引水口附近多层地下水系统局部与区域地下水流模拟方法的比较

M. Matusiak, S. Dąbrowski, Witold Rynarzewski
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引用次数: 1

摘要

我们分析了Kalisz附近27平方公里的普罗斯纳山谷含水层。该区域以前是四项基于模型的地方和区域范围研究的主题。此外,还开展了针对上侏罗统含水层开发评价的模拟研究,该含水层似乎是一个独立的地下水循环系统。分析中使用的模型在网格大小(100、125、250和500米)、地下水循环方案(两层、三层或七层)和使用的软件(Hydrylib或Modflow)方面有所不同。地下水稳态流动结果表明,地下水循环方案和网孔尺寸对地下水流动平衡有重要影响。并强调了深层含水层在区域流域流域内地下水取水口的详细模型研究中的重要性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
COMPARISON OF LOCAL AND REGIONAL GROUNDWATER FLOW MODELING APPROACHES OF THE MULTILAYER GROUNDWATER SYSTEM IN THE VICINITY OF THE LIS GROUNDWATER INTAKE
We analyzed 27 km2 of the Prosna valley aquifer near Kalisz. The region was previously a subject of four model-based studies of local and regional range. Furthermore, additional modelling researches were conducted that aimed at evaluation of Upper Jurassic aquifer exploitation, which seems to be a separate groundwater circulation system. The models used in the analyses differed in terms of grid size (100, 125, 250 and 500 m), groundwater circulation scheme (two-, three- or seven-layered), and the software used (Hydrylib or Modflow). The results of groundwater steady-state flow indicate the essential influence of the groundwater circulation scheme and the mesh size on groundwater flow balance. It also emphasizes the importance of deep aquifers in the detailed model-based study in the case of groundwater intakes located within the river valleys of regional drainage range.
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