Sentence examples for electronic efficiency from inspiring English sources

The maximum power deposited to collector in depressed collector operation is 0.48 MW for electronic efficiency, 30% and 1.44 MW for DC electron beam.

The three section, 60 periods SWG TWT predicted peak radiation power 130 W at target frequency 94 GHz, 39.5 dB saturated gain, 5.3% instantaneous 3-dB frequency bandwidth, and 6.5% electronic efficiency.

In addition, the optimized geometry parameters can improve efficiency, reduce the impact of velocity spread on efficiency, and achieve around 48.6% electronic efficiency and 1.7 MW output power at 5% velocity spread, and 6.896 × 10−8 Ω m resistivity.

The low efficiency of oSWNTs, which underperformed all other samples, can be attributed to the availability of the oxygen content as well as the loss of the electronic efficiency from oxidization.

The electronic efficiencies cut costs, and a bigger population of suppliers drives down prices.

As e-tail fulfillment systems begin to take better advantage of electronic efficiencies, many of the middlemen, like distributors and retailers who traditionally stand between manufacturers and consumers, are getting squeezed out.

This antagonistic effect leads to keto-induced electron trapping, resulting in a deteriorated electronic transport efficiency in devices with a photo-oxidized F8BT phase.

Figure 5 Changes in F v /F m ; F v /F o and F m /F o of L. chinensis under ABA and BR treaments (F v /F m : maximum quantum yield of PSII photochemistry; F v /F o : potential activityof PSII; F m /F o : electronic transfer efficiency of PSII).

Here, we theoretically indicated that the electronic conduction efficiency of the sulfur host nanomaterial plays a crucial role in determining the sulfur content, and a highly efficient single-wall carbon nanotube (SWCNT) conductive network was constructed for our proof-of-concept studies, resulting in an unprecedentedly high sulfur content up to 95 wt%.

The difference may attribute to the different electronic coupling efficiencies between the molecules and electrodes.

The different conductance values can be contributed to the different electronic coupling efficiencies between the molecules and electrodes [9].