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Exergy-based Water Resource Allocation Of The Mainstreamyellow River

机译:黄河干流以火能为基础的水资源分配

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摘要

Based on the water resource exergy including chemical exergy, thermal exergy, potential exergy and sediment exergy, the allocation of water resource exergy along the mainstream Yellow River is illuminated. The water resource exergy for different anthropocentric water uses is also classified as agricultural irrigation exergy, industrial exergy, urban domestic exergy and rural domestic exergy. Aquatic exergetic ecotope (AEE) index is proposed as an indicator of the river ecosystem status in view of resource characteristic of exergetic assessment. Finally, the influences of the intake water on the AEE indices are well illustrated to reveal the possible impacts of water allocation on the river ecosystem status.
机译:基于化学能,热能,势能能和泥沙能等水资源的可利用量,阐明了黄河干流沿岸水资源的可利用量。各种以人类为中心的水资源利用的水能利用也分为农业灌溉能用,工业能用,城市生活用能和农村生活用能。考虑到高能评估的资源特征,提出了水能高能生态位(AEE)指数作为河流生态系统状况的指标。最后,很好地说明了进水对AEE指数的影响,以揭示水分配对河流生态系统状况的可能影响。

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