Sentence examples for greater power density from inspiring English sources

EcoMotors makes engines that run on diesel or gasoline but have greater power density, weigh less and produce lower carbon emissions than conventional engines.

The current market is primarily HAWTS, but VAWTS have shown the ability to provide more energy per land area, or a greater power density.

It is widely used for energy capture and storage applications because it has greater power density and longer cycling life than ordinary batteries and higher energy density than conventional capacitor [2].

Supercapacitor can attain greater energy density than those of conventional capacitors and greater power density than batteries; this has kindled the interests of the researchers in this field of energy storage.

We present novel solutions to a key challenge in microbial fuel cell (MFC) technology; greater power density through increased relative surface area of the ion exchange membrane that separates the anode and cathode electrodes.

While the outlet temperature is lowered to 750°C for the steam turbine, thermal power is raised to 50MWt by enabling 40% greater power density in 20% taller core than the HTTR.

When applied as cathode modifiers in dual chambered MFCs utilising Enterobacter cloacae, the combined use of carbon black and FePc provided greater power densities than either alone; composite electrodes obtaining ∼400% power density, compared to unmodified electrodes.

The major manufacturer of heat pipes for electronics thermal control, the microelectronics, telecommunications, power electronics, and the electrical power industries are incessantly striving towards miniaturization of devices that inevitably results in greater power densities.

Great power density, long life, environmentally friendly manufacturing techniques and utilization, easy adaptation, and use in technology are the reasons of their expanding scope.

The Fast Fourier Transform FFTT, Fig. 7B) reveals that the spermathecae have the greatest power density at 2.8 contractions/minute, owing to their freedom to move with large amplitude as their ducts contract and rotate.

The radiant heat flux from the seeded flame increased with concentration faster for the Ti−Al−B material than for any of the commercial powders, suggesting a greater gravimetric power density.