Estimation Of Mangaan Carrier Rock Volume Using Geoelectric Method In Empol Sub-Village, West Lombok Regency

Dieni Haryati Utami, A. T. Alaydrus, S. Minardi
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Abstract

The research has been done using geoelectric resistivity method to estimate the volume of Manganese (Mn) carrier rock in Empol sub-village, Central Sekotong Village, West Lombok NTB. Measurements was conducted with the Wenner configuration using a Resistivity Meter G-Sound GL - 4100. Data was modeled and calculated using three software, there are Res2Dinv 3.5, Surfer 10, and Rockwork 15. The rocks that regarded as carrier mangaan is pyrolusite manganese (Mn02). The description and distribution of MnO2 can be determined from the results of 2-dimension modeling using Res2Dinv. Mn02 was detected in almost all resistivity line with value around 0,023 m up to 9,8 m. From the 3-dimension visualization processed using RockWorks 15 software, we obtained volume of pirolusit about 38,199 m3 of area 160,000 m2 and 100 m of thickness.
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用地电法估算龙目岛西部恩波尔村Mangaan载体岩石体积
利用地电阻率法估算了NTB西部龙目岛中央Sekotong村Empol村锰载体岩的体积。测量采用温纳结构,使用G-Sound GL - 4100电阻率计。数据建模和计算使用三个软件,分别是Res2Dinv 3.5, Surfer 10和Rockwork 15。作为载体锰的岩石为软锰矿锰(Mn02)。利用Res2Dinv进行二维建模的结果可以确定MnO2的描述和分布。在几乎所有的电阻率线上都检测到Mn02,其值在0.023左右,最高可达9,8。通过使用RockWorks 15软件进行的三维可视化处理,我们获得了体积约为38,199 m3的体积,面积为160,000 m2,厚度为100 m。
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