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首页> 外文期刊>Research journal of applied science, engineering and technology >The Hydro Geophysical Investigation of Oyo State Industrial Estate Ogbomosho, Southwestern Nigeria Using Vertical Electrical Soundings
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The Hydro Geophysical Investigation of Oyo State Industrial Estate Ogbomosho, Southwestern Nigeria Using Vertical Electrical Soundings

机译:垂直电探测的尼日利亚西南部牡蛎水电地球物理调查

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摘要

The aim of this research is to carry out hydro geophysical study of Oyo State industrial estate Ogbomosho with a view to determining the areas that are good for groundwater prospects and the areas that are not suitable for groundwater exploration. Vertical Electrical Sounding (VES) method was used to map Oyo State industrial estate Ogbomosho which lies within latitude 08°06' 07.4" and 08°06' 25.4" North and longitude 004° 15' 03.3" and 004°15' 49.0" East of Southwestern Nigeria. Ten Vertical Electrical Soundings (VES) were carried out across the area using the schlumberger electrode array configuration with current electrode separation (AB) varying from 130 to 200 m. Nine out of the ten modeled curves were H-type where the remaining one was KH-type. The geoelectric sections obtained from the sounding curves revealed 3-layer and 4-layer earth models respectively. The models showed the subsurface layers categorized into the topsoil, weathered/clay, fractured layers and the fresh bedrock. The weathered basement and fractured basement are the aquifer types delineated for the area. Flow net and bedrock relief map showed that the Southern, Northeastern and towards the base of Northwestern direction of the study area are good for borehole development.
机译:该研究的目的是开展Oyo State Industrial Estate Ogbomosho的水电地球物理研究,以确定为地下水前景有益的领域以及不适合地下水勘探的领域。垂直电气探测(VES)方法用于映射Oyo State Industrial Estate Ogbomosho,位于纬度08°06'07.4“和08°06'25.4”北极和经度004°15'03.3“和004°15'49.0”东部尼日利亚西南部。使用斯克洛姆伯格电极阵列配置在该区域上进行十个垂直电影压(VES),电极分离(AB)从130〜200米变化。十九种建模曲线中的九个是H型,其中剩余的曲线是KH型。从探测曲线获得的电气切片分别揭示了3层和4层的地球模型。该模型展示了地下层分为表土,风化/粘土,破碎层和新鲜基岩。风化的地下室和裂缝地下室是该地区划定的含水层类型。流动网和基岩浮雕图表明,南部,东北部和朝向学习区的西北方向的基地对钻孔发育有益。

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