首页> 外文期刊>Revista Monografias Ambientais >CONCENTRATIONS OF METALS IN SOIL FOR BUSY CEMETERY - USE THE TECHNIQUE OF RAY FLUORESCENCE SPECTROMETRY-ENERGY DISPERSIVE X – EDXRF
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CONCENTRATIONS OF METALS IN SOIL FOR BUSY CEMETERY - USE THE TECHNIQUE OF RAY FLUORESCENCE SPECTROMETRY-ENERGY DISPERSIVE X – EDXRF

机译:繁忙公墓土壤中的金属含量-使用射线荧光光谱-能量色散X-EDXRF技术

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http://dx.doi.org/10.5902/2236130810931 The study of contamination of soil and surface water resources and / or by underground cemeteries is an area still fresh in the scientific?community. The main contaminant is necrochorume generated from the decomposition process of the human body over a period of time.?This study aimed to determine the range of variation of the concentration of some metals in soil profiles. We used the technique of Fluorescence Spectroscopy Energy Dispersive X-ray (EDXRF) evaluated in 70 soil samples. The study area was a cemetery located in Seberi in?the northwest of the State of Rio Grande do Sul, Paraná Basin, in Oxisols red ferric aluminum originated from the weathering of volcanic?rocks, basalts forming the type of the Serra Geral Aquifer System / SGAS. The selection of the sampling sites was estimated from the?preferential flow of surface water, using the mathematical method of kriging interpolation. We considered 10 collection points distributed?between the ground surface to a depth of 300 cm, in materials with stony clay matrix to the C horizon Metals Aluminium and Iron and?Vanadium nonmetal showed varying concentrations in different depths of the soil profile.
机译:http://dx.doi.org/10.5902/2236130810931对土壤和地表水资源和/或地下墓地的污染的研究在科学界还是一个新鲜事物。主要污染物是人体在一段时间内的分解过程中产生的坏死菌。本研究旨在确定土壤剖面中某些金属的浓度变化范围。我们使用了荧光光谱能量色散X射线(EDXRF)技术对70个土壤样品进行了评估。研究区域是一座墓地,位于帕拉纳盆地南里奥格兰德州南部西北部的塞贝里,在Oxisols中,红色铁铝是火山岩风化形成的,玄武岩形成了Serra Geral含水层系统的类型/ SGAS。使用克里格插值的数学方法,根据地表水的优先流量估算采样点。我们考虑了10个收集点,这些收集点分布在地表之间,深度为300厘米,在具有C层石质粘土的材料中,金属铝和铁以及钒非金属在不同深度的土壤剖面中表现出不同的浓度。

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