Attenuation exists in seismic wave propagation in subsurface layers, and relatively high
attenuation occurs in oil-bearing reservoirs. Inversion of frequency components of observed …

Rock-physics templates establish a link between seismic properties (eg, velocity, density,
impedance, and attenuation) and reservoir properties such as porosity, fluid saturation …

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 …

The deformation mechanism in southeastern Tibet since the continental collision between
the Indian and Eurasian plates could be explained by several models, including two major …

Understanding the mechanisms of wave-induced fluid flow in the pore space combined with
attenuation and dispersion measurements may be used to estimate rock hydraulic …

In fractured reservoirs, seismic wave velocity and amplitude depend on frequency and
incidence angle. Frequency dependence is believed to be principally caused by the wave …

Fluid and effective fracture identification in reservoirs is a crucial part of reservoir prediction.
The frequency-dependent AVO inversion algorithms have proven to be effective for …

Fracture‐background wave‐induced fluid flow (FB‐WIFF) and elastic scattering are
considered two important mechanisms for P‐wave dispersion and attenuation in the …

Fractured rocks are known to exhibit seismic anisotropy and shear wave splitting (SWS).
SWS is commonly used for fractured rock characterization and has been shown to be …

The seismic properties of rocks are known to be sensitive to partial liquid or gas saturation,
and to aligned fractures. P-wave anisotropy is widely used for fracture characterization and …