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Multi-parameter Calibration Algorithm Based on 4D Seismic Inversion

机译:基于4D地震反演的多参数校准算法

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In order to obtain more reliable gas reservoir information and implement monitoring gas reservoir dynamically, a correction algorithm based on 4D seismic inversion is put forward in this paper. The algorithm uses visualization technology to observe difference between base horizon data and monitor horizon seismic data while using a normalized technology to calculate the correctors and analyze the seismic data. Through an experiment of the seismic data in a work area, the results show that our algorithm is an efficient way to eliminate volume changes made by the exploiting of oil and gas reservoir, and can clearly show the changes in oil reservoir area.
机译:为了获得更可靠的气体储层信息并动态实施监测气体储层,本文提出了一种基于4D地震反转的校正算法。该算法使用可视化技术观察基地地平线数据和监控地平地震数据之间的差异,同时使用归一化技术来计算校正并分析地震数据。通过实验在工作区中的地震数据,结果表明,我们的算法是消除石油和气体储层开采的体积变化的有效方法,并且可以清楚地展示油藏区域的变化。

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