Sentence examples for boundary densities from inspiring English sources

The higher performance with our nanocomposite NiO-YSZ anode is primarily attributed to its heterogeneous nanograin structure, thus leading to a significant increase in triple phase boundary densities.

The fundamental solution is expanded into the separable kernel by using the elliptic coordinates and the boundary densities are expanded by using the eigenfunction expansion.

impedance spectroscopy measurements conducted on polycrystalline YSZ membranes with surface grains engineered for different sizes, which indicate that smaller grains (i.e. higher grain boundary densities) exhibit lower electrode impedances.

By fully employing the elliptical geometry, fundamental solutions were expanded into the degenerate kernel by using an addition theorem in terms of the elliptic coordinates and boundary densities are described by using the eigenfunction expansion.

The formation of cermet materials via the addition of electrolyte ceramic to metal-based electrodes has become widely adopted in solid oxide fuel cell fabrication due to its benefits in maximizing triple-phase boundary densities, whilst mitigating bulk thermal expansion mismatch between electrode and electrolyte layers.

In the region close to the patch boundary densities will change substantially as a function of position.

Its effects on strength were partially balanced by a decrease of grain boundary density.

With the stain increasing, the twin boundary density in the deformed microstructures increases indistinctively.

Surprisingly in nanolayered structures, higher grain boundary density raises the activation energy barriers of interstitial emission.

It can be shown that the boundary density of the deformation energy at each boundary point in the optimal state is constant.

More importantly, by interface design, it creates a dual-phase nanostructure with high grain boundary density that facilitates both electron and Li ion transport.