1) emergency outlet
事故排水口
2) drainage accident
排水事故
1.
Based upon analysis of drainage accident encountered the determination of permissible depth of water,water discharge amount of fire fighting pump in drainage design of building basement are introduced,in order to correctly determine the designed water discharge capacity of basement to meet engineering requirements and reduce waste.
对建筑地下室的排水种类、常用的排水设计进行了介绍,通过对建筑地下室排水事故的分析,确定建筑地下室允许水深以及发生火灾消防时排水泵的排水量,以合理设计地下室的排水能力,使其达到既能满足排水要求又不浪费的目的。
3) fire vent
事故排烟口
4) emergencg outlet
事故排出口
5) emergency relief
事故放水口
6) large break loss of coolant accident
大破口失水事故
1.
2 and taking US Westinghouse corporation Surry nuclear power plant as the reference object, a typical three-loop pressurized water reactor severe accident calculation model was established and 25cm large break loss of coolant accident(LBLOCA)in cold and hot leg of primary loop induced core melt accident was analyzed.
2,以美国西屋公司Surry核电站为参考对象,建立了1个典型的3环路压水堆核电站的严重事故分析模型,分别对主回路冷段和热段发生25cm大破口失水事故(LBLOCA)导致的堆芯熔化事故进行研究分析。
2.
The analysis of large break loss of coolant accident(LBLOCA) which occured at nominal power of nuclear power plant is given.
针对核电站额定运行工况下发生冷段大破口失水事故进行了分析。
3.
The characteristics of large break loss of coolant accident(LOCA) for Xi\'an Pulsed Reactor were analyzed.
分析了西安脉冲堆大破口失水事故的特点,建立了适用的数学模型,编制了计算程序。
补充资料：古齐城排水口
古齐城排水口
古齐城内设的城内主要排水系统有两处，大小城内各一。排水口全长33米，宽7米，全用巨石砌筑而成，分上下3层，每层5个方形排水口。这些排水口作为城墙下的石筑涵洞，把城的积水排出城外。古齐城整个排水系统设计合理，砌筑严密，这在两千年前的城建工程中是十分罕见的，展示了当时人工挖掘的排水沟、护城河同天然河流有计划地结合在一起，构成了完整的排（取）水和城防系统。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。