Sentence examples for mean power per from inspiring English sources

Furthermore, to fairly compare the results, the channel model was fed with identical initial conditions (e.g., delays and mean power per path) for each evaluated interpolation factor.

Indeed, mean power per position along the corridor ( {mu}_{Pr mathrm{x}}^{mathrm{static}}left x,yright) ) is ranged from −45 to −75 dBm (green dots) for most positions, which complies with the path loss slope using the log-normal model in this corridor.

The device stores data on average mean pressure (cm H2O), average mean power per breath (watt), average peak flow per breath (L/s) and total work of breathing during one session of 30 breaths (joules).

To make an assessment of the possible significance of anaerobic fitness factors in a fully powered main study, we expanded the dataset from n=14 to n=28 (to assess the effects of peak power per kilogram of body mass and fatigue index) and to n=42 (to assess the effect of mean power per kilogram of body mass) by duplicating observations.

Only the association with aerobic fitness was statistically significant, but if our participants are representative of jockeys and track-work riders in general, the association with measures of anaerobic fitness would have been statistically significant for peak and mean power per kilogram of body mass and for fatigue index had the sample size been just one or two times greater (data not shown).

The hydraulic efficiency, defined as the ratio between the total mean power captured per meter of SSG width and the wave power per meter width of the incident waves, increases with the significant wave height and reduces with the peak wave period in all tested SSG configurations.

In addition, the average mean power output per repetition for each set was significantly (p < 0.05) higher in athletes supplementing with β-alanine than those given the placebo.

In addition, the mean power output expressed per lean leg volume (MPO/LLV) was better maintained during the last six sprint post-training only in the neural group, and there was no change in MPO/LLV in the hypertrophic group in the RST [3].

The capacity factor Cf is defined as the ratio of the mean power output to the rated electrical power (PeR) of the wind turbine [12, 20].

The change in oxygen consumption (ΔVO2, indirect calorimetry) and the work efficiency (ratio of ΔVO2 per mean power) were computed.

The mean power of the interfering channel per subcarrier amounts to (51).