MUARO PIJOAN村庄MUARO PIJOAN采用了WENNER的ge对排水量方法

Eka Nurshafni, Faizar Farid, Samsidar Samsidar, Linda Handayani
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引用次数: 2

摘要

该研究是在Muaro Jambi县Jambi Luar Kota区Muaro Pijoan村使用地电wenner配置方法完成的。本研究的目的是绘制Muaro Pijoan村的电阻率图并确定地下水位置。研究区域分为5条轨道,沿100米2条轨道,沿200米3条轨道。长度为100米的轨道间距为5米,长度为200米的轨道间距为10米。测量得到的值是电流和电势的值,该值用于得到视电阻率。然后利用Res2Dinv软件将视电阻率值反演为二维形式。反演结果为3个带颜色的截面电阻率成像,每个颜色表示一个地下电阻率值。根据岩石电阻率表,地下水的电阻率值在30-100 Ω.m之间。通过电阻率分析发现,所有轨道都有潜在的地下水含量,其位置在土壤表面以下2.5 ~ 34.6 m不等。地下水潜力最大的是3号轨道,最小的是5号轨道。根据其地下水位置,Muaro Pijoan村包括浅层地下水。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PEMETAAN AIR TANAH PADA LAHAN KERING DI RT 05 DESA MUARO PIJOAN MENGGUNAKAN METODE GEOLISTRIK KONFIGURASI WENNER
The Study has been done using the geoelectric wenner configuration method in Muaro Pijoan Village, District of Jambi Luar Kota, Muaro Jambi Regency. The purpose of this study were to map the resistivity and determine the ground water position in Muaro Pijoan Village. The study area is divided into 5 tracks, 2 tracks along 100 meters and 3 tracks along 200 meters. Tracks with length 100 meters has space 5 meters and the track with length 200 meters has space of 10 meters. The value obtained from the measurement is the current and potential values, the value is used to obtain the apparent resistivity. The apparent resistivity value is then inverted using Res2Dinv software into 2 dimensional form. The inversion results in 3 cross-sectional resistivity imaged with color and each color indicates a sunder ground resistivity value. Based on the rock resistivity table, ground water has a resistivity value between 30-100 Ω.m. From the cross-sectional resistivity it is found that all tracks have a potential ground water content and the location varies from 2.5 to 34.6 meters below the soil surface. The largest groundwater potential is on track 3 and the smallest is on track 5. Based on its groundwater position in Muaro Pijoan Village includes shallow groundwater. 
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