Sentence examples for diffusion correction from inspiring English sources

The Hall slope RH (ρxy/B with Hall resistivity ρxy) now becomes T-dependent which is ascribed to the diffusion correction δ σ xx d [38].

Analytical approximating relationships of these thermal diffusion and diffusion correction factors with the [O+]/[H+] ratio are presented for use in ionospheric models.

Nevertheless, both cases indicate that the ballistic contribution, defined as δ σ xx b = ne μ ' − μ D with μD ≡ μ(T = 0K), has positive sign and therefore results in a partial cancelation of the diffusion correction.

The second method is based on the analysis of σxy using Equation 3, as shown in the inset to Figure 3 at the highest and lowest measured T. In this approach, n is determined from the SdH oscillations, from which the renormalized mobility can also be obtained at high T even without the parabolic negative MR induced by the diffusion correction.

Therefore, by considering the renormalized transport mobility μ′ induced by the ballistic contribution and the diffusion correction δ σ xx d, σxx is expressed as σ xx = neμ ' 1 + μ ' 2 B 2 + δ σ xx d, (2) σ xy = neμ ' 2 B 1 + μ ' 2 B 2. (3).

A fully ionized plasma composed of two major ion species, O+ and H+, electrons, and a minor ion component, x, where x stands for NO+, N+2,O+2,H+2, N+, O++, N++, Fe+, Mg+, Na+, Ca+, Al+, and Si+ is considered to calculate the thermal diffusion and diffusion correction factors of each minor ion.

In this paper, we present a method for obtaining sharp interfaces in two-phase incompressible flows by an anti-diffusion correction, that is applicable in a straight-forward fashion for the improvement of two-phase flow solution schemes typically employed in practical applications.

While applying the Lattice Boltzmann ADE two-relaxation-times (TRT) scheme for a transport with given Péclet number (Pe) one should select six free-tunable parameters, namely, (i) molecular-diffusion-scale, equilibrium parameter; (ii) three families of equilibrium weights, assigned to the terms of mass, velocity and numerical-diffusion-correction, and (iii) two relaxation rates.

Both a diffusion velocity correction, which is necessary to properly conserve mass with Fick's law, and a differential diffusion effect between the composition-space moving with the flow and fast diffusing species, are introduced.

When the gradient in chemical potential is taken as the fundamental driving force for diffusion a correction needs to be made to eqn (6).

Following free water correction, corrected diffusion indices were computed: MD and FA.