Sentence examples for enhanced boundary from inspiring English sources

For recall memory, cuing at the event boundary enhanced boundary accuracy more so than the other conditions.

In this work, we show how the test space of discontinuous Galerkin (DG) methods can be optimized to achieve enhanced boundary accuracy for linear problems.

Similarly, we observed that the thermal conductivity was almost constant up to 200 K and then slightly increased above 200 K in BiNW by enhanced boundary scattering via electrons [20].

The extracted thermal conductivities of the nanoporous Bi thin films are greatly suppressed, relative to those of bulk materials because of the strongly enhanced boundary scattering via charge carriers and bipolar diffusion at the pore surfaces [18].

This value is four times lower than that of the homologous bulk material (approximately 11 W/m∙K at 280 K), owing to the strongly enhanced boundary scattering via phonons, charge carriers, and bipolar diffusion induced by the nanoscale crystal grains and the thickness reduction [18, 21], which in turn results in a greatly reduced thermal conductivity of the Bi thin films.

The results obtained by the adaptive method show good qualitative agreement with simulation results obtained by earlier non-adaptive versions of the method, but the flow in the vicinity of the model heart valves indicates that the new methodology provides enhanced boundary layer resolution.

Right lobe treatment for Gleason 6 adenocarcinoma: day-7 post-treatment axial (c) and sagittal (d) FS contrast-enhanced images show a large homogenous hypointense non-enhanced area in the treated lobe (necrosis) with well-defined and highly enhanced boundaries Open image in new window Fig. 8 Focal spared tissue.

The increased ductility was correlated with an enhanced grain boundary relaxation capability at increased temperatures and decreased grain sizes.

It is concluded that flow angles, lamination sequence and material anisotropy should be considered as essential design parameters for enhanced flutter boundary of supersonic vehicles.

Our results show that phonon transport through nanocrystalline ErMnO3 is successfully suppressed by the enhanced phonon boundary scattering due to reduction in particle size.

Several examples illustrate the beneficial impact of this method on CFD solutions, with a particular role of the enhanced mesh boundary smoothness.