Sentence examples for for increasing power from inspiring English sources

Possible remedies include within-subjects designs, manipulation of single treatment ingredients, and strategies for increasing power such as improving measurement.

Multilevel inverter is an effective and practical solution for increasing power demand and reducing harmonics of AC waveforms.

Titanium isopropoxide (TiP4) was used as additive to TiO2 nanoparticles for increasing power conversion efficiency in Dye sensitized solar cell electrodes prepared at low-temperature (130 °C).

Marine renewable energy generation (ocean energy) is a growing industry due to global demands for increasing power supplies and reduction in carbon emissions.

More than any other military leader, Field Marshal Tantawi was seen as the symbol, if not the architect, of the military's bid for increasing power after the 2011 uprising.

"It seems obvious that electric eels are the product of selection for increasing power output," Catania wrote, resulting in "an extraordinary animal that has fascinated scientists for centuries". This doesn't necessarily mean that Humboldt's spectacular story — and the accompanying images — were wholly true, he cautioned.

For decoding, we use the Berlekamp-Massey algorithm [18] to determine the error locator polynomial since it operates on the syndromes for increasing powers of α just as the rate adaptation.

On one hand, criminal groups in countries from Brazil to Mexico see the potential for increased power through politicization, which some argue is already happening in Central America.

In a dark moment for the American legal system, a federal appeals court met behind closed doors earlier this week to hear the Justice Department argue for increased power to wiretap suspected spies and terrorists.

Federer's backhand is a thing of great beauty — fluid, unpredictable, and devastatingly accurate — but he is the only man in the top ten who hits it one-handed; the others use both hands, for increased power.

In this paper, we present a systematic study of process changes for increased power production in 1 20 MWe combined heat and power (CHP) plants.