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Evolution and Mineralization of Water Chemistry in the Aquifer systems of the Terminal Complex of the Wadi Righ Valley

机译:WADI RIGH山谷末端综合体中水化学进化与矿化

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Groundwater resources in the Wadi Righ valley are represents an important part into the eastern basin of the Algerian Sahara. It characterized by a superposed of two main major aquifers: the former represented by the Intercalary Continental (IC) and the latter by Terminal Complex (TC). This study is focused on the quality aspects of water hosted into Terminal Complex which chow a multi-layers lithology. From a qualitative point of view, various studies have highlighted indicates that the waters in this region showed displays an excessive mineralization, including the waters of the Terminal Complex (EC= 5854.61 S / cm). The application of geochemical methods on applied to the analytical data obtained from wells in the region where the appurtenance of water car reach different layers of the water system of multi-layered aquifer waters of Terminal Complex of the Wadi Righ valley. Therefore, the linear correlations between the chemical elements were composition calculated and it indicates water composition which reflects the water and the lithological nature of different layers of the aquifer. It highlights also the connection between different formation, and predicts possible connection of water between three levels groundwater's in these's layers on one hand and it indicates the mineralization origin of water that represented by the influence highly influenced by various lithological formations. The results show that the mineralization of water is from geological origin. It concerns the composition of the layers that make up the Terminal Complex.
机译:Wadi Righ Valley的地下水资源代表了阿尔及利亚撒哈拉沙漠东部盆地的重要作用。其特征在于两个主要的主要含水层:前者由Intercalary Continental(IC)和后者由终端复合物(TC)表示。本研究专注于托管进入终端复合物的水的质量方面,该复合物吞噬多层岩性。从定性的角度来看,各种研究突出显示表明该区域的水显示出过量的矿化,包括末端复合物的水(EC = 5854.61 s / cm)。地球化学方法应用于应用于井上的井中的分析数据的应用,其中水车达到不同层含水层水系统的不同层含水层的瓦迪山谷枢纽络合物的水系统。因此,化学元素之间的线性相关性是计算的组成,表明水组合物反射水的水和含水层的不同层的岩性性质。它还亮点不同地层之间的连接,并在一只手上预测三个层面的地下水之间的水的可能连接,它表明了由各种岩性形成的影响高度影响的水的矿化来源。结果表明,水的矿化来自地质来源。它涉及构成末端复合物的层的组成。

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