1) SaMenXia hydroelectric station
三门峡电站
2) Sanmenxia Hydropower Station
三门峡水电站
1.
Study on Automatic Telemetering System of Sediment Concentration Through Turbines for the Sanmenxia Hydropower Station on the Yellow River;
三门峡水电站过机含沙量自动遥测系统研究
2.
Research on abrasion characteristics of Turbines of Sanmenxia hydropower station;
三门峡水电站水轮机磨蚀特性的研究
3.
In line with vibration fault of hydro-generating unit of Sanmenxia Hydropower Station,the vibration parameters in several conditions were measured by the changing rotation speed tests,changing excitation test and load-changed test and then based on it we analyzes the reason of abnormal vibration of generating unit.
针对三门峡水电站的机组振动故障,通过变转速试验、变励磁试验和变负荷试验测得各种工况下机组的振动参数,据此分析了机组产生异常振动的原因,并做出相应处理,解决了该电站的机组振动故障,提出了建议且总结了经验。
3) Sanmenxia hydroelectric station
三门峡水电站
1.
Summary on the Study of Sanmenxia Hydroelectric Station Experiment on Power Generation in the Flood Seasons of 1989 to 1994;
三门峡水电站1989~1994年汛期浑水发电试验研究情况综述
2.
In this paper with the extended installing capacity in Sanmenxia hydroelectric station as example,the effect of air bubbles on the mechanical oscillation was studied based on the model test.
以三门峡水电站扩机工程为背景,在模型试验成果的基础上研究了进机气泡对机组振动的影响。
4) Sanmenxia Station
三门峡站
1.
Analysis on Periodicity of Natural Annual Runoff Rate at Sanmenxia Station;
三门峡站天然年径流量周期性分析
5) three gorges power station
三峡电站
1.
Review and Prospect of Main Protection Design for Hydro-Generators of Three Gorges Power Station;
三峡电站水轮发电机主保护设计回顾与展望
2.
Influence of Peak Modulation of Three Gorges Power Station in Flood Season on the Navigation Conditions of the Reach Between the Two Dams;
三峡电站讯期调峰对两坝间河段通航条件影响的研究
3.
Effects of peak regulation at Three Gorges Power Station on navigation;
三峡电站调峰流量对航运的影响分析
6) TGP
三峡电站
1.
Experiment Study on the Influence of TGP Regulate Peak Flood to the Navigational Condition Between Two Dams;
三峡电站汛期调峰对两坝间通航条件影响试验
2.
In technology design stage,the cushion layer embedding and pressure controlled embedding patterns for TGP s unit spiral case were studied,and study for direct embedding scheme was conducted based on designed pressure controlled scheme in pre-stage.
三峡电站机组蜗壳在技术设计阶段研究了保压方案和垫层方案,直埋方案研究是在先期按保压方案设计的基础上进行的。
3.
A large quantity of output of gigantic TGP will be sent to Mid-China Electric System, and will be over 10% capacity of the system, hence, it will give an important impact to the system.
三峡电站地处华中,规模巨大,建成后送华中容量超过华中电网装机总容量10%,将对华中电力系统的运行产生重要影响。
补充资料:黄河上最大的电站——龙羊峡电站
黄河上最大的电站——龙羊峡电站
黄河上最大的电站——龙羊峡电站 贺建福撮
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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