排烟系统的英文

• abzugssystem
• fume exhaust system
• fume extraction system
• purging system
• smoke extraction system

• 排烟    eject smoke; discharge smoke
• 系统    system
• 坏式排烟系统    dynamic smoke extraction system
• 排烟系统风扇    absaugventilator
• 枪炮排烟系统    gun purge system
• 主机排烟系统    exhaust system
• 高位坏排烟系统    high level mechanical extract system
• 高位机械排烟系统    high level mechanical extract system
• 工业炉排烟系统    fume dischange system for industrial furnace
• 机械式排烟系统    dynamic smoke extraction system
• 自然进风式排烟系统    static smoke extraction system
• 抽油烟系统    fumes extracting system
• 供烟系统    tobacco feed
• 排烟（废气）系统    absauganlage
• 气压式挡烟系统    barometric damper system
• 排烟控制系统    smoke control system
• 排烟排热系统    rwa
• 控烟系统的推荐标准    recommended practice for smoke-control systems
• 排烟    eject smoke; discharge smoke◇排烟道 smokejack; discharge flue; 排烟器 smoke ejector; 排烟装置 fume extractor
• 排烟口；排烟孔    smoke vent
• 干烟系数    coefficient of haze
• 坏排烟    mechanical smoke extraction
• 排烟窗    exhaust louver; exhaust smoke window
• 排烟道    discharge flue; exit flue; flue header; fume offtakes; smoke-uptake
• 排烟端    flue end

• After analyze the foundation of the current national code ( code for fire protection design of tall buildings gb500045 - 95 ) through experiments and fire simulations , the author has found that there are some limitations on the use of this national code for the designing of smoke management system in an atrium . this paper has been discovered that it is not enough when using the smoke layer interface height as a criterion to make an assessment on the safety rate in a building fire , or to calculate the egress time
  通过上述实验研究和数值模拟研究，发现当采用我国现行的《高层民用建筑防火设计规范》 （ gb50045 - 95 ）来指导中庭建筑的排烟系统设计时，在本文设计的火灾场景条件下（参照实际的中庭商场调研情况，即火灾载荷密度较大时） ，对于本文实验研究中所采用的相似模型及原型建筑，无论是采用自然排烟或者是采用机械排烟，其排烟量皆不足。
• Taking dongzhimen station on beijing metro line 13 as an example , authors of the paper adopt cfd three dimensional simulation and one dimensional network simulation respectively to make a predictive analysis on the smoke distribution and air flow during a fire in accordance with the smoke suppression and exhaust system installed in the public area of the station and in the transit tunnels , and point out that the reliability of the smoke suppression and exhaust system is most important to guarantee the capability of passenger evacuation during a fire
  摘要以北京地铁13号线东直门站为例，结合车站公共区与区间隧道的防排烟系统设置情况，分别采用cfd三维模拟与一维网络模拟的方法，对火灾时烟气的分布及气流流动善进行预测分析，说明防排烟系统的可靠性对于保证火灾情况下的安全疏散能力至关重要。
• The article introduces the air conditioner design of the gymnasium of guangzhou medical college ( dongguan section ) , focuses on the instructions of design method which can give attention to the different requirements for velocity of air flow in competing fields for various “ big balls and small balls ” , and simultaneously narrates in brief the brand - new ventilation system and smoke - expelling system of the gymnasium
  本文介绍了广东医学院东莞校区体育馆空调系统的设计,重点说明了兼顾大小球比赛对比赛场地空气流速的不同要求的设计方法,同时也简述了体育馆的全新风系统及排烟系统。