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首页> 外文期刊>Construction and Building Materials >Investigatin Of Laterite Stones For Building Purpose From Malabar Region, Kerala, Sw India - Chemical Analysis And Microstructure Studies
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Investigatin Of Laterite Stones For Building Purpose From Malabar Region, Kerala, Sw India - Chemical Analysis And Microstructure Studies

机译:印度SW喀拉拉邦马拉巴尔地区用于建筑目的的红土石的调查-化学分析和微观结构研究

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This study reports on the chemical and microstructural analysis of laterite from four different quarries for building purposes from Malabar region in Kerala in the south west of India. Wet chemical analysis was performed to determine the amounts of the various oxides present, while the microstructural characteristics such as mineral composition, texture and structure were analysed using advanced instrumental techniques such as polarized petrographic microscope, X-ray diffraction analysis and scanning electron microscopy. An attempt was made to understand the link between physico-mechanical characteristics and the chemical composition and microstructure. The study revealed that high strength laterite was abundant in heavier minerals like hematite and goethite and was marked by dense and continuous crystalline matrix, whereas low strength laterites were abundant in clay minerals (mainly kaolinite), and showed a scattered distribution of iron minerals. In terms of chemical composition, the differences between the four types of laterite were not significant.
机译:这项研究报告了来自印度西南部喀拉拉邦马拉巴尔地区四个不同采石场的红土的化学和微观结构分析。进行湿化学分析以确定存在的各种氧化物的量,同时使用先进的仪器技术(如偏光岩相显微镜,X射线衍射分析和扫描电子显微镜)分析微观结构特征(例如矿物组成,质地和结构)。试图理解物理机械特性与化学成分和微观结构之间的联系。研究表明,高强度红土富含于赤铁矿和针铁矿等较重的矿物中,并具有致密且连续的结晶基质,而低强度红土则富含于粘土矿物(主要是高岭石)中,并且铁矿物分布较分散。在化学组成方面,四种类型的红土之间的差异不显着。

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