泡沫添加剂的灭火效果进行了分析，指出了影响含添加剂细水雾灭火系统灭火性能的主要因素。
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