A new method for simultaneous inversion of porosity and saturation based on rock-physics model and hybrid optimization method was presented.
提出了一种基于岩石物理模型与混合优化算法同时反演孔隙度和饱和度的新方法。
A new pressure and saturation change nonlinear inversion method is proposed using time-lapse seismic data, which is based on hybrid optimization method and rock-physics model.
在现有研究基础上提出基于岩石物理模型和混合优化算法的时移地震反演压力、饱和度变化方法。
In this paper, First introduce the geologic model of continental sedimentation, the rock physics expression about oil and gas reservoir of ShengLi oil Filed.
本文首先介绍了陆源沉积储层的地质模型，胜利油田部分油、气田储集层的岩石物理学特征。
Rock physics is a tie that links seismic to reservoir engineering. However, several incompatible rock physical models coexist currently. It is high time to develop a universal rock physical model.
岩石物理学是连接地震与油藏工程的纽带，但目前存在着多种互不兼容的岩石物理模型，因此，有必要开发一种适合所有情况的单一岩石物理模型。
Rock physics is a tie that links seismic to reservoir engineering. However, several incompatible rock physical models coexist currently. It is high time to develop a universal rock physical model.
岩石物理学是连接地震与油藏工程的纽带，但目前存在着多种互不兼容的岩石物理模型，因此，有必要开发一种适合所有情况的单一岩石物理模型。
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