应急供水,emergency water supply
1)emergency water supply应急供水
1.Countermeasures ofemergency water supply in Longyan city;龙岩城市特殊干旱年应急供水对策与措施
2.Unexpected incidents caused panic urban water supply for us once again alarmed us,cityemergency water supply should have to put on the government"s agenda.突发性事件引起的城市供水恐慌为我们又一次敲响了警钟,城市应急供水必然要摆上政府的议事日程。
3.Based on the analysis of developmental potential of the existing well fields,it was proposed that the Heli,Shuangmiao,Shiqiao,Da-nanpu-Xinyi and Jining city well fields are suitable foremergency water supply.阐述了济宁组群结构大城市地下水资源量与开发利用现状,指出因开采地下水产生的环境地质问题,根据现有水源地的开采潜力分析,提出河里、双庙、石桥、大南铺—新驿和济宁城区水源地适宜作为应急供水水源,并采用不同方法计算了应急供水总量。
英文短句/例句
1.ON EMERGENCY WATER SUPPLY AND EMERGENCY DOMESTIC WATER SUPPLY QUOTAS OF ZHENGZHOU;郑州市城市应急供水与应急生活供水定额研究
2.Resources Evaluation on Groundwater of the Emergency Wellfield in the North Wuqing District of Tianjin;天津市武清北应急供水水源地地下水资源评价
3.A Tentative Discussion on Headwaters for Emergency Water Supply in the Major Cities of the Bohai Sea Rim;环渤海地区主要城市应急供水水源地初步研究
4.Key Techniques and Ensuring System for Emergency Water Supply in Rural Regions农村应急供水保障体系及关键技术研究
5.Inflow Forecast Research of to Beijing-Shijiazhuang Emergent Water Supply Reservoirs in the Middle Route of the South-to-North Water Transfer Project南水北调中线京石段应急供水水库入流预报研究
6.Key technical problems during design and construction of emergency water supply project for Beijing-Shijiazhuang section in Mid-route of South-to-North Water Transfer Project南水北调中线京石段应急供水工程设计和施工中的主要技术问题
7.Quality Control Channel Lining Supervision in Emergency Water Supply of Beijing- shijiazhuang Section in Mid- route of South- North Water Transfer Project南水北调中线京石段应急供水工程的渠道衬砌监理质量控制
8.Analysis on the Water Supply Prospect of the Emergency Water Source in the Major Cities of North China华北主要城市地下水应急水源地供水前景分析
9.Study on Emergency Treatment of Source Water by Sudden Polluted Accident供水水源地突发性污染应急处理方法与措施
10.Study on the Prediction of Urban Groundwater Demand under Emergency in Shanghai上海城市地下水应急供应需求量预测研究
11.Construction of emergency system of water supply safety in Changzhou City常州市城市供水应急系统工程建设方案探讨
12.Probing into the fire fighting related estimation,tactics and water supply of high-rise steel tower浅谈超高层钢塔建筑的消防应急估算及供水
13.Emergency water diversion projects such as the diversion of water from the Yellow River to Tianjin were implemented, and water supply in cities was basically guaranteed.实施“引黄济津”等应急调水工程，基本保证了城市供水。
14.The Improve Research for Contingent Plans of Water Pollution Emergencies of Lanzhou Water Supply Company;兰州市供水集团突发水污染事件应急预案体系的改进研究
15.Sudden Pollution Emergency of HeiHe Source Water and the Management System Based on Computer黑河供水水源突发污染应急与计算机救援管理系统
16.Probe into the Establishment of Our Urban Water Supply Safety Assurance and Emergency Response System我国城市供水系统安全保障及应急体系建设的探讨
17.emergency bilge drain piping system应急舱底水泄水管系
18.Analysis on the Role of the Learning SC to Emergency Management;学习型供应链对供应链应急管理的作用分析
相关短句/例句
Emergent water supply应急供水
1.Gangnan,Huangbizhuang,Wangkuai and Xidayang are four reservoirs which are planned to provide emergent water supply to Beijing in the Shijiazhuang to Beijing Emergency Water Transfer Project(BSEWTP)which is considered a key part of the Middle Route component of the South-to-North Water Transfer Project.岗南、黄壁庄、王快和西大洋水库是南水北调中线工程规划向北京应急供水的4座水库,对水库来水进行快速准确的预报对应急供水调度有着十分重要的意义。
3)emergency water supply紧急供水应急供水
4)emergent groundwater resource supply应急供水水源
5)emergency water supply project应急供水工程
1.Application of PCCP pipeline toemergency water supply project(Beijing Section) for Beijing-Shijiazhuang Section in Mid-route of South-to-North Water Transfer Project;PCCP管道在南水北调中线京石段应急供水工程(北京段)中的应用
2.Key technical problems during design and construction ofemergency water supply project for Beijing-Shijiazhuang section in Mid-route of South-to-North Water Transfer Project南水北调中线京石段应急供水工程设计和施工中的主要技术问题
6)Water supply in emergency应急供水技术
延伸阅读
泵阀等供水设备及主要配件基础知识A、水泵基础知识知识 常用水泵型号代号 LG-----高层建筑给水泵 DL------多级立式清水泵 BX-------消防固定专用水泵 ISG------单级立式管道泵 IS -------单级卧式清水泵 DA1-------多级卧式清水泵 QJ-------潜水电泵 泵型号意义：如40LG12－15；40－进出口直径（mm）；LG－高层建筑给水泵（高速）；12－流量（m3/h）；15-单级扬程（M）。 200QJ20-108/8。200---表示机座号200；QJ---潜水电泵；20—流量20m3/h；108---扬程108M；8---级数8级。 水泵的基本构成：电机、联轴器、泵头（体）及机座（卧式）。[见图] 水泵的主要参数有：流量， 用Q表示，单位是M3/H ，L/S。扬程，用H表示，单位是M。 对清水泵，必需汽蚀余量（M）参数非常重要，特别是用于吸上式供水设备时。 对潜水泵，额定电流参数（A）非常重要，特别是用于变频供水设备时。 电机的主要参数：电机功率（KW），转速（r/min），额定电压（V），额定电流（A）。 联轴器 泵头（体_) 卧式机座 B、压力容器基本知识 1、压力：压力是垂直作用于物体单位面积上的力。确切名称是压力强度，简称压强，习惯上叫做压力[kgf/cm2]。压力的单位一般用大气压，在工程单位中用公斤/厘米表示，也可以用水柱或水银柱表示，国际统一单位是牛顿[N/mm2]、帕或兆帕[MN/m2 、 Mpa]。1工程大气压[kgf/cm2]=0.098牛顿[N/mm2]=0.098帕[MN/m2]=0.098兆帕[Mpa]=10米水柱的压强。 2、容器：容器是由曲面构成用于盛装物料的空间构件。容器大体是由：筒体、封头（端盖）、发兰、支座、接管、人孔等组成。 3、补气式、囊式供水设备罐体的总容积、可调水容积计算及水泵启动次数： VZ=Vx/1-αb Vs=βCqb/4nmax Vo=Vs(β-1)/(1-αb) 筒体重量计算：W=7.85Dnπhδ/106[Kg]。 封头的下料参考尺寸Ø =1.2Dn+2S+2倍直边高度（25、40、50）mm
