Sentence examples for energy efficacy from inspiring English sources
The results indicated that the 18 Hz shaking frequency reached higher fruit removal efficiency when compared to the 14 Hz shaking frequency with similar energy efficacy.
The shaker energy efficacy, defined as the percentage fruit removal per kilo-joule of input energy, was 6.9 ± 2.2% kJ−1 and 7.4 ± 1.3% kJ−1 during the first cycle of 14 and 18 Hz shaking, respectively.
To plan the itinerary for the MA, authors use a cost function and an improved colony algorithm; also, a simple scheme that turns off redundant nodes according to the measurement requirement is designed to improve the energy efficacy.
Since energy requirements for maintenance are covered by scavenging, any supplementary feed will be used for production thus increasing overall energy efficacy.
The energy efficacy of such a bird for food production is very low and only approximately 4% of the feed energy is used for production (Tab. 1).
At the same time, the laser pulse energy efficacy of H-VNB generation at 672 nm is similar to that at 532 nm, as we demonstrated previously (22 ).
The limited perception of human sense can be exploited to improve energy-efficacy via approximate designs.
Moreover, the RG/NCO NCs showed enhanced energy storage efficacy in terms of higher specific capacitance (1315 F g−1), long-term operational durability, higher specific energy and power output.
Moreover, it could catalyze the ORR via a close four-electron reaction process with very low yield of peroxides as the side product, thus obtaining the maximum energy transformation efficacy.
The altered dielectric properties and energy dissipation efficacy of malignant versus normal tissues means hyperthermia can be preferentially delivered to tumor sites (Raoof et al. 2013; Song 1984) whilst minimizing heating of adjacent healthy tissues.
While affinity of an agonist for a receptor is strictly given by free binding energy, agonist efficacy in transducing a signal across the cell membrane depends on time-ordered complex conformational changes involving interactions among agonist, receptor, G-protein and guanine nucleotides.
