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hydropower station
相关语句
  水电站
    ANALYSIS OF REGIONAL STABILITY OF JILINTAI HYDROPOWER STATION IN XINJIANG
    新疆吉林台水电站区域稳定性分析
短句来源
    MONITORING THE SLIP ON PLANT SLOPE OF TIANSHENGQIAO HYDROPOWER STATION
    天生桥水电站厂房边坡滑移监测
短句来源
    Tests and Studies of the Rock Mass Stress Field of the Undefground Powerhouse Area of Longtan Hydropower Station
    龙滩水电站地下厂房区岩体应力场的试验研究
短句来源
    Analysis On Geologic environment Of Tianshengqiao-I Hydropower Station
    天生桥一级水电站地质环境剖析
短句来源
    Study on the Engineering Geological Conditions within the Hydro-junction of Dackaoshan Hydropower Station during the Prelhoinary Design Stage
    大朝山水电站初设阶段枢纽区工程地质条件研究
短句来源
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  “hydropower station”译为未确定词的双语例句
    APPLICATION OF HYDROGEN OXYGEN ISOTOPES IN KARST HYDROGEOLOGY OF THE JINGPING HYDROPOWER STATION
    锦屏水电工程区岩溶水文地质研究中氢氧同位素的应用(英文)
短句来源
    Research of the Shear Strength of the Clay Filling in Structural Surfaces in the Reconnaissance and Design of Hydropower Station
    水电工程勘测设计中夹泥抗剪强度的研究
短句来源
    SEISMICITY ANALYSIS ON THE DAM AREA IN JILINTAI HYDROPOWER STATION
    吉林台电站场地地震活动性分析
短句来源
    Physical simulation on karst sinking and waterlogging in the Banwen subterranean river system of Yantan hydropower station reservoir area
    岩滩电站库区板文地下河系岩溶侵没内涝物理模拟
短句来源
    THE STRENGTH CHARACTERISTICS OF SLIDE SURFACE OF BULKING LANDSLIDE AND ITS SIGNIFICANCE FOR STABILITY FORECASTING——A successful forecasting of reservoir landslide at Lijiaxia Hydropower Station at the preliminary stage of storage
    溃屈型滑坡滑面强度特征及在稳定性预测中的意义——李家峡水电站初期蓄水水库滑坡预测成功原因分析
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  hydropower station
Creative collaboration of participants during construction of the Sayano-Shushenskoe hydropower station
      
New electric plant and progressive electrical designs at the Sayano-Shushenskoe hydropower station
      
New solutions in arrangement and manufacturing technology of the turbogenerator for the Sayano-Shushenskoe hydropower station
      
The fate of radio-tagged hatchery-reared salmon smolts (Salmo salar L.) was investigated in the tailrace of a hydropower station in the Danish River Gudenaa during 2 years.
      
Initial mortality of radio-tagged Atlantic salmon (Salmo salar L.) smolts following release downstream of a hydropower station
      
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This paper, based on a lot of data ot site investigation and indoor tests made by the author in one hydropower-station damsite on the Yellow River for more than a year, discusses the shear stength of the clay filling in the structural surfaces from the following respects, i.e.,the mechanical types of structural surfaces, the natural condions of the clay filling in discontinuity, the shear strength of the clay filling in structural surfaces under the control of the residual stress on the structural...

This paper, based on a lot of data ot site investigation and indoor tests made by the author in one hydropower-station damsite on the Yellow River for more than a year, discusses the shear stength of the clay filling in the structural surfaces from the following respects, i.e.,the mechanical types of structural surfaces, the natural condions of the clay filling in discontinuity, the shear strength of the clay filling in structural surfaces under the control of the residual stress on the structural surfaces, and the various test methods of clay filling in discontinuity. The author thus puts forward a new friction parameter determining the clay filling in discontinuity, and finally, advances the coefficients of friction of the major structural surfaces of this damsite.

本文通过作者对黄河某电站前后一年多时间的现场研究,以大量的野外实测资料和室内各种试验,从结构面的力学类型,夹泥的天然性状,地应力对夹泥泥化的控制,夹泥的试验方法等主要方面进行了探讨,对夹泥摩擦系数的选择提出了建议方法,分别给定了研究坝址几个主要的潜在滑移面的摩擦系数。

In karst areas of China, a lot of hydropower stations and reservoirs have been built. Most of them are successful. But some of them fail to operate, the main reasons are as followss first, the imperfect knowledge of geological conditions, Secondly, the inadequate capability of reforming the natural conditions. In order to study the law of karst leakage, and estimate the amount of karst leakage and make the optimal design of leakage prevention curtain, the author suggests a classification for these problems...

In karst areas of China, a lot of hydropower stations and reservoirs have been built. Most of them are successful. But some of them fail to operate, the main reasons are as followss first, the imperfect knowledge of geological conditions, Secondly, the inadequate capability of reforming the natural conditions. In order to study the law of karst leakage, and estimate the amount of karst leakage and make the optimal design of leakage prevention curtain, the author suggests a classification for these problems mentioned above of eight groups, twenty-eight types. The leakage is also grouped into five orders. The author also proposes an allowable leakage quantity of reservoirs, and the classification of spatial arrangement patterns applied to the leakage prevention curtain.

在我国岩溶地区,修建了很多水力发电站和水库,其中大多数是成功的,但有一些效果不佳,主要原因是对地质条件认识不足和防渗处理不当。为了研究岩溶渗漏规律和估算岩溶渗漏量,以及对防渗帷幕进行最优设计,作者提出将岩溶渗漏型式划分为八组二十八种类型,渗漏程度分为五级;并提出了水库允许渗漏量和防渗帷幕在平面及剖面布置型式的分类。

This paper analysed the regional stability of Jilintai hydropower station based on the environment of regional geomorphic geological and the charact-eristics of regional seismic activity. The station is located in the Kashi river graben valley formed by recent total upwarping in Tianshan. It is found out that the strong seismic structure belt of Kashi river lies along the dam site, the fundamental of the dam is made of small fault blocks of volcaniclastic rocks and acidic lava in Carboniferous period....

This paper analysed the regional stability of Jilintai hydropower station based on the environment of regional geomorphic geological and the charact-eristics of regional seismic activity. The station is located in the Kashi river graben valley formed by recent total upwarping in Tianshan. It is found out that the strong seismic structure belt of Kashi river lies along the dam site, the fundamental of the dam is made of small fault blocks of volcaniclastic rocks and acidic lava in Carboniferous period. After comprehensive analysis and assessment, it is considered that there is little possibility of magnitude 8 macroseismic dangerous, but exists the possibility of magnitude 5 earthquake along the west of Kashi river fracture zone. The maximum seismic intensity is VII, which may have some effects on the dam.

本文根据区域地质构造资料和区域地震活动特征,分析了新疆吉林台水电站区域稳定性。研究结果表明,该站不利之处是位于天山近代总隆起中喀什河断陷谷地内,喀什河活断裂又从库坝区附近通过。但坝址座落在石炭系组成的小断块上,喀什河断裂8级大震的重复发生间隔为2600—4000年,预测今后百年内库坝区发生直下型大震的可能性极小,其地震基本烈度为Ⅷ度是适宜的。

 
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