water mist
水雾
2025-09-09 19:16 浏览次数 9
水雾
pressure water mist system高压水雾系统
water r mist nozzle细水雾喷嘴
Rose Water Mist玫瑰喷雾
water r mist system细水雾系统
Water-mist spraying水基喷雾
flow water mist细水雾
water r mist细水雾
water fog水雾,水态雾
water spray mist喷水雾
a water mist fire suppression system driven by water hydraulic piston pump is developed and the water hydraulic parts are successfully applied in fire-fighting field.
设计了由纯水液压柱塞泵驱动的固定式高压单相流细水雾灭火系统样机,将纯水液压元件成功应用到消防领域。
in this article, simulation experiments were conducted to study the effectiveness of water mist suppression of the fire located various positions as to different kind of materials in a confined space.
采用模拟实验的方法,通过改变实验条件,研究室内不同种类固体可燃物,处于不同的位置时,细水雾的灭火有效性。
this installation is the largest fine water mist fire protection system installed to date.
此安装是最大的细水雾消防系统安装日期。
for the same mist density, the decay ratio of the shock wave increases with the decrease in the water mist diameter.
相同水雾密度时,水雾的雾滴直径越小,沖击波的衰减率越大。
atap then sprays a light water mist along with a strong gust of air, which the students haveproven to be nearly as effective as traditional hand-washing.
之后,水龙头就会喷出雾状水滴和高速气流,学生们已经证实了此方法和传统的洗手方法一样有效。
the test results show that the shield condition of fire, spray pressure and fire power have important effects on water mist fire suppression.
试验结果表明,对灭火效果有重要影响的因素是火焰被遮挡的条件、雾滴直径、喷雾压力和火焰规模。
and compared with its counterpart, the characteristics on the condition of the airflow mixed with ultrasonic induced water mist, the restriction effect by water mist on plywood was discovered.
并与施加超细水雾后火焰的蔓延状态对比,探究了细水雾对固体燃料火焰的抑制作用。
water mist sprayer is a component of water mist fire-sprinkling system.
过量的水汽凝结成可见的水雾,热水杯冒出的雾气即是一例。
water mist suppression system is used to protect water sensitive environments, such as rare book collections in libraries.
细水雾灭火系统被建议用于保护对水敏感的环境,例如图书馆的珍稀图书收藏室。
a novel water mist spray-head was developed and its spray characters were measured.
研制了一种新型两级雾化高压细水雾喷头并测量了其喷雾参数。
horizontal flame spread over thick fuel beds of polymeric material (pmma) under water mist suppression has been investigated.
还对在细水雾喷洒下聚合材料做成的厚燃料床上火焰的水平传播进行了试验。
this thesis paper detailedly introduces the definition, origin, fire mechanism and application of water mist fire suppression systems.
本文详细介绍了细水雾灭火系统的定义、起源、灭火机理及应用。
this subject refers to the researches on the development and application of water mist fire extinguishing system used for military boats and ships.
本课题为细水雾灭火系统在军用舰船领域的开发和应用研究。
this paper, aiming at the costs of explosion dust control and the improvement of dust absorption efficiency, has put forward the methods of capturing dust through water mist produced by a charger.
本文介绍了爆炸水雾除尘的方法,这种方法不仅降低控制粉尘的成本与工人的劳动强度,而且能有效的提高粉尘的吸收的效率,是一种简单有效并适合推广的方法。
the effects of the concentration of additives and decontaminating time on the efficiency together with the size of the water mist were experimentally researched.
通过对比实验考察了添加剂的浓度和洗消时间对其洗消效率的影响,并对雾滴粒径进行了测量。
researches indicate that the increase of the work pressure of fine water mist system can decrease particle size of water droplet of fine water mist and enhance the efficiency of fire-extinguishing.
本人研究发现:提高细水雾系统的工作压力可以减小细水雾的水滴粒径,灭火效率增加;
this paper presents an experimental study of fire suppression effectiveness with water mist containing ferrous chloride.
实验结果表明:添加有氯化亚铁的细水雾,其灭火性能发生了显着变化。
water mist containing an additive is considered as the one of the most front hot issue in the research field of fire science.
含添加剂细水雾灭火系统是当今火灾科学研究的热点之一。
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。
the fuel and water mist mixed type explosive motor has advantages of economy energy consumption, little exhaust discharging, long service life, high economic performance and environment-friendly.
因而具有节约能源、减少尾气排放,延长内燃发动机寿命,提高经济效益,保护环境的优点。
capturing dust used of water mist resulting from explosion is a new way that solves problem of blasting dust from blasting demolishing city buildings.
爆炸水雾降尘是解决城市建筑物爆破拆除产生爆破粉尘问题的一种新方法。
in the first chapter, the state of the study of the water mist fire suppression, including the practical test under different large-scale scenarios and fundamental research, were reviewed.
论文的第一章介绍了水雾灭火技术的目前的研究进展,其中包括大规模的实际应用性研究和基础性研究。