景洪水电站,Jinghong Hydropower Station英语短句,例句大全

景洪水电站,Jinghong Hydropower Station
1)Jinghong Hydropower Station景洪水电站
1.Primary Electrical Design for Jinghong Hydropower Station;景洪水电站电气一次设计
2.Field Processing of the Turbine s Stay Ring for Jinghong Hydropower Station;景洪水电站水轮机座环现场加工
3.The Field Manufacturing of Turbine Runner for Jinghong Hydropower Station;景洪水电站水轮机转轮的现场制作

英文短句/例句

1.The Machining Technology of Runner at Site of Jinghong Hydropower Station景洪水电站水轮机转轮工地加工技术
2.Study of concrete deformation and heat performance for Jinghong hydropower station景洪水电站混凝土变形性能及热学性能研究
3.Shaking Table Model Test of Ship Lift Tower in Jinghong Water Power Station景洪水电站升船机塔楼的振动台模型试验
4.Study of Heat Transfer Performance in Dam Tunnel and Network Nodes Simple Analysis of Ventilation Tunnel in Jing Hong Hydropower Station;坝体廊道换热效果研究及景洪水电站通风廊道网络节点法初探
5.Influence of flood from Pushi river on flood discharge of Taipingwan hydropower station蒲石河洪水对太平湾水电站泄洪的影响
6.The Hydraulic Model Test on Outlet Works and Energy Dissipation for Chardara Hydropower Station;Chardara水电站泄洪消能模型试验研究
7.Study on Engineering Project Financial Management of Hongjiadu Hydropower Station;洪家渡水电站工程项目财务管理探讨
8.Study on Changheba Hydropower Station Flood Discharging Works Layout长河坝水电站泄洪建筑物的布置研究
9.Tests and research on aeration and corrosion reduction for spillway of Bakun hydropower station巴贡水电站溢洪道掺气减蚀试验研究
10.Rock slide treatment for spillway tunnel of Chahanwusu Hydropower Station察汗乌苏水电站溢洪洞洞室塌方处理
11.Heat Transfer Analysis of Tunnel Ventilaton-Theoretical and Numerical Study of Heat Transfer in Underground Tunnel of Jing-hong and Nuo-zha-du Hydropower Station;廊道通风换热过程分析—景洪、糯扎渡水电站坝体廊道通风理论与数值模拟研究
12.Influence of Pushihe flood to tail water level of taipingwan hydropower station蒲石河洪水对太平湾水电站尾水位的影响
13.Study of Water Yield Prediction in the Underground Power House of Hong Ping Pumped Storage Station;洪屏抽水蓄能电站地下厂房涌水量预测研究
14.Real Time Flood Forecast and Regulation System in Baiyun Reservoir;白云水电站实时洪水预报调度系统研究
15.Hydropower Reservoir Flood Optimal Scheduling Model Pragmatic Approach;水电站水库防洪优化调度的模型与方法
16.Study on Hydraulic Model Test of the Left Spillway in Miaojiaba Hydropower Station苗家坝水电站左岸溢洪道水力模型试验研究
17.Discussion on energy dissipation design for hydropower station at high head and large discharge大流量高水头水电站泄洪消能设计的探讨
18.EXPERIMENTAL STUDY ON SHAFT SPILLWAY HYDRAULIC CHARACTERISTICS OF DA SHI MEN HYDROPOWER大石门水电站竖井式溢洪道水力特性试验研究

相关短句/例句

Jinghong Hydropower Station景洪电站
1.RCC temperature control measures for Jinghong Hydropower Station;景洪电站碾压混凝土工程温控措施效果分析
2.Study on continuous construction of Jinghong hydropower station RCC dam in high temperature;景洪电站高气温条件下大坝碾压混凝土连续施工研究
3)Hongkou hydropower station洪口水电站
1.Application of new technology of lean cemented aggregate in Hongkou Hydropower Station construction;贫胶粗粒料筑坝新技术在洪口水电站的设计与实施
2.Based on the scheduled construction progress of the RCC dam in Hongkou hydropower station,numerical simulation is used to simulate and calculate temperature field and stress field during construction and operation stages of the RCC dam.根据洪口水电站碾压混凝土大坝的施工进度,进行了大坝施工期和运行期的温度场和应力场的仿真计算,讨论了坝体设置诱导缝和永久横缝的优劣,分析可能产生裂缝的原因及提出相应的温控防裂措施。
4)Liuhong Hydropower Station柳洪水电站
1.Inquiring into sediment flushing measures and operating mode of Liuhong Hydropower Station;对柳洪水电站泄洪冲沙措施及运行方式的探讨
2.Discussion on stability treatment method for accumulation body on left bank of reservoir for Liuhong Hydropower Station;柳洪水电站库区左岸堆积体稳定处理方法探讨
3.The Research and Practice of Excavation Construction Technology for Long Inclined-shaft of Liuhong Hydropower Station;柳洪水电站长斜井开挖施工技术研究与实践
5)Hongmen hydropower station洪门水电站
1.Treatment for cracks on piers of the spillway at Hongmen hydropower station;洪门水电站溢洪道闸墩裂缝处理
2.Sludge from drain hole of drainage gallery at the spillway foundation of Hongmen hydropower station;洪门水电站溢洪道基础排水廊道排水孔析出物分析
3.This paper analysed the measured data by piezometer tubes at the main dam foundation fault F11 of Hongmen hydropower station in aspects such as water level, gradient, potential, rope kit picture and so on, which indicated that the effect of anti-seepage curtain was declined, the F11 fault had been in erosion and its operation performance was deteriorated gradually.对洪门水电站主坝坝基F11断层测压管资料从水位、坡降、位势、绳套图等方面进行了分析,结果表明帷幕防渗作用在减退,F11断层已受到冲蚀,运行性态正在逐步恶化,并提出应尽早进行补强灌浆的处理措施,保障大坝安全运行。
6)Hongjiang hydropower station洪江水电站