三门峡站

三门峡站天然年径流量周期性分析

Analysis on Periodicity of Natural Annual Runoff Rate at Sanmenxia Station

黄河三门峡站天然年径流量枯水段分析

Analysis on Low Flow Period of Natural Annual Runoff at Sanmenxia Station of the Yellow River

HL（820）－LJ－550水轮机及其在三门峡水电站应用性能分析

Function Analysis of HL ( 820 ) - LJ - 550 Turbine Application in Sanmen Gorge Hydropower Station

三门峡水电站提高汛期发电效率分析

How to Enhance Hydropower Generation Efficiency of Sanmenxia Hydropower Station

三门峡水电站坝前清污问题探讨

Removal of Pollutants in Front of the Dam of Sanmenxia Hydropower Station

三门峡水电站改建与扩建设计

Reconstruction and extension design of the Sanmenxia Hydropower Station

三门峡水电站电气主接线设计回顾

Review on design of the main electric connection for the Sanmenxia Hydropower Station

黄河三门峡水文站1470～1918年年径流量的推求

Natural Annual Runoff Estimation from 1470 to 1918 for Sanmenxia Gauge Station of Yellow River

三门峡水电站水轮机磨蚀破坏原因及规律

The Reasons and the Laws of Hydraulic Turbine Destroy by Corrosion in Sanmenxia Hydroelectric Station

三门峡水电站过机含沙量自动遥测系统研究

Study on Automatic Telemetering System of Sediment Concentration Through Turbines for the Sanmenxia Hydropower Station on the Yellow River

随机时间序列法在三门峡潼关站年来水量预测中的应用

Application of Stochastic Time Series Method in Prediction of the Annual Water Inflow of Tongguan Station in Sanmenxia Reservoir

而且，通过对随机模拟的长序列入库月径流过程的模拟调度，建议了三门峡水电站具体的管理调度运行方式。

At last , using the stochastic simulating monthly inflow series , the operating process of the station is simulated , and some suggested management methods are proposed .

三门峡水电站水轮机的磨蚀破坏是过机含沙量、水轮机水力设计、机组设计制造质量、电站运行工况等多种因素综合作用的结果。

The hydraulic turbine destroy by corrosion is the comprehensive results of sediment content , turbine 's manufacturing and designing qualities , the station operating conditions and other factors .

水轮机过流部件表面防护材料筛选试验及防护方案的确定是三门峡水电站汛期浑水发电试验的一项重要内容。

Choosing the hydraulic turbine 's flow passing parts surface protection material and determining its protection plan are important content of Sanmenxia Hydroelectric Station Power generation experiment in flood seasons .

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。

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 .

为此，充分考虑三门峡水电站运行过程中的各种约束条件，分别采用动态规划和遗传算法给出了电站优化调度模型，建立了该电站的运行调度系统。

Considering all kinds of the constraint condition in the operation of Sanmenxia hydroelectric station , two models of the optimal operation are provided to simulate its operation using dynamic program ( DP ) and genetic algorithm ( GA ) .