Sentence examples for diffusion components from inspiring English sources

This spatial and temporal correlation was fit with two diffusion components, where we find that the faster component diffuses at a rate of 3.6 μm/s and the slower component at a rate of 0.4 μm/s, as done for the eGFP case.

The model is based on equations considering reaction and diffusion components.

The subthreshold current model is presented using Pao-Sah's double integration formula accounting both drift and diffusion components of the current.

The two main features of this method are: (1) the discontinuous Galerkin projections for both the advection and diffusion components, and (2) the polymorphic spectral/hp elements for unstructured and hybrid discretizations.

It is shown that by recasting the ion flow rate in terms of drift and ambipolar diffusion components, the sensitivity to the electric field is reduced hence alleviating the stiffness of the system of equations and permitting significantly faster convergence.

The contribution of flame curvature to FSD transport is found to be influenced significantly by the effects of Lewis number on the curvature dependence of the magnitude of the reaction progress variable gradient, and on the combined reaction and normal diffusion components of displacement speed.

Electrochemical impedance analysis revealed the expected response for intercalation, except that there was no Warburg (diffusion) component.

We show that the mass transport of species in the oxide is influenced more by the migration component of the flux than the diffusion component.

Analytical expressions for the diffusion component of ER as a function of the incidence angle and potential drop modulation frequency have been obtained.

The variation of the SDF curvature term with local flame curvature for both methane and hydrogen flames is found to be nonlinear due to the additional stretch induced by the tangential diffusion component of the displacement speed.

After comparing the absolute value of convective and diffusion component of oxygen flux quantitatively, we found that forced convection transport mechanism is dominant for the interdigitated flow field design, however the diffusion transport is dominant for the conventional flow field design.