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3D CRS Velocity Depth Model Building and Depth Processing in Overthrust Geology

机译:推覆地质中的3D CRS速度深度模型建立和深度处理

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The Molasse Basin in Upper Austria is a very mature exploration area. The main problem is the low fold 3D seismic database with a generally good imaging in the northern Molasse Foreland basin and fair to poor imaging in the imbricated Molasse and alpine Flysch areas to the South. As the exploration targets are moving south the image quality in the southern part becomes more and more important. Failure of prestack time migration methods due to the low fold led to the application of Common Reflection Surface (CRS) stacking methods to improve imaging in the Imbricates and in and under the Flysch as well as derive a more reliable interval velocity model in depth.
机译:上奥地利州的莫拉塞盆地是一个非常成熟的勘探区。主要问题是低倍的3D地震数据库,在北部的莫拉塞前陆盆地普遍成像良好,而在南部的摩洛斯和高山复理斯地区则成像水平差或差。随着勘探目标向南移动,南部的图像质量变得越来越重要。由于低褶皱导致的叠前时间偏移方法的失败,导致了通用反射面(CRS)叠层方法的应用,以改善在岩壁中和Flysch内和下的成像,并在深度上推导出更可靠的层速度模型。

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