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Application Cases: Using Lame Parameters to discriminate Lithology and Fluid Property

机译:应用案例:使用蹩脚参数来区分岩性和流体性质

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A new idea and exploration tools is often required in search of new oil and gas prospect zones in the mature exploration areas, particularly in the efforts for the exploration targeted at the oil and gas accumulations related to non-structural genesis and contact with reservoirs and different formations. The AVO technology and its working principles developed in the 1980s make it possible for us to fulfill this objective. Combining petrophysics, AVO and seismic amplitude inversion technology, this paper makes use of the 3D pre-stack seismic data of the eastern part of Junggar Basin and try to find the Lame parameters and rock density multiply (λp-μp) of the gas-containing reservoir in order to predict the rock and fluid properties, namely the λμ-p(LMR) method (Googway et al, 1997). The purpose is to use the inherent elastic parameter characteristics of multi-porous medium to identify rock and fluid properties.
机译:在成熟的勘探区域中寻找新的石油和天然气前景区域,尤其是在与非结构性创世纪与水库接触的石油和天然气积累的勘探勘探中的勘探中的努力寻找新的思路和探索工具。 形成。 AVO技术及其工作原理在20世纪80年代开发,使我们能够满足这一目标。 结合岩石物理学,AVO和地震幅度反转技术,本文利用Junggar流域东部的3D堆叠地震数据,并尝试找到含气体的跛足参数和岩石密度倍增(λp-μp) 储层以预测岩石和流体性质,即λμ-p(LMR)方法(Googway等,1997)。 目的是使用多多孔介质的固有弹性参数特性来识别岩石和流体性质。

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