通过3D层析成像、XRF和样品重量的新颖组合,获得地质结构、密度、矿物和纹理

M. Bergqvist, Eric Landström, Eric Landström, S. Luth
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引用次数: 8

摘要

利用x射线透射和x射线荧光的综合数据扫描岩心,自动测量重量,同时对岩心进行3D断层扫描,可以获得高分辨率的3D可视化结构、纹理和矿物分布,以及沿钻孔的元素和密度分布。平面和线性结构等数据可以在三维体中标注,然后连同元素浓度和密度一起导出到区域建模或其他软件包中。颗粒大小和分布可以出口,以生产立体网。来自欧盟地平线2020资助的X-Mine项目(2017年)的一个例子,其中说明了工作流程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Access to geological structures, density, minerals and textures through novel combination of 3D tomography, XRF and sample weight
Summary Scanning drill cores using combined data from X-Ray Transmission and X-Ray Fluorescence, automatically measuring the weight, and performing 3D tomography of the core at the same time, gives a high-resolution 3D visualisation of the structures, textures and mineral distribution as well as elemental and density distribution along the drill hole. Data such as planar and linear structures can be annotated in the 3D volume and later exported into regional modelling or other software packages together with elemental concentrations and density. Particle sizes and distribution can be exported to produce stereo nets. An example from the European Union Horizon 2020 funded X-Mine project (2017), where a work flow is illustrated.
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