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首页> 外文期刊>Journal of Water Resources and Ocean Science >Geoelectrical Investigation of Groundwater Potential, at Bosso Campus, Minna, Niger State, Nigeria
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Geoelectrical Investigation of Groundwater Potential, at Bosso Campus, Minna, Niger State, Nigeria

机译:尼日利亚尼日尔州明纳市Bosso校园的地下水电势地电调查

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摘要

Geoelectrical investigation of groundwater potential has been carried out at Bosso Staff Quarters Bosso campus, Federal university of Technology, Minna. The area is situated on latitude 9°38'55.8"N and 9°39'29.0"N and longitude 6°31'19.7"E and 6°31'46.7"E. the survey was carried out with the aim of delineating the potential area for groundwater development and depth to the groundwater within the study area. The Schlumbeger array was used to sound six profiles with a total of 36 Vertical Electrical Sounding (VES) points. The sounding interpretation results were used to generate geoelectric section. The corresponding geologic section were also generated which revealed the existence of three subsurface layers. These layers revealed the existence of three subsurface layers. These layers comprise the top soil, weathered/fractured basement and fresh basement. The results of this analysis are presented as curves of apparent resistivity versus depth, from the digitalized curves obtained from the IP2WIN software, sulfur 11 was used to generates iso-resistivity map at different depth. The analysis of results shows that the area is not appropriate for borehole drilling.
机译:在Minna联邦技术大学的Bosso员工宿舍Bosso校园内已对地下水潜力进行了地电研究。该区域位于北纬9°38′55.8“和9°39′29.0”,东经6°31′19.7“ E和6°31′46.7” E。进行这项调查的目的是勾勒出研究区域内潜在的地下水开发区域和地下水深度。 Schlumbeger阵列用于发声六个轮廓,共有36个垂直电测深(VES)点。测深解释结果用于生成地电剖面。还生成了相应的地质剖面,揭示了三个地下层的存在。这些层揭示了三个地下层的存在。这些层包括表层土壤,风化/破裂的地下室和新鲜地下室。该分析的结果显示为视电阻率与深度的关系曲线,从IP2WIN软件获得的数字化曲线中,使用硫11生成了不同深度的等电阻率图。结果分析表明该区域不适合钻孔。

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