利用RTM层析成像和最小二乘RTM成像挪威海玄武岩

S. Baldock, T. Kim, T. Feng, Z. Guo, C. Zeng, H. Bondeson, B. Kjølhamar, M. Hart
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引用次数: 0

摘要

世界上许多地方都有火山侵入体下具有找矿潜力的沉积盆地。然而,玄武岩的粗糙性和高阻抗对比给亚玄武岩构造成像带来了重大挑战。双向波动方程技术可用于解决波场通过玄武岩传播过程中出现的复杂多路径问题。共同偏移RTM (COR)层析成像和最小二乘RTM成功应用于欧洲西北部的三维数据集,说明了这一点。这些技术的使用改善了玄武岩内部和下方的成像和速度模型。
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Imaging beneath Basalts in the Norwegian Sea Using RTM Tomography and Least Squares RTM
Summary Sedimentary basins with prospectivity potential beneath volcanic intrusions occur in many parts of the world. However, the rugosity and high-impedance contrast of the basalt create significant challenges in imaging sub-basalt structures. Two-way wave equation techniques may be employed to address the complex multipathing that occurs during propagation of the wavefield through basalt. This is illustrated by the successful application of common offset RTM (COR) tomography and least squares RTM to a 3D data set from northwest Europe. The use of these techniques has improved the imaging and the velocity model within and beneath the basalt.
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