Sentence examples for more efficient surface from inspiring English sources
Another recommendation is the harnessing of smart technology to deliver "more efficient surface transport" including consideration of a simplified yet more sophisticated road pricing system.
As the surface temperature decreases from Leidenfrost in the transition boiling regime, the cooling rate increases as more efficient surface wetting and boiling occur.
It was explained by the non-orthogonal orientation of copolymer brushes, resulting in a more efficient surface coverage of zwitterionic molecules.
Also, more efficient surface smoothing and low damage irradiation effects were obtained by removing O2 monomer ions from O2-GCIB by using a permanent magnet.
This would also generate larger LDs, which have a more efficient surface area to volume ratio for lipid storage.
The early saturated photocurrent observed for Ni-B/ZnO but not Co-Pi/ZnO strongly indicates that Ni-B is a much more efficient surface cocatalyst and hole acceptor than Co-Pi.
Subsurface drip irrigation system was found to be more efficient than surface drip irrigation system on improving tubers yield quantity, quality parameters and nutrients concentration content, in addition to soil fertility after harvesting.
"As more efficient tools surfaced and best practices evolved, we've learned that the current approach to food aid can become — at times — an impediment to its very own mission," the United States Agency for International Development administrator, Rajiv Shah, said in a speech on April 10.
As a result, models with patterned heat transfer surfaces are more efficient than flat surfaces, thanks to the turbulence effect.
Experts indeed acknowledge a "ground effect," which increases the wings' lift and thus makes flight somewhat more efficient near the surface; that was not an incorrect premise of Lindbergh's era.
For more complex problems (e.g. variable local heat transfer coefficient) artificial neural networks (ANNs) and the superposition method are combined for more efficient prediction of surface (case) and junction temperatures.
