水电枢纽

shuǐ diàn shū niǔ
  • hydroelectric key
水电枢纽水电枢纽
  1. 目前水电枢纽的道路工程几乎都是毫无疑问地采用一般交通道路工程的建筑材料、设计方法和施工技术。

    At present , road in hydroelectric key project almost adopts the construction material design method and construction technology of general road .

  2. PLC在大型水电枢纽工程三级船闸控制系统中的应用

    Application of PLC in the third ship lock of the hydraulic power hinge project

  3. 介绍了GIS(地理信息系统)在水电枢纽工程运行管理中的设计与应用,详细论述了数字电厂模型的建立以及设计目标、设计思路和功能设计。

    The paper describes the design and application of Geographic information system ( GIS ) in the engineering running and managing of the water and electricity hinge , particular describes the model establish , the design aim , the design thought and the function design in digital power plant .

  4. 长洲水电枢纽场地地震危险性分析

    Risk Analysis on Earthquake at the Site of Changzhou Hydropower Project

  5. 峡口水利水电枢纽工程双曲拱坝优化设计

    Optimization Design of Double-Curved Arch Dam in Xiakou Hydraulic Project

  6. 锦屏水电枢纽工程辅助洞投标管理分析

    Bid Management Analysis for Jinping Hydroelectricity Hub Works Accessorial Tunnel

  7. 水电枢纽下游河床下切问题的分析研究

    Analysis of Channel Degradation in Downstream of a Hydropower Project

  8. 大广坝水利水电枢纽是海南省最大的水电工程。

    The Daguangba project is the largest hydro project in Hainan Province .

  9. 大流量宽河谷水电枢纽布置的工程实践

    On engineering practice for layout of hydropower projects in wide valley with large discharge

  10. 桂江昭平水电枢纽工程生态环境影响评价

    Eco-environmental Evaluation of the Hydro-power Project of the Gui River in Zhaoping County , Guangxi Province

  11. 某大型水电枢纽坝基埋藏型岩溶发育特征及深层承压水研究

    Studies on characteristics of buried karst and deep underground confined water beneath the foundation of a large dam

  12. 河南某水利水电枢纽大坝观测系统设计与实施

    Design and Implement of Dam Observation System in a Certain Key Water and Electricity Control Project in Henan Province

  13. 锦屏水电枢纽工程是一项大型的水电工程,它的建设将为国家特别是西部的电力行业做出巨大贡献,该水电枢纽辅助洞工程是水电站前期工程的控制性关键项目。

    The access tunnel project is the key item in the preliminary phase of the construction of Jinping Hydro-electric Plant .

  14. 集成CAD/CAE分析技术的三维设计方法在水电枢纽布置中的应用探索

    Exploration and Application of Three-Dimensional Design Method Integrated CAD / CAE Analysis Technic on the General Layout of Hydropower Project

  15. 寺坪水电枢纽溢洪道泄槽底板的修复治理黄河的关键工程&小浪底水利枢纽

    Restoration of damaged base-slab of spillway chute of Siping Hydroproject A Crucial Project for Harnessing the Yellow River : Xiaolangdi Multi-purpose Dam Project

  16. 某水利水电枢纽工程观测设计采用集控式自动化观测系统和人工监测相结合,具有节约投资、布局合理、安全可靠等优点。

    The principle of dam observation is as follows : automation control with artifical monitor , economize investment , rationally distributed , safe and reliability .

  17. 介绍了峡口水利水电枢纽工程技施设计阶段坝基开挖线、拱坝坝型和拱坝体型优化设计成果。

    The optimization design results of the dam base excavation outline and the type and body shape of the arch dam of the Xiakou Hydraulic Project are introduced .

  18. 用有限元法结合英布鲁水电枢纽工程,对降水方案选择、基坑防渗帷幕、排水沟、排水井对基坑渗流场的影响进行了研究。

    In combination with the Yingbulu engineering , the author studied deeply the influence of drainage plan drainage well pit impervious curtain , drainage ditch drainage well on seepage field .

  19. 三维设计将为水电枢纽工程设计带来了巨大的变革,把设计推上了前所未有的高度。

    Three-dimensional ( 3D ) design will bring about tremendous changes for the design-method of hydropower project , and it will also push the design mode onto an unprecedented level .

  20. 但由于水电枢纽工程道路的建设和运行环境都十分恶劣,车种复杂且载重量特大,要求道路的建设标准特别高,投资大,即使是一部分临时道路工程也只能如此。

    Because of bad environment of operation and construction , varies vehicles and heavy load , it requires large investment and high level standard , even if it is temporary road .

  21. 二滩拱坝是双曲高拱坝的典型代表,近年来其设计理念、方法被广泛用于国内大型水电枢纽的建设。

    Ertan arch dam is the typical module of high hyperbolic arch dam , whose design method and technique has been widely used in the construction of large-scale hydraulic power plants recently .

  22. 混凝土大坝浇筑是水利水电枢纽工程施工中非常重要的一个组成部分,特别是对于规模大、施工强度高、工期紧的工程,浇筑问题更显其重要性。

    The pouring of concrete dam is a very important component in the water resources and hydropower construction , especially in the project with large scale , high construction intensity and urgent period .

  23. 主要研究成果如下:1、对比分析了低水头航运枢纽与水电枢纽等的不同,指出低水头航运枢纽建设工程的特点,并分析了该类工程施工导流的特点;

    Main accomplishments are as follows : 1 , Analyzed the differences between Low-head Navigational Junction and water power Junction , then pointed out the characteristic of constructions of Low-head Navigational Junction and its diversion ;

  24. 近几年,一大批水文水情自动测报系统已在水利水电枢纽上建立,成为洪水预报和调度的重要组成部分,发挥着越来越重要的作用。

    At recent years , a large number of floodwater automatic forecast systems have been set up in the water and electricity hinges , and brought into play more and more important function as flood forecast and control dispatch important part .

  25. 在湖北保康县寺坪水电枢纽工程可行性研究和设计阶段,按照坝基岩体条件以及为充分利用当地天然材料,选择黏土心墙坝和面板堆石坝进行可行性研究和方案比较。

    At the stages of feasibility research and design for a dam , to fit geological conditions and to fully utilize the local rock materials , core wall dam and concrete face rockfill dam were studied and compared to decide the dam type .

  26. 利用围绕澜沧江水利水电枢纽工程地区的8个地震台记录到的数字化波形资料,根据尾波散射理论,以不同的中心频率研究了该地区的尾波衰减。

    Using the digital waveform data recorded by 8 earthquake stations around the key hydropower control project area of the Lancang River valley , we studied coda attenuation in this area and vicinity with different center frequencies on the basis of coda scattering theory .

  27. 水电站枢纽工程设置降低或放空水库设施的必要性

    Necessary of setting lowering or unwatering reservoir system for hydro projects

  28. 昭平水电站枢纽总体布置及拦排漂系统

    General layout and the barrier-drift system of the ZHS WR pivotal project

  29. 昌山水电站枢纽工程闸坝工作门方案设计

    Lock dam work gate scheme design of the Changshan hydropower station pivotal project

  30. 泸定水电站枢纽区环境地质研究

    A Study on Environment Geology in Junction Area of Luding Hydroelectric Power Station