利用能量色散x射线荧光法测定阿比让科科迪市Côte科特迪瓦附近城镇泻湖中的元素含量

A. Agbo, K. Djagouri, J. Brigui, Konin Pierre-Claver Kakou
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引用次数: 1

摘要

利用核化学技术和能量色散X射线荧光技术对八个来自埃布里泻湖的具有污染效力的水瓶进行了研究。这种污染的特征是pH值和电导率参数,Fe(0.731)、Mn(0.345)、Cr(0.070)、Cu(0.014)等金属的平均浓度(mg/L),以及已知的污染物和对生物有毒的营养物质浓度。这些重金属对生命和当地居民构成危险,也对水生生物构成威胁,因为这些水对经济城镇阿比让至关重要。根据锰浓度平均值(0.345 mg)高于世界卫生组织值(0.05 mg),污染物质的主要可能来源是人为、工业和农业。这项研究还表明,泻湖附近使用的材料和润滑剂污染了这些水。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Determination of Element Levels of Lagoon from Townships near Cocody City Abidjan Côte D’Ivoire Using Energy Dispersive X-Ray Fluorescence
Eight water bottles from Ebrie lagoon with pollution potency were studied using nuclear chemistry technique and Energy dispersive X-ray fluorescence. This pollution is characterized by pH and conductivity parameters, concentrations average in mg/L of metals such Fe (0.731), Mn (0.345), Cr (0.070), Cu (0.014) and concentrations of nutrients known to be pollutants and toxic for living or-ganisms. These heavy metals are dangerous to the lives, the local inhabitants and also a threat to aquatic life since this water is essential for the economical town, Abidjan. According to the Manganese concentration average (0.345 mg) values that higher than WHO (0.05 mg) value, the main likely source of pollu-tants is anthropogenic, industrial and agricultural. This study also shows the use of materials and lubricants near the lagoon that pollute this water.
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