Sentence examples for more efficient carrier from inspiring English sources

These findings suggest the cryotop system is a more efficient carrier for vitrification than OPS for the cryopreservation of bovine oocytes.

The remaining difference in short-circuit current density and EQE spectral shape can be explained primarily by the ratio of hole and electron mobility that leads to more efficient carrier extraction in the inverted devices, with a minor contribution from unintentional p-type doping of the active layer that influences the drift field profile.

By time-resolved electroluminescence measurement, an N-polar LED has been shown to have more efficient carrier relaxation and faster carrier recombination [4].

By TREL measurement, nitrogen-polar InGaN/GaN LEDs with the opposite polarity were shown to provide the advantages of more efficient carrier relaxation and carrier recombination [20].

US Airways is set on Monday to emerge from Chapter 11 as a leaner, more efficient carrier; however, it still expects to post a loss this year as the Iraq war and terrorism fears cut travel.

In summary, this study reveals that by using an m-LED with a stronger carrier localization and a weaker polarization effect, shorter response, rising, and recombination times provide more efficient carrier injection, transport, relaxation, and recombination.

But industry experts said it would have to cut that to 2,000 to compete with more efficient carriers like Cathay Pacific or Singapore Airlines.

The substantial enhancement is presumably attributed to the reduction of grain boundaries and defects in the prepared TNT anodes, which may suppress the recombination of the generated electrons and holes, and accordingly lead to more efficient carrier-transfer channels.

This disadvantage can be presumably overcome by employing a fiber-like anode with a hierarchical crystalline TiO2 nanostructure, which may reduce the grain boundaries and defects, and thus leads to more efficient carrier-transfer channels.

Furthermore, these well-crystallized double layers enabled more efficient charge carrier movement, resulting in higher device efficiency.

At the same time, at a higher applied voltage in the m-LED, shorter τ response, τ rise, τ delay, and τ recombination of the m-LED than those of the c-LED demonstrate that a stronger carrier localization and a reduced polarization effect of the m-LED are more efficient for carrier injection, transport, relaxation, and recombination.