Thermomagnetic Analysis of the Lake Matano Sediments and the Surrounding Lateritic Soils, South Sulawesi, Indonesia

S. J. Fajar, G. Tamuntuan, S. Bijaksana, J. Russell
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Abstract

Thermomagnetic is one of the most commonly used measurements for determining the dominant type of magnetic mineral of samples. The measurement is separated into two distinct processes, heating and cooling. The sample susceptibility is measured for each temperature change, i.e., from room temperature to 700oC and vice-versa. Based on the thermomagnetic measurement results, magnetite is found to be the predominant magnetic minerals in Lake Matano sediments. The present study applied a correlation analysis technique on the results of thermomagnetic measurement of Lake Matano sediments and compared the result to that of lateritic soils to indicate whether a diagenetic process has occurred on the lake sediments.
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印尼南苏拉威西马塔诺湖沉积物及其周围红土的热磁分析
热磁法是测定样品中主要磁性矿物类型最常用的测量方法之一。测量分为两个不同的过程,加热和冷却。每次温度变化,即从室温到700oC,反之亦然,都测量样品的磁化率。热磁测量结果表明,磁铁矿是马塔诺湖沉积物中主要的磁性矿物。本文应用相关分析技术对马塔诺湖沉积物热磁测量结果进行分析,并与红土土的热磁测量结果进行对比,以判断湖泊沉积物是否发生了成岩作用。
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