Sentence examples for efficient diffusion of from inspiring English sources

Comparison between interdigitated flow field and conventional flow field shows that the former provides higher cell performance and remarkably reduces fuel consumption for efficient diffusion of the fuel gas to the diffuser layer.

Without the knowledge of social structures efficient diffusion of technological innovations becomes an unreachable goal.

SAS algorithm presents unified connectivity via efficient diffusion of jobs through the Grid infrastructure that is fueled from the previous scheduling events across the Grid.

The fibrous membrane exhibited excellent ability to entrap β-galactosidase enzyme while allowing efficient diffusion of the substrate from and released products into surrounding media.

The nanoband array architecture allows for efficient diffusion of glucose and oxygen to the electrode, resulting in a thousand-fold improvement in sensitivity and wide linear range compared to a conventional electrode.

We discover that oxygen-containing molecules needed for forming the ribbons are supplied through the graphene wrinkles, which act as tunnels for the efficient diffusion of molecules entering their free end.

Chemical profiles across the high-angle incoherent SGB also showed an enrichment of the latter in calcium at the boundary, suggesting that SGBs are an efficient diffusion pathway of calcium out of host Opx grain during cooling.

The goal is the modeling of transport-adsorption-reaction-desorption phenomena through catalytic porous networks for efficient diffusion, reactions of desired pathways and elimination of side reactions and waste formation.

Utilisation of AHP methodology helps in accomplishing efficient diffusion and adoption of product innovation and uncovering their significance for the competitiveness of organisations.

One of the reasons for this may be differences in antibody diffusion and penetration into the center of small lymph nodes versus a less efficient diffusion in cased of high tumor burden.

The latter was solved by PHREEQC using ∂ t C = D L ∂ x 2 C + q, where C denotes molal (mol/Kgw) concentration, q denotes the sink term, subscripts t and x refer to derivatives in time and x-direction respectively, and an efficient diffusion coefficient D L of 0.45x10-9 m2/s was used for CO2[15] and all solutes.