利用电阻和感应极化法识别加朗地区托立托利县的矿产潜力

A. Wijaya, T. Zera, N. Hidayat
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引用次数: 2

摘要

在地质上,中苏拉威西省由各种类型的岩石组成,既有火成岩,沉积岩,也有变质岩。在中苏拉威西省,金属和非金属矿产资源种类繁多。对矿物(包括金属和非金属)的需求不断增加。为研究中苏拉威西省一个县的矿产潜力而进行的研究。本研究在中苏拉威西省Tolitoli Regency的Galang街道进行,采用电阻率法和感应极化(IP)法,温纳-斯伦贝谢排列为8条线。激电法对于讨论地表以下矿物的潜力是非常准确的。反演过程对数据进行处理,得到电阻率和电荷率的实际形式。模拟结果表明,中苏拉威西省Tolitoli县Galang街道的矿产潜力主要分布在01巷的所有轨迹上;02;04;05;05;06;07. 这是一个非常高的充电值,在300毫秒- 500毫秒之间。研究区还讨论了在2000 Ωm - 400000 Ωm之间具有高电阻率值的花岗岩和安山岩。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identification of Mineral Potential in Galang District Tolitoli Regency Using the Method of Resistance and Induced Polarization
Geologically, the province of Central Sulawesi is composed of various types of rocks, both in the form of igneous, sedimentary and metamorphic rocks. Regarding Central Sulawesi Province, mineral resources both metal and non-metal are quite varied. Increasing demand and demand for minerals, both metals, and non-metals. Research conducted to study the mineral potential in one of the regencies in Central Sulawesi Province. This research was conducted in Galang Sub-district, Tolitoli Regency, and Central Sulawesi Province by using the resistivity method and the Induced Polarization (IP) method with the Wenner-Schlumberger arrangement consisting of eight lines. The IP method is very accurate to discuss the potential of minerals that are below the surface. The inversion process does data processing in order to obtain the actual form of resistivity and chargeability modeling. Based on the modeling, the mineral potential in Galang Sub-district, Tolitoli Regency, Central Sulawesi Province is mostly found in all trajectories namely lane 01; 02; 04; 05; 05; 06; 07. Which is marked by a very high chargeability value between 300 msec - 500 msec. The research area also discusses granite and andesite, which have high resistivity values, between 2000 Ωm – 400000 Ωm.
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