One major cause of elastic wave attenuation in heterogeneous porous media is wave-
induced flow of the pore fluid between heterogeneities of various scales. It is believed that …

实际地下介质的复杂多样对地震探测技术提出严峻的挑战. 黏弹性介质理论的发展及其应用,
使得波场衰减信息的利用成为地下油气储层预测的重要技术之一. 在概要回顾介质非弹性吸收 …

When a seismic wave travels through a fluid-saturated porous reservoir containing aligned
fractures, it induces oscillatory fluid flow between the fractures and the embedding …

Frequency-based methods for measuring seismic attenuation are used commonly in
exploration geophysics. To measure the spectrum of a nonstationary seismic signal, different …

Seismic characterization of fractures is of great importance in many disciplines, for which
rock physics models provide the basis to link fracture properties to seismic attributes …

Elastic wave attenuation anisotropy in porous rocks with aligned fractures is of interest to
seismic remote sensing of the Earth's structure and to hydrocarbon reservoir …

This study models the seismic response of porous rock containing two fracture sets with
different orientations, sizes, and connectivities. Modeling demonstrates frequency …

The accurate determination of seismic attenuation, or 1/Q, is useful for signal enhancement
and reservoir characterization. To arrive at the necessary accuracy however, a number of …

从裂缝储层等效各向异性岩石物理理论和五维地震数据裂缝预测技术两个方面对岩石物理驱动
的裂缝预测方法研究现状与进展进行了评述. 第一部分(Ⅰ) 主要介绍裂缝储层等效各向异性岩石 …

Numerous theoretical models have been proposed for computing seismic wave dispersion
and attenuation in rocks with aligned fractures due to wave-induced fluid flow between the …