三峡水电站的英文

• three gorges dam

• "水电站"英文翻译    hydroelectric station; hydro ...
• "羊峡水电站" 英文翻译 :    longyangxia hydroelectric power station
• "公伯峡水电站" 英文翻译 :    gongboxia hydropower station
• "李家峡水电站" 英文翻译 :    lijiaxia hydropower station
• "刘家峡水电站" 英文翻译 :    liujiaxia dam
• "三峡水库" 英文翻译 :    the three georges reservoir
• "水电站" 英文翻译 :    [简] (水力发电站) hydroelectric (power) station; hydropower station◇水电站自动化 automation of hydraulic power plant
• "代头水电站" 英文翻译 :    low head water power station
• "多级水电站" 英文翻译 :    cascade hydropower stations; multi-stage water power stations
• "峰荷水电站" 英文翻译 :    peak load hydropower plant; peakloadhydropowerplant
• "胡布水电站" 英文翻译 :    hub power project
• "基荷水电站" 英文翻译 :    base load hydroplant; base-load hydro-plant
• "结雅水电站" 英文翻译 :    zeyskaya ges
• "锦屏水电站" 英文翻译 :    jinping 1 hydropower station
• "龙滩水电站" 英文翻译 :    the longtan hydropower station
• "手动水电站" 英文翻译 :    manual hydroelectric station; manualhydroelectricstation
• "水电站坝" 英文翻译 :    hydroelectric dam; water power dam
• "水电站厂房" 英文翻译 :    powerhouse of hydropower station
• "水电站地址" 英文翻译 :    water power site
• "水电站满载" 英文翻译 :    full plant discharge
• "水电站设备" 英文翻译 :    equipment for hydroelectric station
• "水电站设计" 英文翻译 :    design of hydroelectric power station
• "水电站项目" 英文翻译 :    hydroelectric project
• "水口水电站" 英文翻译 :    shuikou hydroelectric power station
• "梯级水电站" 英文翻译 :    power station in cascade; step hydroelectric station

• In chapter 5 , the estimate of structure vibration in three gorges project is given
  第五章对三峡水电站厂房振动问题作了分析预测。
• Optimization on installment engineering of the operating gate of bottom hole sluice flood in the three gorges hydroelectric station
  三峡水电站泄洪底孔工作门的安装施工
• He said the hydro - electric project has caused conflicts over land shortages and environmental degradation caused by irrational development
  他说，三峡水电站工程导致了土地缺乏的冲突矛盾和不合理开发造成的生态退化。
• Built at a cost of $ 900 million on behalf of state grid corporation , china ' s longest hvdc transmission link delivers much - needed power from the three gorges hydropower plant in central china to the coastal megacity of shanghai
  由中国国家电网公司投资9亿美元建造的这条中国最长的hvdc传输线，从三峡水电站向中国的沿海城市上海输送着大量需要的电力。
• As the space structure of the steel liner - reinforced concrete penstocks of the three gorges is complicated , the two - dimension smear crack model is hard to reflect the real case . so , this paper establishes the smear crack model based on three - dimension
  又因三峡水电站引水压力管道空间结构复杂，用二维的弥漫裂缝模式模拟是很难反映实际情况的，因而本文从三维角度来建立弥漫裂缝模式。
• This paper main discussed the numerical simulative technique of the crack about reinforced concrete . and in this technique , the crack extending in some typical cases about the steel liner - reinforced concrete penstocks of the three gorges hydroelectric station is analyzed
  本文主要探讨了三峡水电站钢衬钢筋混凝土引水压力管道的裂缝数值模拟技术，并用它分析了管道在几种典型工况下的裂缝开展情况。
• In china hydropower station , slrcp is firstly used in dongjiang . later , this type of penstock is used in jinshuitan , jinjiang , taolinkou , wuqiangxi , lijiaxia , jinghong , and also in the largest hydropower station : three - gorge hydropower station
  此后，在紧水滩、锦江、桃林口、五强溪、李家峡、景洪水电站工程中陆续推广使用，举世瞩目的三峡水电站采用的就是“浅槽式钢衬钢筋混凝土坝后背管” 。
• Many great consulting projects have been accomplished , including those for the mist phenomenon of three gorges project on yangtze river , for yantan power plant , for ankang power plant , for ertan power plant , for xiaowan power plant , and for shanxi project
  近期进行了三峡水电站、岩滩水电站、安康水电站、二滩水电站、小湾水电站及珊溪水利枢纽等重大工程的泄洪雾化对枢纽环境的影响咨询，并提出了判断雾化的雨雾强度、影响范围和防治雾化的各种工程措施。
• As we all know that damage constitutional law of concrete is fit for solving mass little cracks situation , that fracture mechanics model is fit for solving only a few cracks situation , that separate crack model is only fit for dealing with those cracks whose locations is known firstly . but these situations do n ' t reflect the crack characteristic of the steel liner - reinforced concrete penstocks of the three gorges . so , this paper adopts the smear crack model to simulate crack
  基于损伤力学模型更适合解决成群微裂缝问题，断裂力学模型更适合解决少数裂缝情形，离散裂缝模式只能解决裂缝位置预先知晓的情形，这些都不符合三峡水电站钢衬钢筋混凝土引水压力管道的裂缝特点，为此本文采用弥漫裂缝模式来进行裂缝的数值模拟，该裂缝模式能解决裂缝位置预先不知晓的情形，且能连续分析而无须重新划分网格。
• Taking the example in the three gorges hydroelectric station , we researched the influence of the weld process on the construction and operation of penstock after moving contract - elongate nodes , analyzed the deformation law of two plans and calculated the crosswise and lengthwise shrinkage in weld process using experience formula and theory respectively , and then analyzed the influence of the welding and installing process on shrinkage , finally chose the best installation plan
  摘要以三峡水电站引水压力钢管施工现场为实例，研究取消伸缩节后焊接对引水压力钢管施工的影响，分析了两种方案在焊接过程中的变形规律，分别用经验公式和理论计算出两种方案焊接时的横向和纵向收缩量，然后分析收缩量对安装焊接过程的影响，选择出最佳安装方案。