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Implementing A Method Of Screening One-well Hydraulic Barrier Design Alternatives

机译:实现一种筛选单井液压障碍设计方案的方法

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This article provides details of applying the method developed by the authors (Rubin et al. 2008b) for screening one-well hydraulic barrier design alternatives. The present article with its supporting information (manual and electronic spreadsheets with a case history example) provides the reader complete details and examples of solving the set of nonlinear equations developed by Rubin et al. (2008b). It allows proper use of the analytical solutions and also depicting the various charts given by Rubin et al. (2008b). The final outputs of the calculations are the required position and the discharge of the pumping well. If the contaminant source is nonaqueous phase liquid (NAPL) entrapped within the aquifer, then the method provides an estimate of the aquifer remediation progress (which is a by-product) due to operating the hydraulic barrier.
机译:本文提供了应用作者(Rubin等,2008b)开发的方法来筛选单井水力屏障设计替代方案的详细信息。本文及其辅助信息(带有案例历史记录示例的手动和电子表格)为读者提供了完整的详细信息和解决Rubin等人开发的非线性方程组的示例。 (2008b)。它可以正确使用分析溶液,并可以描述Rubin等人给出的各种图表。 (2008b)。计算的最终输出是所需位置和抽水井的排水量。如果污染物源是夹带在含水层中的非水相液体(NAPL),则该方法将估算由于操作水力屏障而引起的含水层修复进度(其为副产品)。

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