波动方程在地震资料偏移中的应用

D. Loewenthal, Lee Lu, R. Roberson, J. Sherwood
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摘要

近年来,斯坦福大学的Jon Claerbout和他的同事发表了几篇关于波动方程近似数值研究的文章。这些技术已被应用于叠加地震数据的迁移,其中在地球表面测量的地震波场向下外推到地下。本文将对该方法进行简化描述,并对一些实际的计算机编程问题和遇到的不准确类型进行说明。常规生产结果被认为与替代迁移技术产生的结果相当或更好。特别的优点是:第一,可以使用详细的地球速度模型进行迁移;第二,可以保存地震事件的振幅和特征。
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The wave equation applied to the migration of seismic data
In recent years Jon Claerbout and his colleagues at Stanford University have published several articles on numerical studies of approximations to the wave equation. These techniques have been applied to the migration of stacked seismic data, wherein a seismic wave field measured at the earth's surface is extrapolated downward into the subsurface. A simplified description of the method will be given, together with an account of some of the practical computer programming problems and the types of inaccuracies encountered. Routine production results are considered to be comparable or superior to the results derived from alternative migration techniques. Particular advantages are as follows: one, the possibility of using a detailed velocity model of the earth for the migration and two, the preservation of the amplitude and character of the seismic events.
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