首页> 外文期刊>Journal of Contaminant Hydrology >Application of the top specific boundary layer (TSBL)approximation to initial characterization of an inland aquifer mineralization: 2. Seepage of saltwater through semi-confining layers
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Application of the top specific boundary layer (TSBL)approximation to initial characterization of an inland aquifer mineralization: 2. Seepage of saltwater through semi-confining layers

机译:将顶部特定边界层(TSBL)近似应用于内陆含水层矿化的初始特征:2.盐水通过半承压层渗透

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This paper presents a generalized basic study that addresses practical needs for an understand- ing of the major mechanisms involved in the mineralization of groundwater in the Great Bend Prairie aquifer in south-central Kanasas. This Quaternary alluvial aquifer associated surface Waters are subject to contamination by saltwater, which in some areas seeps from the deeper Permian bedrock formation into the overlying freshwater aquifer through semiconfining layers. A Simplified conceptual model in adopted. It incorporates the freshwater aquifer whose bottom is Comprised of a semiconfining layer through which a hydrologically minor but geochemically Important saline water discharge seeps into the aquifer.
机译:本文提出了一项全面的基础研究,旨在解决对理解中南堪萨斯州大本德大草原含水层中地下水矿化的主要机理的实际需求。与第四纪冲积含水层相关的地表水受到咸水的污染,在某些地区,咸水从较深的二叠纪基岩层渗入,并通过半承压层渗入上覆的淡水含水层。采用了简化的概念模型。它包含淡水含水层,其底部由一个半密闭层组成,通过该层,水文较小但对地球化学很重要的盐水排入渗水层。

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