Quantitative petrography: approaches and applications

Alena A. Taeubner, V. P. Samodurov
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Abstract

Quantitative petrography is a scientific and industrial direction of geology, which made huge progress due to developments and inventions in information technology and optics in the last decade. This article is introducing the modern and scientific directions of quantitative petrography and describes their current state of art as well as methodical approaches and their application. The research objects of quantitative macropetrography are hand specimens, borehole cores and polished tiles, and of micropetrography are thin and polished sections of rocks samples, splitted rock surfaces and immersion preparations. The goal of the research is to develop and present new methodological approaches of digital microscopy for the analysis of ores, rocks and minerals, as well as to investigate the morphological image analysis capabilities for the transforming from the classical description methods to quantitative petrography.
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定量岩石学:方法和应用
定量岩石学是地质学的一个科学和工业方向,在过去的十年里,由于信息技术和光学的发展和发明,它取得了巨大的进步。本文介绍了定量岩相学的现代和科学方向,并介绍了它们的现状、方法和应用。定量宏观地质的研究对象是手工标本、钻孔岩芯和抛光砖,微观地质的研究目标是岩石样品、劈裂岩石表面和浸渍制剂的薄而抛光的切片。本研究的目标是开发和提出用于矿石、岩石和矿物分析的数字显微镜新方法,并研究从经典描述方法向定量岩石学转变的形态图像分析能力。
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0.00%
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8
审稿时长
12 weeks
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