Sentence examples for saturation effective from inspiring English sources

From left to right gamma ray, clay content, effective water saturation, effective porosity, P-velocity, S-velocity, density, P-wave impedance and Poisson's ratio.

From left to right gamma ray, clay content, effective water saturation, effective porosity, P-velocity, S-velocity, density, P-impedance and Poisson's ratio.

This model was improved by Zonios et al. in 1999 [ 6] and was applied to biological tissues by introducing four main parameters: hemoglobin concentration, hemoglobin saturation, effective scatterer density, and effective scatterer size of the tissue.

Experimental conditions to evaluate thermal pore expansivity and saturation dependent effective stress coefficients are also presented.

The three sand bodies were selected based on their hydrocarbon saturation, thickness, effective porosity and other positive petrophysical properties that distinct them as favorable hydrocarbon reservoirs.

To reduce the influence caused by actuator saturation, an effective auxiliary system is constructed to prevent the stability of closed loop system from being destroyed.

A statistical analysis of soil property data from a small catchment located within the study area showed significant class differences in soil texture, color, organic carbon (SOC), base saturation, pH, effective cation exchange capacity (ECEC), and clay mineralogy.

Using petrophysical logs, such as gamma ray, sonic, density and neutron, along with calculated reservoir data (water saturation and effective porosity) from 20 wells (5 cored and 15 uncored wells) and their correlation with capillary pressure (Pc) curves, led to recognition of 5 electrofacies (EF1-EF5).

The computation of the longitudinal relaxation rate (R1 = 1/T1), MT saturation, and effective transverse relaxation rate (R2* = 1/T2*) parameter maps was performed as described previously in the context of VBQ [ Draganski et al., 2011; Weiskopf et al., 2013].

All the material coefficients are found to be expressed by coefficients common to saturated thermoporoelasticity and saturation-dependent effective stress coefficients.

Previously derived relationships between these variables and mechanical/geophysical parameters properly fit the measurements gathered with Mount Elbert specimens at different hydrate saturations and effective stress levels.