Sentence examples for surface usability from inspiring English sources

The nano-size graphenes led to the formation of mesoporous films, resulting in higher capacitance, better capacitance retension and lower equivalent series resistance (ESR), indicating better surface usability for diffusion and accessibility of electrolyte ions by shortening transport paths (compared with horizontally stacked films from micro-sized graphenes).

Since its discovery in 1970, this technique has improved greatly and various plasmonic sensing platforms, ranging from colloidal nanocrystal aggregates to nanostructured surfaces have demonstrated its usability.

Unfortunately it doesn't come in the box with the Surface 2, but extends the usability of the tablet by providing a full sized touch keyboard and attaches to the bottom of the Surface 2 by a strong magnetic clasp.

This optimum agitation speed confirms usability of all the surface active sites of adsorbent to uptake arsenic.

Usability of chemical and mechanical Cu surface finishing as well as Cu plating with Ni and Au for cryogenic design is discussed.

In this work, a new surface laser treatment process was utilized to enable enhanced usability and bond strength control of press-fit connections.

From doors, Norman moves on to more complex examples of "everyday things," but the principles of usability stay the same even as the engineering under the surface gets more complex.

The usability of the height from which water is poured onto the soil surface as a parameter to mimic high intensity rain should also be investigated specifically.

In this study, the usability of steel fibers in order to bear the stresses occurring at the surface layer of pavement, which are directly subjected to the traffic effects, was investigated.

In this study, the usability of basalt fibers in order to bear the stresses occurring at the surface layer of pavement, which are directly subjected to the traffic effects, was investigated.

The main reasons for the introduction of artificial turf were to lessen the impact of environmental conditions on surfaces, to decrease the high operating costs associated with NG, and to increase field usability [ 3- 5].