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1·I still discusses the design of the fine water mist system.

本文还对细水雾灭火系统的设计进行了探讨。

2·Measurement and Analysis of Water Mist Droplet Size Based on Machine Vision.

基于机器视觉的细水雾液滴尺寸测量与分析。

3·The water mist sprays hidden in the gap of frame continuing cooled the square.

隐藏在框架结构之间的水雾持续为广场降温。

4·The interaction of water mist with wood crib flame is studied by small-scale experiments.

该文对细水雾与固体木垛火相互作用问题进行小尺度模拟实验研究。

5·Water mist fire suppression technology is a promising substitute for the halon fire agents.

细水雾灭火技术是可以替代哈龙灭火剂的绿色灭火技术。

6·The frog momentum of fine water mist has main influence on the efficiency of fire extinguishing.

细水雾的雾动量是对细水雾灭火效率起主要作用。

7·Liquid dispersal is precondition and is key technology in capturing dust by explosion water mist.

其中液体的抛撒是水雾捕尘的前提条件，是爆炸水雾降尘中的关键技术。

8·The suitable high pressure water mist nozzle for marine fire was designed through contrast analysis.

通过对比分析，确定了适合于船舶消防的高压细水雾喷头。

9·Water mist fire extinguishing system has been suggested to protect water sensitive areas like archives.

细水雾灭火系统已被建议用于保护对水敏感的区域，如档案库房。

10·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。

水雾

1·Experiments test the influences of pressure, height, nozzle aperture and frog momentum on the fire control effect of fine water mist.

实验主要通过测定压力、高度、喷头孔径的大小和雾动量对细水雾灭火效果的影响。

2·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。

3·I still discusses the design of the fine water mist system.

本文还对细水雾灭火系统的设计进行了探讨。

4·Measurement and Analysis of Water Mist Droplet Size Based on Machine Vision.

基于机器视觉的细水雾液滴尺寸测量与分析。

5·The results are valuable for evaluating the influence of additive on the characteristics of fine water mist.

研究结果对评估添加剂和细水雾雾特性的影响程度有重要意义。