Sentence examples for enhancing the distribution from inspiring English sources

The results emphasize the crucial role of transmembrane pressure in enhancing the distribution of oxygen feed along the reactor length for improved OCM catalyst performance.

These may increase the hydrophilicity of the CNF/HPANI and facilitate the absorption of Pt nanocatalysts in the ensuing impregnation process, thus enhancing the distribution and long-term performance of the resulted catalysts.

Since the key issues of energy conversion efficiency in composite-based energy harvesters depend on how to uniformly disperse the piezoelectric nanomaterials inside the matrix, it is essential to add the supplementation as filler or dispersant for enhancing the distribution.

Additionally, some other effective performance indicators, such as the shift-based density [50], proximity and crowding degree estimations [51], can be used to transform problem (1) and may be more beneficial to enhancing the distribution and diversity of an algorithm, which will be our future research topics.

Our findings suggest that circulating sialoadhesin-expressing monocytes are capable of binding HIV-1 and effectively delivering virus to target cells thereby enhancing the distribution of HIV-1.

The most common intended role of biosurfactants is therefore enhancing the distribution of contaminants into the aqueous phase and increasing their bioavailability.

A key point is the ability to enhance the distribution of relief materials effectively.

Strong aeration levels enhanced the distribution of juveniles in the aquaria and diminished both their over-exposition to water surface and the resulting appearance of hyperinflation problems.

SEM examination showed that the use of SPs enhanced the distribution of the photocatalysts yielding thinner coating layers and boosting the percolation of the active material within the mortars.

For this purpose, biological chitin was obtained from lactic acid fermentation of shrimp wastes and converted into chitin whiskers by acidic hydrolysis in a novel process at low temperature (4 °C) that enhanced the distribution and yield.

The functionalization of the GC with the trifluoromethylphenyl groups by diazonium reaction was shown to enhance the distribution of Pt nanoparticles deposited on the functionalized GC surfaces and reduce their agglomeration, resulting in higher stability of Pt catalysts with enhanced activity as compared to the Pt/unmodified GC and a commercial Pt/C catalyst.