1) Xiaolangdi hydraulic power station
小浪底电厂
1.
The hydraulic control system of ring gate of Xiaolangdi hydraulic power station has been put into operation for five years.
小浪底电厂筒阀控制系统运行5年来,系统可靠性好,控制精度高。
2) Xiaolangdi hydropower plant
小浪底水电厂
1.
Analysis on service power and the operation of Xiaolangdi Hydropower Plant;
小浪底水电厂厂用电结构及其运行分析
2.
The black-startup test on No.3 generating unit of Xiaolangdi Hydropower Plant;
小浪底水电厂3号机组黑启动试验
3.
The function and its realization of local stability control devices for Xiaolangdi Hydropower Plant;
小浪底水电厂区域稳定控制装置功能及实现
3) Xiaolangdi hydropower plant
小浪底水力发电厂
1.
According to electric power oscillation,abnormal decrease and increase in the process of governing system operation at Xiaolangdi hydropower plant.
介绍了小浪底水力发电厂调速系统出现的功率波动、功率异常升高和降低等运行不稳定的情况,提出了预防措施,以及对机组控制系统设计中的改进建议。
2.
Discussions on the protection of single phase earthing of the generator s stator in Xiaolangdi Hydropower Plant;
定子绕组的单相接地是发电机最常见的故障之一,为此,小浪底水力发电厂发电机定子单相接地保护采用了双频式保护,即用基波零序电压原理保护距机端约80%的定子绕组,而用3次谐波电压原理保护中性点附近的定子绕组。
5) Xiaolangdi Hydropower Station
小浪底水电站
1.
Analyzing Frequency Adjustment Function of Speed Governor of Turbine Under Different Control Modes in Xiaolangdi Hydropower Station;
浅析小浪底水电站水轮机调速器的频率调整功能
2.
Analysis on the Causes of the Failure of Ring Gate Jam Signal in Xiaolangdi Hydropower Station;
小浪底水电站筒阀发卡信号出现原因分析
3.
Application of the Turbine Efficiency-cavitation Measurement System in Xiaolangdi Hydropower Station;
水轮机效率空蚀测量系统在小浪底水电站的应用
6) Xiaolangdi reservoir
小浪底
1.
Discussion on the criterion of the formation point of density currents in Xiaolangdi Reservoir;
小浪底库区异重流潜入点判别条件的讨论
2.
Starting from the variations in water-sediment conditions after Xiaolangdi reservoir operation, the developing trend of pollution sources is predicted.
从小浪底水库运用后水沙条件的改变入手,进行了污染源发展趋势预测,然后根据二维水质方程,以工业发展速度、工业污染负荷以及断面背景浓度为预测组合条件,预测了孟花段在2010年水平年CODCr浓度的变化趋势。
补充资料：IGCC电厂(见整体煤气化联合循环电厂)
IGCC电厂(见整体煤气化联合循环电厂)
Aintegrated gasification combined cycle plant
IGCC电厂bined eyele(integrated gasifieationConl一plant)见整体煤气化联合循环电厂。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条