Sentence examples for cost capable of from inspiring English sources

ZnO nanowires as the anodes of ionizers were grown on microelectrodes using an electric-field-assisted wet chemical method, which is with low temperature, simplicity, low cost, capable of easy scale-up compared with other methods, and easy to incorporate with micromachined electrode structures [22, 23].

It was only in the 1930s that an effective air force was established at great cost, capable of inflicting several embarrassing defeats on the Nazi Luftwaffe in the course of an initially vigorous defence of neutral Swiss airspace.

The devices are low cost, capable and have a number of welcome hardware additions like the hi-res, 360-degree display.

Electrophoretic deposition (EPD) is a fairly rapid low cost process, capable of producing such FGMs with complex geometry.

Electronic devices that are low in cost and capable of working without an external power supply are desirable for many applications.

This method is convenient, low in cost, and capable of being scaled up for processing the bulk nanostructured materials.

High volume production through roll-to-roll imprinting is another extension enabling low cost transistors capable of addressing the needs of the booming flexible electronics market [35].

Therefore, it is of interest to develop new processes that are convenient, low in cost, and capable of being scaled up for tailoring the nanostructured materials, for instance a self-propagating high temperature synthesis (SHS) technique [11 13].

Experiments showing that it is feasible to deploy a comparable low cost supercomputer capable of entering the top500 [17] and the recent availability of HPC instance types makes cloud computing an appealing choice for certain HPC applications.

In this paper, we have successfully synthesized bulk nanostructured Fe94.3B5.7 alloy making use of the one-step approach of an SHS combining a rapid cooling technique that is convenient, low in cost, and capable of being scaled up for tailoring bulk nanostructured materials [11 13, 19].

One of the greatest challenges in greenhouse gas reduction is to develop low-cost materials capable of efficient CO2 capture.