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Flood Forecast Project of Double Mutual Inflow Reservoir

机译:双流互蓄水库洪水预报工程

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摘要

Zhanghe reservoir is composed of Guan Yinsi reservoir and Ji Gongjian reservoir through semi-natural open channel. The characteristics of two reservoirs are greatly disparate. Because of transmitting water by open channel, reservoir level observation error and backwater storage calculation error, many flood forecast projects established did not come to applied level. This text develops the forecast project based on analyzing the characteristics of these errors and then adopts real-time adjustment technique. It basically avoids the calculating error problem, and makes the average deterministic coefficient, the qualified rate of flood peak, the qualified rate of time to peak of Zhanghe reservoir flood forecasting project comes to 91.09%, 100% and 90.91% respectively. While the average deterministic coefficient, the qualified rate of flood peak, the qualified rate of time to peak of Guanyinsi reservoir flood forecasting project comes to 90.63%, 100% and 100% respectively, which establishes first-rate Zhanghe reservoir flood forecast project.
机译:漳河水库由观音寺水库和吉宫孔水库通过半天然明渠组成。两个储层的特征截然不同。由于明渠输水,水库水位观测误差和回水蓄水计算误差,许多已建立的洪水预报项目没有达到应用水平。本文在分析这些误差的特征的基础上开发了预测项目,然后采用实时调整技术。基本上避免了计算误差问题,使漳河水库洪水预报工程的平均确定系数,洪峰达标率,洪峰达标率分别达到91.09%,100%和90.91%。观音寺水库洪水预报工程的平均确定系数,洪峰合格率,高峰时间分别达到90.63%,100%和100%,建立了漳河一流水库洪水预报工程。

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