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New method for evaluating safe yield and exploitation potential of shallow groundwater in Huaibei Plain, Anhui Province

机译:安徽淮北平原浅层地下水安全生产与开发潜力评价新方法

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There are two disadvantages in the traditional long-term regulation model; it does not take into consideration: (a) the impact of the shape of cone of depression during the pumping period; (b) the well density. Based on these two disadvantages, some modifications were carried out on the traditional long-term regulation model. For the first disadvantage, the concept of critical safe depth of water table was given; while on the second disadvantage, the concept of well density coefficient was given. Combining these two modifications, a new calculation method of safe yield was given. The first modification made the traditional model have the connotation of groundwater dynamics, the second modification made the model closer to actual. Based on the new method for calculating the safe yield and its exploitation potential, Anhui Huaibei Plain was chosen as a study area. The result of the safe yield calculated by the modified model was more reasonable and safe, compared with the allowable withdrawal calculated by the traditional long-term regulation model.
机译:传统的长期监管模型有两个缺点:它没有考虑到:(a)抽水期间凹陷形状的影响; (b)井密度。基于这两个缺点,对传统的长期监管模型进行了一些修改。对于第一个缺点,给出了地下水位临界安全深度的概念。第二个缺点是给出了井密度系数的概念。结合这两个修改,给出了一种新的安全产量计算方法。第一次修改使传统模型具有地下水动力学的含义,第二次修改使模型更接近实际。基于计算安全产量及其开发潜力的新方法,选择安徽淮北平原为研究区域。与传统的长期调控模型计算的允许取款相比,改进模型计算得到的安全产量结果更加合理和安全。

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