1) water mist
水雾
1.
Application of water mist to extinguish lager oil pool fires for industrial oil cooker protection;
水雾在扑灭大型工业燃油炊具油池火的应用(英文)
2.
Fire fighting techn- ologies such as water mist fire fighting,rescue ro- bot,water curtain,sphere fire fighting facilities, microcapsule technology,fine dry powder fire ex- tinguishing technology and some new fire protec- tion technologies are described.
就水雾灭火、消防机器人、冷却水幕喷头、球体灭火装置、微胞囊技术、投掷式灭火器、超细干粉以及新型防火材料方面等消防新技术进行了介绍。
3.
The present study aims to investigate the interactions between water mists and fires and show the influence of water mist on fire suppression by using of the non-spread diffusion flame of combustible solid porous beds.
采用非传播扩散火焰形式,研究了固体可燃多孔介质中水雾-火焰的相互作用,探讨了床层厚度、多孔介质粒度以及燃料预燃时间对水雾灭火效果的影响。
2) Water fog
水雾
1.
Application research of straightening with water fog for the welding deformation in thin plate;
水雾矫正工艺在薄板变形矫正中的应用研究
2.
Experimental research of sound absorption by water fog in duct sound elimination system;
在管道消声系统中水雾吸声的实验研究
3.
Using water fog generator can generate large and dense water fog in short time, the water fog can effectively diminish the threaten to the naval vessel, which caused by infrared spotlight guided missile, infrared image guided missile and television image guided missile.
利用水雾发生装置在极短的时间内形成大面积、高密度水雾 ,对敌红外点源制导、红外成像制导、电视成像制导导弹产生有效的干扰作用以保护水面舰艇。
3) water spray
水雾
1.
An experimental study of the extinguishing effect of the water spray direction on the vertical-fire propagation;
水雾施加位置对竖直火蔓延抑制作用的试验研究
2.
An experimental study of the extinguishment of typical lining materials vertical fire spread by water spray
水雾对典型壁面装饰材料火蔓延抑制作用的实验研究
3.
Starting from the suppression of explosion by water spray,two kinds of the explosively dispersed devices were designed in this paper.
文中从可燃混合物爆炸的水雾抑制出发,设计了两种量级水爆炸抛撒成雾装置,采用高速录像记录水爆炸抛撒成雾的全过程。
4) fog
[英][fɔɡ] [美][fɔg]
水雾
1.
Based on the field observation in Beijing from November 1 to December 20 of 1999, differences between heavy smog and fog are analyzed, and the structures of the atmospheric boundary layer for heavy smog and fog are discussed.
分析 1999年 11月 1日至 12月 2 0日北京城市雾综合性观测试验中 5次雾过程的实测资料 ,对如何区分重烟尘雾与水雾过程给出了判定方法 ,并对重烟尘雾与水雾过程的边界层结构特征作了探讨。
2.
It is shown that the degree of depolarization characters of those man made fog have a gravity dependence in a specified direction, and demonstrated an opto electronic effect in the depolarization of the fog.
用超声波雾化法产生了粒径分布在 5~ 5 0 μm范围的水雾。
3.
This paper focused on theoretical modeling of extinction characters of fog at near and middle infrared .
本文重点研究了水雾的近、中红外消光性能,并结合典型地区雾的实测数据进行了数值模拟和验证工作。
5) water spraying
水雾
1.
Test on results of in-borehole gas explosion flame control with water spraying;
水雾抑制钻孔瓦斯爆炸火焰效果试验
6) fog water
雾水
1.
Metal elements and water-soluble anion concentrations in winter fog water in Nanjing
南京冬季雾水金属元素及水溶性阴离子浓度特征
2.
This paper reported the analysed results of ions species in fog water collected at three sites in Chongqing during December of 2003,also compared with the results obtained ten years ago.
报道了2003年12月在主城区、近郊区和远郊区3个点采集的雾水的离子组分分析结果,并与10a前的雾水离子组分进行了比较。
3.
Based on the analysis of sampled fog water in the north suburb of Nanjing city during December 2006,study is conducted of heavy metals of fog water and air pollution in foggy weather.
利用2006年12月南京市北郊雾水样品化学分析资料和同期气象资料研究郊区雾水中重金属和雾天大气污染特征。
补充资料:水雾
1.水上的雾气。 2.像雾一样的小水点。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条