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Revisiting PSDM Workflows Using Global Multi- scenario Traveltime Tomography

机译:使用全局多场景旅行时间断层扫描重新审视PSDM工作流程

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Prestack depth migration (PSDM) has become a standard technique for imaging sedimentary basins in many oil provinces. The classical velocity model building workflow is based on linearized traveltime tomography in the depth migrated domain. It has the drawback of being time consuming, since each tomographic update involves a full volume PSDM, and therefore allows only little flexibility in the velocity model building process. In this paper we propose a depth migrated domain formulation of non linear traveltime tomography. It allows in principle to build a velocity model from a single PSDM and opens up the way to new velocity model building workflows, that we will illustrate on a North Sea data example.
机译:Prestack深度迁移(PSDM)已成为许多石油省份成像沉积盆地的标准技术。 经典速度模型构建工作流程基于深度迁移域中的线性化旅行时间断层扫描。 它具有耗时耗时的缺点,因为每个断层更新涉及全卷PSDM,因此允许在速度模型构建过程中只允许的灵活性。 在本文中,我们提出了一种非线性行程断层扫描的深度迁移域制剂。 它原则上允许从单个PSDM构建速度模型,并打开新速度模型建筑工作流程的方式,我们将在北海数据示例中说明。

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