Sentence examples for more efficient dissipation from inspiring English sources

This skeletal growth is believed to occur as a result of the more efficient dissipation of the heat of crystallization on the crystal edges, as opposed to the interior planes, as has been previously described [16].

Reduction in individual leaf area is often a consequence of water deficit, but may also provide an adaptive advantage, due to a smaller boundary layer, allowing for more efficient dissipation of heat through convection and conduction when water stress leads to stomatal closure and a subsequent reduction of evaporative cooling.

In this geometry, the dielectric would be thinner and more thermally conductive, allowing for more efficient heat dissipation to the metal top gate.

In this paper, a new CPU cooler is proposed that provides a more efficient heat dissipation capacity from the CPU to a finned heatsink without adding more heat pipes at a low-noise level of a small fan under the confined space constraints of a computer chassis.

The small physical size of electronic equipment, space limitation for installing air-cooling systems and high heat flux produced from a single chip have attracted a great deal of interest in more efficient heat dissipation equipment such as high-performance liquid cooling systems and mini-rectangular fin heat sinks.

The longer exposure time leads to a higher temperature gradient and thus more efficient heat dissipation.

We hypothesized that horses with winter coats benefit from clipping by mobilizing more efficient heat dissipation during exercise and thereby not become overheated.

The results of the research discussed in this paper signal the need to provide a possible redesign of the backside surface in conventional PV panels, in order to increase their average efficiency (more efficient backside thermal dissipation).

In view of energy consumption, this approach, i.e., infra-less communication is considerably cheaper and more efficient since energy dissipation grows with at least the square of the distance.

We argue that filtering by viscous dissipation is more efficient in the mimetic approach than in the standard C-grid discretization.

A dense "boss" in the hole bottom by the conventional rotating mechanical drilling in the hard rock requires a more efficient drilling technique with great stress concentration, easy heat dissipation and slow bit wear.