Sentence examples for using the diffusion coefficient from inspiring English sources

The study implied that the characteristics of gas diffusion should be implemented by using the diffusion coefficient theory based on gas flow regime in shale gas reservoirs.

The diffusion equation, coupled with the gas material balance equation, was used to history match the gas absorption data using the diffusion coefficient as an adjustable parameter.

The model was fitted to the data using the diffusion coefficient as a fitting parameter and was found to provide reasonable agreement with the experimental extraction curve.

This is mainly due to the fact that the image gradient magnitude, on which the diffusion coefficient is estimated, is noisy and makes it difficult to distinguish between significant features and noise due to overlocalization, hence deciding edginess using the diffusion coefficient could be unreliable.

Using the time-constant of the recovery as an indicator of TCR mobility gave the same conclusions as using the diffusion coefficient (analysis not shown).

Using the diffusion coefficient of the micelles, their hydrodynamic radius can be estimated by using the Stokes Einstein relation, as was previously reported.[ 23] This results in radii of 11.5, 17.4, and 13.2 Å for cholate, deoxycholate, and taurocholate micelles, respectively.

We have also calculated the permeability coefficients, using the diffusion coefficients calculated in this work and our recently published solubility coefficients [Eslami and Müller-Plathe, Macromolecules 2007; 40 6413].

The Stokes-Einstein equation is used to calculate the effective viscosity of the hydrogel matrixes using the diffusion coefficients of a redox complex (TPFeII) determined inside the hydrogels and the same parameters determined in aqueous solution.

Diffusion of fluorescently labeled Aβ1 42 (HiLyte Fluor 488 labeled Aβ(1 42), Anaspec, Fremont, CA) was modeled using the diffusion coefficients for unlabeled Aβ1 42.

The binding and molecular interactions of membrane-associated molecules (i.e., cholera toxin B subunit and ganglioside GM1 pentasaccharide head-groups) were evaluated using the diffusion coefficients of gold nanoparticles on the membrane.

The mass specific activity of AQ used, the diffusion coefficient of oxygen and the heterogeneous rate constants for the oxygen reduction at the surface of modified electrodes were also determined by rotating disk voltammetry.