立陶宛东南部Kairėnai多边形径向收敛流场中多孔介质水文地质参数估算

Pub Date : 2022-01-01 DOI:10.5200/baltica.2022.2.4
V. Jakimavičiūtė-Maselienė, V. Samalavičius, Arina Ašipauskaitė, Adrian Guščo
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引用次数: 0

摘要

试验了盐示踪法在第四纪含水层地下水中的适用性。示踪剂实验于2021年在维尔纽斯大学Kairėnai多边形进行水文地质调查。在立陶宛,使用示踪剂的实验并不普遍。因此,这项工作描述了示踪剂在水文地质环境分析中的实际应用,这是一种使盐示踪剂实验成为可能的方法。示踪剂试验结束后,计算出Cl-浓度达到峰值时的水流量,达到9.41 m/d。人工计算有效孔隙度值(0.16),采用TRAC代码(0.1389和0.1341);标准化的背景值)。示踪剂实验的主要结果表明,氯化钠溶液作为示踪剂在立陶宛第四系含水层系统中是有效的,用于实际nef计算,该地区的含水层水导率值与研究区相似。本研究进行的示踪峰分析证实了现场估计含水层网络非均质性的可能性。
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Estimation of hydrogeological parameters of porous media in a radially convergent flow field in Kairėnai polygon, SE Lithuania
In this study, a salt-tracer method applicability in Quaternary aquifer system groundwater was tested. The tracer experiment was performed in Vilnius University Kairėnai polygon for hydrogeological investigations in 2021. In Lithuania, experiments with tracers are not prevalent. Therefore, this work describes the practical use of the tracer for the analysis of the hydrogeological environment, a methodology that enables experiments with salt tracers. After the tracer test, the water flow rate was calculated at the time of the peak concentration of Cl-, which reached 9.41 m/d. The effective porosity value was calculated manually (0.16) and using TRAC code (0.1389 and 0.1341; normalized for background values). The main results of tracer experiments show that sodium chloride solution is effective as a tracer in the Quaternary aquifer system of Lithuania for actual nef calculation, where aquifer hydraulic conductivity values are similar to the studied area. Tracer peak analysis performed in this study confirms a possibility of estimating the heterogeneity of aquifer nef on site.
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