在地震定量解释中常需使用多种地球物理数据(地质, 地面地震, 井间地震, VSP,
测井与实验室岩芯测试等数据) 进行储层预测和烃类检测, 然而由于各种资料间存在着记录方式 …

摘要含流体孔隙介质中地震波的速度频散和衰减在指导复杂储层含油气性识别领域具有重要
意义. 本文构建了包含微观挤喷流与介观层间流影响的跨尺度模型, 并使用求解介质等效模量的 …

The velocity dispersion and attenuation of seismic waves in fluid-saturated porous media
are of great guiding significance in complex oil and gas reservoir identification. We construct …

Under the excitation of elastic waves, local fluid flow in a complex porous medium is a major
cause for wave dispersion and attenuation. When the local fluid flow process is simulated …

Strong heterogeneity and complex pore systems of carbonate reservoir rock make its rock
physics model building and fluid substitution difficult and complex. However, rock physics …

The integrated application of multi-scale geophysical data (geological, surface seismic,
crosswell seismic, VSP, Logging and laboratory data) are usually required in the reservoir …

Seismic energy decays while propagating subsurface, which may reduce the resolution of
seismic data. This paper studies the method of seismic energy dispersion compensation …

Elastic wave properties of sandstones and shales are fundamental for interpretation seismic
data in terms of physical properties of reservoirs and fluid distribution. The ultrasonic (10 5 …

An improved model based on Biot poroelastic theory is presented incorporating the initial
seepage flow in the matrix. The proposed model quantifies wave propagation in the oil field …

近年来发展的孔隙, 裂隙介质弹性波动理论是孔隙介质声学的重要进展, 提高了声学参数对岩石
流体识别的灵敏度. 岩石中裂隙的存在增大了岩石速度的频散程度. 目前发展的孔 …