Modulus defect, velocity dispersion and attenuation in partially-saturated reservoirs of Jurassic sandstone, Indus Basin, Pakistan

P Khalid, N Ahmed - Studia Geophysica et Geodaetica, 2016 - Springer
Partially saturated reservoirs are one of the major sources of seismic wave attenuation,
modulus defect and velocity dispersion in real seismic data. The main attenuation and …

[PDF][PDF] The use of seismic attenuation to indicate saturation in hydrocarbon reservoirs: Theoretical study and modelling approach

WO Raji - Adv. Appl. Sci. Res, 2013 - researchgate.net
Theoretical rock physics modelling and synthetic time lapse seismic data are used to
explore the use of attenuation to indicate saturation in hydrocarbon reservoirs. Given the …

[PDF][PDF] Coda-Wave Based Monitoring of Pore-Pressure Depletion-driven Compaction of Slochteren Sandstone Samples from the Groningen Gas Field

R Zotz-Wilson, N Filippidou… - … Research: Solid Earth, 2020 - researchgate.net
Pore-pressure depletion in sandstone reservoirs is well known to cause both elastic and
inelastic compaction, often resulting in notable surface subsidence and induced seismicity …

[PDF][PDF] Seismic and petro-physical studies on seismic wave attenuation

W Raji - 2012 - core.ac.uk
Fig. 3.6: Comparing the SFVQM with the Spectra Ratio Method-testing the effects of noise on
Q measurements. For each Q model, the noise level in the seismogram is increased from 5 …

[PDF][PDF] Case research in reservoir geophysics: develo** new rock physics templates through electrical resistivity description using integrated seismic and …

D Mansourian, E Makarian, NS Manaman… - researchgate.net
Electrical resistivity is one of most significant parameters that have a vital role in subsurface
studies, such as determining porosity, permeability, saturation, and facies. This research …

Characterization of Gas-Charged Porous Media from Joint Inversion of P/S-Wave Attenuation Based on OBS and/or Sonic Log Data

X Lei - 2018 - etda.libraries.psu.edu
Attenuation refers to the exponential decay of wave amplitude with distance. It is caused by
energy-conserved factors (scattering or geometric dispersion), and inelastic dissipation …