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Analysis on Factors of Elastic Impedance Based on Connolly Formula

机译:基于康诺芳公式的弹性阻抗因素分析

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The elastic impedance is the combination of acoustic impedance inversion and AVO technology, which makes it more comprehensive and more intuitive to distinguish the oil and gas information. Nowadays, the studies on elastic impedance mainly focus on the derivation of new elastic impedance formulas and the qualitative analysis of practical application. But there is still a lack of systematic study and discussion for the factors affecting the accuracy of EI formula and the quantitative calculation of EI inversion. This article discusses three factors, K value, incident angle and the convolution model, based on Connolly formula and does some forward modeling to test the factors' effects. The results show that to avoid the negative influence, a small range of incident angle of seismic data should be used in the course of Connolly EI inversion.
机译:弹性阻抗是声阻抗反转和AVO技术的组合,这使得利用石油和气体信息更加全面且更直观。 如今,对弹性阻抗的研究主要集中在新的弹性阻抗公式的推导和实际应用的定性分析。 但仍然缺乏系统的研究和讨论影响EI公式准确性的因素和EI反转的定量计算。 本文讨论了三个因素,k值,入射角和卷积模型,基于康诺齐公式,并进行了一些前进建模以测试因素的效果。 结果表明,为了避免负面影响,应在Connolly EI反转过程中使用少量入射角度的地震数据。

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