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Perbandingan Post Stack TIME Migration Metode Finite Difference dan Metode Kirchoff dengan Parameter Gap Dekonvolusi Data Seismik Darat 2d Line “Srda”

机译:带间隙参数的二维“陆地地震数据Srda”叠后时间偏移有限差分方法和Kirchoff方法的比较

摘要

Analysis on Post Stack Time Migration (Post-STM) with finite difference method and Kirchoff method with determine gap parameter on deconvolution after stack had been applied to 2D land seismic at line “SRDA”. This research had purpose to applied seismic data processing to get subsurface imaging with high signal-to-noise ratio and analyze how the gap parameter corresponding on deconvolution after stack, and to determine which the appropriate method of migration between migration finite difference and Kirchoff migration in Post Stack Time Migration (Post-STM). Gap parameter selected in the deconvolution process after the stack is a gap 24, 32 and 64. Based on the analysis of the three parameters were chosen gap 32 which has the best results because the gap 32 in accordance with the conditions of the data and the effect does not change the condition of reflectors on seismic cross section. While the migration phase, the results better structure when subjected Kirchoff migration method, because it is more obvious than the reflector continuity migration finite difference method.
机译:在“ SRDA”线对二维陆地地震进行叠层后,用有限差分法和确定间隙参数的基尔霍夫方法对叠后时间偏移(Post-STM)进行分析。本研究的目的是应用地震数据处理来获得高信噪比的地下成像,并分析间隙参数如何对应叠后反卷积,并确定哪种合适的偏移有限差分和基尔霍夫偏移之间的偏移方法。堆栈后时间迁移(Post-STM)。在堆栈之后的解卷积过程中选择的间隙参数是间隙24、32和64。根据对这三个参数的分析,选择了间隙32,其结果最好,因为间隙32根据数据和数据的条件而定。效应不会改变反射器在地震剖面上的状态。在偏移阶段,采用基尔霍夫偏移法时,结果结构更好,因为它比反射器连续偏移有限差分法更明显。

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