Sentence examples for capable of concentrating from inspiring English sources

Tschirnhaus invents large lenses capable of concentrating enough heat to melt Chinese porcelain.

Its concave, glass-covered facade is also capable of concentrating light.

ADHD can be a confusing condition because people may be fidgety and unable to focus and yet – as Phelps so spectacularly proved – are capable of concentrating intently on an activity they find rewarding.

The most important diodochoi were quite capable of concentrating 80,000 to 100,000 men at a single spot, as did both Ptolemy IV and his Seleucid opponent Antiochus III at Raphia in 217 bc.

Not, as is sometimes claimed, because they're making us more stupid, rendering us incapable of concentrating on late-period Henry James (which I'd never been capable of concentrating on anyway), but because our hunger for distraction and diversion is now thoroughly sated by all the football, porn and viral videos out there.

Bionics is thus distinct from bioengineering (or biotechnology), which is the use of living things to perform certain industrial tasks, such as the culture of yeasts on petroleum to furnish food proteins, the use of microorganisms capable of concentrating metals from low-grade ores, and the digesting of wastes by bacteria in biochemical batteries to supply electrical energy.

The described setup is capable of rapidly concentrating and collecting nanoparticles from continuous flow that is driven by electroosmosis.

Because the matter of these four elemental spheres was not fully dispersed, it remained capable of being concentrated and dispersed, and for this reason the elements, unlike the celestial spheres, are capable of alteration, growth, generation and corruption.

As shown in this study, the newly developed Matrix-Lysis tissue preparation method is capable of recovering and concentrating single bacterial cells from as much as 5 g of tissue sample, efficiently and robustly.

Results also show that the controller is capable of increasing concentrate grade and recovery mean values, despite variations on feed grade; while reducing recovery and concentrate grade standard deviations.

This paper presents an adaptation of Likhachev's micromechanical model capable of such a degradation, concentrating on strain accumulation.