Accurate determination of water saturation is a critical aspect of reservoir characterization
and development potential of a hydrocarbon field. The inherent heterogeneity in carbonate …

The strong heterogeneity of carbonate reservoirs makes it challenging to assess the spatial
distribution of fluid behavior, geological attributes, petrophysical properties, and estimate oil …

Many studies have worked on the estimation of fluid saturation as an important petrophysical
property in hydrocarbon reservoirs. Based on Archie's law, proper determination of …

The diffusion of anionic radionuclides in bentonite buffers for a high-level radioactive waste
repository is only minimally retarded due to the anion exclusion effect and the low sorption …

Rock typing techniques have relied on either electrical or hydraulic properties. The study
introduces a novel approach for reservoir rock typing, the hydraulic-electric index (HEI) …

Accurate determination of cementation factor (m) has a significant role in the petrophysical
characterization of underground reservoirs. For clean sandstones, the application of this …

One of the main constituents of any reservoir characterization is an accurate forecast of
water saturation, which is highly dependent upon the cementation exponent. Even though …

Due to the influence of multiple factors on the conductive properties of rocks, the Archie's
formula, considering only a single factor, makes it difficult to reasonably explain rock-electric …

The estimation of permeability in carbonate formations remains one of the main challenges
in reservoir engineering. Existing literature predominantly utilizes total porosity as the sole …

Carbonate reservoir exhibits" low-resistivity and (ultra) low-permeability" anomaly due to
complex pore structure. It means that hydraulic conductivity, closely related to permeability …