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Orientation of drill core by use of borehole geophysical imaging

机译:利用钻孔地球物理成像定位钻芯

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摘要

Borehole core must be orientated relative to a geographic coordinate system if meaningful geological, structural and geotechnical information is to be derived from it. This can be achieved by matching core features with features revealed by geophysical images of the borehole wall. The orientation of a reference line marked on the drill core can thereby be calculated, along with the dip and azimuth of any significant features found in the core. A technique developed by the British Geological Survey (BGS) on the basis of borehole imaging is described here and evaluated in the light of results obtained in the orientation of core extracted on behalf of United Kingdom Nirex, Ltd (Nirex).
机译:如果要从中获取有意义的地质,结构和岩土信息,则必须相对于地理坐标系对钻孔芯进行定向。这可以通过将岩心特征与井壁的地球物理图像所揭示的特征进行匹配来实现。从而可以计算出在钻芯上标记的参考线的方向,以及在钻芯中发现的任何重要特征的倾角和方位角。本文介绍了英国地质调查局(BGS)根据井眼成像开发的一种技术,并根据代表英国Nirex,Ltd(Nirex)提取的岩心定向获得的结果进行了评估。

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