Sentence examples for mean effective diffusion from inspiring English sources

(D ) Mean effective diffusion coefficients calculated from TRPV1-GFP tracks in HEK293T/17 cells (N = 5).

Thus, the resulting growth law is r – r0 = 2 VAu0 Deff c ∞ t, which can be solved for Deff: 1Considering the complete growth process, we found a mean effective diffusion coefficient of ⟨ Deff⟩ = 6 × 10 14 m s 1, i. e., about 3 orders of magnitude slower than for CTAB-stabilized Au+ ions in aqueous solution.

Permeation fluxes also calculated by means of a mathematical model using effective diffusion coefficients and reaction kinetics.

The use of adsorbable tracers is suggested as a means of increasing the confidence of effective diffusion coefficients evaluated from experimental cell responses.

Another point of interest is that one can model distributions other than exponential with different means and still achieve the same effective diffusion constant through careful selection of variance.

Moreover, the mean diameter of shale pores and the effective diffusion coefficient increased with increasing oxidization time.

This leads to the novel result that the effective diffusion constant is dependent on the mean and variance of the running time distribution but only on the mean of the waiting time distribution.

Effective diffusion coefficients (De) are usually measured by means of "through-diffusion" experiments in which steady state is reached, and the "time-lag" methods are used to estimate the apparent diffusion coefficient (Da).

A mean transport pore model (MTPM) was used to extract parameters independent of measuring conditions from effective diffusion coefficients obtained chromatographically.

Effective diffusion coefficients are computed through a Monte Carlo simulation method based on the mean square displacement of random walkers traveling in the interior of the porous media.

Further, by modeling RBC mean square displacement using a formulation that captures the transition from ballistic to diffusive motion, we improve the fit to experimental data and recover effective diffusion coefficients and velocity de-correlation time scales in the range expected from previous blood rheology studies.