Sentence examples for mean diffusion coefficient from inspiring English sources

Generic boundary conditions of the Dirichlet, Marshak, albedo, and reflecting type are allowed, and the harmonic mean diffusion coefficient is used for heterogeneous problems.

The mean diffusion coefficient for different permeation waves and their activation energy were calculated from the permeation rates in the transient regime.

The surfactant concentration was varied by five orders of magnitude, the mean diffusion coefficient decreased slightly at first until reaching a minimum and then rose toward an asymptotic value which was identical to that of a single micelle.

From the water content at sorption equilibrium and the steady-state permeability, a mean diffusion coefficient for the steady state can be determined; its decrease with increasing water activity is consistent with the increase in the mean cluster size.

The mean diffusion coefficient of the surfactant can be written as a linear combination of the contributions from a free monomolecular, a micelle-forming, and a host-bound surfactant.

The mean diffusion coefficient of the soil profile data is most sensitive to the volumetric water content close to the evaporation front and so modelled evaporation results can be very sensitive to uncertainty around the position of the evaporation front.

Mean diffusion coefficients of LiOH were determined.

An analysis of voltammetric measurements as a function of scan rate yielded values of mean diffusion coefficients for Li in LiMn2O4 on the order of 5×10−10 cm2 s−1.

Diffusion coefficients of counter ions (Cl− and NO3−) in the membrane were determined from a mathematical model based on the Nernst Planck diffusion convection theory: the mean diffusion coefficients in the membrane were obtained by fitting the (conductivity vs. concentration) curves with the Nernst Planck equation.

Consistent with previous reports, ΔF508 CFTR exhibited higher mobility compared to WT CFTR, with mean diffusion coefficients of 0.0139 vs 0.00417 μm/s.

It was found that the average diffusion coefficients for 30:70 and 50 50 sucrose:starch mixtures could be calculated using a weighted mean of the average diffusion coefficients for pure sucrose and pure starch.