Sanmenxia Reservoir Optimal Scheduling of Peach Flood
Haijun Wang
Abstract
Haijun Wang
Abstract
This paper describes the Wanjiazhai reservoir regulation,the use of optimization peach flood test flood and erosion control to reduce the Sanmenxia Reservoir Tongguan non-flood water level does not exceed 318 m high and other methods to change the Sanmenxia Reservoir peach flood runoff process and the use of the reservoir boundary conditions,proposed to strengthen the hydrological analysis,improve forecast accuracy,optimize reservoir real-time scheduling and other measures,the flood storage can be achieved before the peaches are not abandoned flood water,flood water in a small abandoned to maximize water efficiency.
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This paper describes the Wanjiazhai reservoir regulation,the use of optimization peach flood test flood and erosion control to reduce the Sanmenxia Reservoir Tongguan non-flood water level does not exceed 318 m high and other methods to change the Sanmenxia Reservoir peach flood runoff process and the use of the reservoir boundary conditions,proposed to strengthen the hydrological analysis,improve forecast accuracy,optimize reservoir real-time scheduling and other measures,the flood storage can be achieved before the peaches are not abandoned flood water,flood water in a small abandoned to maximize water efficiency.
Key concepts: Flood myth, Environmental science, Surface runoff, Hydrology (agriculture), Flood control, Scheduling (production processes), Water resource management, Geology