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Correlation of Arsenic and Fluoride in the groundwater for human consumption in a semiarid region of Mexico

机译:墨西哥半干旱地区地下水中砷和氟化物的相关性

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The measurement of the values of arsenic and fluoride becomes critical in the characterization of groundwater quality. Although there are anthropogenic sources, most large-scale pollution in groundwater have been documented of geological origin, the arsenic to the reaction of oxidation in sulfide minerals in metasedimentary rocks and the F" value is proportional to the degree of water-rock interaction with fluorite (CaF2), the concentration values are proportional to residence times in aquifers and generally are associated with regional flow systems. The objective of this research was to determine the current correlation of arsenic and fluoride with emphasis in the extraction points used for human consumption, due to the water-rock interaction in a semiarid region in Mexico.
机译:在地下水质量的表征中,砷和氟化物的值的测量变得至关重要。虽然存在人为来源,但地下水中大多数大规模污染已经记录了地质来源,砷对元的硫化物矿物中的氧化反应和F“值与萤石的水岩相互作用成比例(CAF2),浓度值与含水层中的停留时间成比例,并且通常与区域流动系统相关。该研究的目的是确定砷和氟化物的目前相关性,重点是人类消费的提取点到期。在墨西哥半干旱地区的水岩相互作用。

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