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首页> 外文期刊>Journal of hydrologic engineering >Bulk Movement of Water between Phreatic and Confined Aquifers Induced by Pumping
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Bulk Movement of Water between Phreatic and Confined Aquifers Induced by Pumping

机译:抽水引起的潜水和承压含水层之间水的大量运动

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摘要

From a water management perspective, the bulk quantity of water moved and where it has been sourced from are more important than simply estimating drawdown effects due to pumping. This note considers the problem of estimating the total quantity of water discharged between each aquifer in a multilayer aquifer model of Dudley Ward and Falle. Direct formulas are obtained in terms of the storativities and leakage coefficients. Assuming a typical disparity of scale between storativities of the phreatic aquifer and confined aquifers, type curves show that over time the vast majority of extracted water is sourced from the overlying phreatic aquifer.
机译:从水管理的角度来看,移动的大量水以及水的来源比简单地估计由于抽水而产生的水降落影响更为重要。本说明考虑了在Dudley Ward和Falle的多层含水层模型中估算每个含水层之间排放的总水量的问题。根据储气度和泄漏系数获得直接公式。假设潜水含水层和密闭含水层的孔隙度之间存在典型的规模差异,类型曲线表明,随着时间的流逝,绝大多数提取水都来自上覆的潜水含水层。

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