九甸峡水利枢纽,Jiudianxia Water Control Project
1)Jiudianxia Water Control Project九甸峡水利枢纽
1.Analysis on environmental impact assessment forJiudianxia Water Control Project and Taohe River Water Diversion and Supply Project;浅析九甸峡水利枢纽及引洮供水工程环境影响评价工作
2.The Jiudianxia water control project is an important item in the Great Western Development of Gansu Province and is an water source of Yintao Flood Project.九甸峡水利枢纽工程是甘肃省实施西部大开发战略的重要项目,是甘肃省引洮供水工程的水源工程。
英文短句/例句
1.Some Successful Experience from Project Construction and Management of Jiudianxia Water Control Project;九甸峡水利枢纽工程建设管理的成功做法
2.The Research to the Long-Term Stability of the Yanziping Slope of Jiudianxia in Tao River洮河九甸峡水利枢纽燕子坪滑坡的长期稳定性研究
3.CONTROLLING ROLE OF ROCK PERMEABLE SPACE TO THE SHAPE OF GROUNDWATER TABLE NEAR A RIVER:A CASE STUDY岩体渗透性空间对河谷地下水形态的控制作用——以洮河九甸峡水利枢纽坝区为例
4.The key water projects at the Three Gorges on the Yangtze River and at Xiaolangdi on the Yellow River长江三峡和黄河小浪底水利枢纽工程
5.On the Ski-jump Atomization Flow of the Three-gorge Project三峡水利枢纽挑流雾化流问题的研究
6.The Characteristis of the Planning for Water Control Projects: The Design of the Feilai Gorge Scenic Spot in Canton水利枢纽景观规划特色探讨——广东省飞来峡水利枢纽景区规划设计
7.Hydraulic Model Tests on Bottom and Middle Outlets for Three Gorges Project长江三峡水利枢纽底孔和深孔水力学研究
8.Retrospection and consideration on the resettlement of Sanmenxia and Xiaolangdiprojects in the Yellow River三门峡、小浪底水利枢纽移民安置的回顾与思考
9.On the Experiences and Lessons of the Decision-making of the Construction of Sanmenxia Water Conservancy;试论三门峡水利枢纽工程决策的经验教训
10.Research on Safety and Stability of a Dam with Floatage Drains of Feilaixia Hydropower Project;飞来峡水利枢纽排漂坝段安全稳定性研究
11.Development restructuring on Dateng gorges water project and benefit analysis;大藤峡水利枢纽建设思路调整与效益分析
12.On Post Evaluation of National Economy of Sanmenxia Multi-purpose Dam on the Yellow River;黄河三门峡水利枢纽后评价国民经济评价方法
13.The Evaluation and Analysis of Dynamoelectric Benefitsof Feilaixia Hydro-junction Project;飞来峡水利枢纽工程发电效益评估分析
14.Practice on the Third Phase Construction and Management of Three Gorges Project长江三峡水利枢纽三期工程建设管理实践
15.Three Gorges Project Construction Management System and Its Implications三峡水利枢纽工程建设管理体制及启示
16.Quality Management for the Third Phase Construction of Three Gorges Project长江三峡水利枢纽三期工程质量管理简介
17.Application of 3D animation technology in Xiajiang hydraulic project三维动画技术在峡江水利枢纽的应用与实现
18.Some issues of early-stage work for Dateng Gorge Hydraulic Complex关于大藤峡水利枢纽工程前期工作的几点思考
相关短句/例句
Jiu Dian Xia control project of the Taohe river九甸峡水利枢纽工程
3)Xiaozhongdian water conservancy buildings小中甸水利枢纽
4)Feilaixia Water Complex飞来峡水利枢纽
1.Application of radar exploration in Feilaixia water complex of Guangdong province;探地雷达在广东省飞来峡水利枢纽工程中的应用
2.The assessment system and model of ecological effect were developed by means of defining inherent, mechanism and level of response of regional response assessment system, combining the case ofFeilaixia Water Complex.通过对水利工程生态效应区域响应内涵的定义,响应发生的机理和层次的阐述,评价体系和模型的建立,以飞来峡水利枢纽工程为例进行了评价。
5)Three Gorges Project三峡水利枢纽
1.The main functions of the automatic hydrologie tele-metering system for the Three Gorges project are to collect the real time data of water level and precipitation of the region from Chongqing to Yichang, and the weather data of the dam sites of Three Gorges and Gezhouba.三峡水利枢纽水情自动测报系统是国内目前规模最大的水情自动测报系统,其主要功能是准确及时地采集重庆寸滩——湖北宜昌区间、三峡坝址上下游及三峡——葛洲坝2个枢纽之间的水、雨情实时信息,以及三峡、葛洲坝2个坝址的气象信息。
2.When the biggest shiplock, spillway and powerhouse in the world were incorporated in the Three Gorges project a series of key technical challenges faced the designer of the metal structures.三峡水利枢纽有世界最大规模的船闸、溢洪道及电站。
6)Datengxia Water Project大藤峡水利枢纽
1.Optimize Flood Control Dispatch and Design Proper Floodwater Storage Capacity Scale ofDatengxia Water Project;优化防洪调度 合理确定大藤峡水利枢纽防洪库容规模
延伸阅读
潘家口水利枢纽引滦工程网络中控制性的供水、发电、防洪等综合利用的水利枢纽（见彩图）。位于中国河北。坝址地质良好，为片麻岩。工程主要包括：①形成29.3亿m3水库(称上库)的高107.5m的大坝。②形成下池（1000万m3）的高 28.8m的下池闸。③在大坝下游右侧设有坝后混合式蓄能电站，总装机42万kW。④下池闸左端有一河床式电站,设置2台贯流式机组共1万kW。上库系多年调节水库,坝址以上控制流域面积为3.37万km2,多年平均径流量为24.5亿m3。年内和年际分配极不平均，实测最小流量仅2.67m3，年调节径流量达19.5亿m3证率75％），故只有修建一座较大的多年调节水库才能满足供水需要。潘家口水库系引滦工程中的主要水源。大坝采用低宽缝重力坝,坝身设有18孔溢洪道,其中三孔采用了宽尾墩式溢流坝（见图），下泄流量很大，达56200m3。这种形式属首创,可以增加坝面压力并提高下游消能效果，对改善下游流态及冲淤状况有较好作用。电站内安装一台15万kW的常规机组（已于1981年发电）、三台单机9万kW的可逆式蓄能机组(尚在安装调试中)，总装机42万kW,为中国第一座大型混合式抽水蓄能电站。由于系多年调节的供水水库，水位变幅大，发电最大和最小水头之比达2.4倍,远超出一般机组的运行范畴。为适应这种情况,采用了混流式双转速变极机组,同时还配置启动用变频器为机组变速运行。由于机组既可变极按双速运行，又可变频按任何转速运行，故运行灵活可靠，可改善机组气蚀条件，可提高机组效率和加大机组出力，按最优方式运行。这种变极、变频、变速运行的机组在世界水电建设中系首次采用。
