Sentence examples for common diffusion from inspiring English sources

From gradient image subsets of varying size (6 ≤ N ≤ 94) that optimized a spherical angular distribution energy, we created SNR plots (versus gradient numbers) for seven common diffusion anisotropy indices: fractional and relative anisotropy (FA, RA), mean diffusivity (MD), volume ratio (VR), geodesic anisotropy (GA), its hyperbolic tangent (tGA), and generalized fractional anisotropy (GFA).

At the same time, it is shown that the ensemble of tips of dendrites can behave as an ensemble of microelectrodes working independently under mixed or activation control due to the absence of a common diffusion layer.

Table 1 shows simulated DGT fluxes with and without DBL layers (δ = 100 and 200 μm), which indicate that the increased flux because of lateral diffusion into DGT samplers with a common diffusion layer thickness of 0.094 cm (i.e., a flux increase of 8.7 9.7%) is balanced by DBL layers of ∼100 μm thickness for rphys values of 1 and 0.9 cm.

This review examines recent results in plasma electrolytic carburising, nitriding, and nitrocarburising (as the most common diffusion-based treatments), including treatment modes, electrolyte compositions, structures, and properties of hardened materials.

Our results demonstrate that the self-propulsion of the micromotors leads to a dramatically improved retention of their payloads in the stomach lining compared to the common passive diffusion and dispersion of orally administrated payloads.

Instead we conclude that the simulations are consistent with a common structural diffusion mechanism, modified by the topology of the landscape around the sulfonate groups.

For propane and n-butane in nitrogen, the present results show dramatically different (up to 16.9% deviation at the highest common temperature) diffusion coefficients than previous work in addition to extending the available temperature range.

The motor-based active delivery strategy resulted in distinct improvement in the delivery efficiency compared to the common passive diffusion of orally administrated AuNPs.

The antimicrobial activity of the haemolymph was determined using the common agar diffusion assay on E. coli D31 and M. luteus DSM 20030 plates as described previously [ 4].

These findings clearly illustrate the importance of the micromotor propulsion for enhancing the delivery efficiency compared to the common passive diffusion.

Such an active motor-based delivery strategy offers dramatic improvement in the efficiency compared to the common passive diffusion of orally administrated cargoes.