Stratigraphic Analysis with Refraction Tomography

P. Hutchinson, Maggie H. Tsai
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Abstract

Near-surface seismic refraction tomography imaged the basal contact of the Upper Cambrian silica-rich Mount Simon Formation with that of the underlying Precambrian granite in central Wisconsin. The discrimination between the Mount Simon and underlying non-conformable contact with Precambrian rocks was based upon a p-wave velocity of 1,700 m/s. Refraction tomography imaged deep, broad tidal channels within the Mount Simon consistent with the inference that Mount Simon was deposited in a high-energy near-shore, probably fluvial environment. The Mount Simon is an arenite that has high commercial value.
折射层析地层分析
近地表地震折射层析成像成像了威斯康星州中部上寒武统富含硅的西蒙山组与下伏前寒武统花岗岩的基底接触。西蒙山与下伏前寒武纪岩石不整合接触的区别是基于1700 m/s的p波速度。折射断层成像成像了西蒙山深处宽阔的潮汐通道,这与西蒙山沉积在高能近岸,可能是河流环境的推断相一致。西蒙山是一种具有很高商业价值的矿石。
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