1)PuBuGo瀑布沟
英文短句/例句
1.Pubugou Hydropower Project and Dadu River in Development瀑布沟水电项目和大渡河开发(英文)
2.Studying on the Stability of the High and Steep Rocky Slope at the Right Bank of Anterior Dam in Pubugou Hydraulic Power Station;瀑布沟坝前右岸岩质高陡边坡稳定性研究
3.Surrounding Rock Mass Classification of Underground Power House at Pubugou Hydroelectric Power Station on Dadu River;大渡河瀑布沟水电站地下厂房围岩分类研究
4.Gravel-soil screening-conveying system for construction of Pubugou Hydropower Station瀑布沟水电站施工砾石土筛分输送系统设计
5.Design and improvement of filter material processing system for construction of Pubugou Hydropower Station瀑布沟水电站反滤料加工系统的设计与改进
6.Analysis on construction monitoring of gravel-soil core of rock fill dam of Pubugou Hydropower Station瀑布沟水电站大坝砾石土心墙施工监测分析
7.Analysis on rolling compaction experiment of gravel soil material from Zone No.0 of borrow area for Pubugou Dam瀑布沟大坝砾石土料场0区材料碾压试验分析
8.Refined Back Analysis on Initial Geostress for Underground Chamber Area of Pubugou Project瀑布沟地下厂房区初始地应力精细反演分析
9.Test of Surrounding Concrete of Steel Spiral Case Keeping Constant Internal Water Pressure in Pubugou Hydropower Station瀑布沟水电站充水保压蜗壳结构模型试验
10.Construction quality control of dam foundation overburden in Pubugou hydropower station瀑布沟水电站坝基覆盖层施工质量控制
11.Study on Stability Evaluation and Support Methods of the Kaergou High Steep Slope for Pubugou Hydroelectric Power Station瀑布沟水电站卡尔沟料场高陡边坡稳定性评价及支护对策研究
12.To construct this hydropower station is a new milestone in the cascade development of Dadu River.瀑布沟水电站的开工建设是大渡河梯级开发的一个新的里程碑。
13.Construction of Pubugou Hydropower Project on Dadu River Adapt to Advanced Productivity Development建设与先进生产力发展要求相适应的大渡河瀑布沟水电站工程
14.Stability Analysis on Side Slope in the Spillway Chute Pubugou Hydroelectric Power Station under Different Function of Releasing Floodwater;大渡河瀑布沟水电站溢洪道陡槽段雾化边坡稳定性研究
15.Stability Analysis of Surrounding Rock and Optimization of Supporting Structure in Pubugou Hydropower Station Diversion Tunnels;瀑布沟水电站导流洞围岩稳定性与支护结构优化分析
16.Application of Gray System Theory in Discharge Tunnel Schedule Control at Pubugou Hydropower Station;灰色系统理论在瀑布沟水电站泄洪洞工程进度控制中的运用
17.Static and Dynamic Analysis of the Outlet High Slope of the Tailrace Tunnel of Pubugou Hydropower Station;瀑布沟水电站尾水隧洞出口高边坡静动力稳定性三维有限元分析
18.The Design and Optimization of Pubugou Underground Powerhouse, and Numerical Simulation and Analyse of Wall Rock s Stabilization;瀑布沟地下厂房优化设计和洞室群围岩稳定数值模拟分析
相关短句/例句
Pubugou dam瀑布沟大坝
1.Analysis on rolling compaction experiment of gravel soil material from Zone No.0 of borrow area for Pubugou Dam瀑布沟大坝砾石土料场0区材料碾压试验分析
2.Application of gravelly soil in Pubugou dam砾石土在瀑布沟大坝工程中的应用
3.The joint type between dam imperious wall and core wall is key to Pubugou dam.为了解决瀑布沟水电工程中大坝基础防渗墙与心墙的连接问题,采用非线性有限元方法,分析了瀑布沟大坝基础防渗墙通过廊道与心墙连接的不同构造形式下,坝体和防渗墙的应力应变以及心墙、廊道位移情况。
3)Pubugou Project瀑布沟工程
4)Pubugou Power Station瀑布沟电站
5)Pubugou hydropower station瀑布沟水电站
1.Dam Construction Simulation System of Pubugou Hydropower Station based on Data driving;基于数据驱动的瀑布沟水电站大坝施工仿真系统
2.Acceptance test of turbine model for Pubugou Hydropower Station;瀑布沟水电站水轮机模型验收试验
3.Study on hydraulic model test of river closure in Pubugou hydropower station;瀑布沟水电站截流水力学模型试验研究
6)Pubugou Hydroelectric Power Station瀑布沟水电站
1.Analysis of Pubugou Hydroelectric Power Station Underground Power House Rock Mass Seepage Field Impacts on Surrounding Rock Stability;瀑布沟水电站地下厂房岩体渗流场对围岩稳定的影响分析
2.In regard to the continuity,abundance and safety,the relia-bility analyses on various schernes of electric one-line diagrain was made on the basis of reliability calculationof electric one-line diagram for Pubugou hydroelectric power station.并结合瀑布沟水电站电气主接线可靠性计算，从供电连续住、充裕性、安全性等方面对各接线方案进行了可靠性分析，对ＳＦ６管道母线、５００ｋＶ电缆等设备故障参数的不确定性，作了参数敏感性分析。
延伸阅读
海螺沟冰川大瀑布沿冰川上行三公里，绕过黑松林，即可望见这条大冰瀑布。冰瀑布宽达1100米，落差1080米，由无数极其巨大的光芒四射的冰块组成，仿佛从蓝天直泄而下的一道银河。除非你亲眼见到，没有任何词汇能形容它的瑰丽笥伟大。冰川最高点的海拔为6750米，而最下端的海拔高度仅为2850米，它不但是低纬度低海拔的冰川，而且是落差最大的冰川。由于冰体组成的冰瀑布不象水瀑布那样流动，但由于冰体融冻作用，它不断产生冰崩。冰川活动剧烈的春夏季，一天可达上千次，最多时一次可塌垮上百万立方米的冰体。冰崩时，冰体间剧烈的撞击与磨擦会产生放电现象，一时蓝光闪烁、大地震颤、山谷轰呜，千千万万的冰块滑落着、飞溅着，扬起漫天雪雾。冰瀑布的观景点是通过多次观察与计算选择的，远在冰瀑布数公里外，因此，即使是最大规模的冰崩也不会给游客的安全带来威胁。海螺沟冰川众多，较大的冰川就有三条，最大的称为一号冰川，长约14公理。海螺沟冰川常人最容易进入的冰川，一般体力者可亲身登上冰体厚度为100米左右的冰川，但一般是不允许游客自行前往大冰瀑布的，因为在冰层覆盖下有暗河，稍不留意，就有可能酿成大错，曾经有一位登山者就掉入暗河。如果要上冰川，一定要当地的导游带领才可以进入。海螺沟的二、三号冰川分别长为4.8、4.2公理，在一号冰川之侧面，但他们的最低点的海拔也在3650米以上，常人很难到达，仅供专业登山者攀登。
