Sentence examples for actions frequency from inspiring English sources

68 Sport scientists have been tempted to directly measure the acute effects of an altitude exposure or the efficacy of a period of altitude acclimatisation on the occurrence of repeated high-intensity actions (frequency of maximal accelerations) and match running performance, as recently garnered from total distance covered or distances completed across different preselected time intervals.

This action frequency is dependent on the accuracy of the orbital data and the frequency of close approaches.

This plot permits the selection of thresholds as a function of total risk reduction and tolerable action frequency.

Results of the study indicate that collision risk management in geosynchronous orbit can be very costly using data of insufficiently high accuracy, because data errors induce high action frequency for even modest amounts of collision risk reduction.

Thus, the ESS control frequency is decreased greatly and the effect of control is obviously improved (action frequency is 7/24 rates/h and accumulative throughput capacity is 43.17 MW/h).

As shown in Fig. 7, each ESS is regulated frequently (action frequency is 127/24 rates/h, accumulative throughput capacity is 425.50 MW/h); thus, the energy "offset effect" between charging and discharging among multiple ESSs occurs during some periods.

Image size 10.8 × 8.0 mm2 Fig. 2 Optical images of 0.05 wt% GNPs/Larit 285 composite under AC electric field action (frequency of 15 kHz, strength of 167 kV/m) (in capacitor): а before electric field action; b after 12 min; c after 26 min; d after 60 min of electric field action.

Image size 10,8 × 8,0 mm2 [26] Fig. 4 Optical images of 0.05 wt% MWCNTs/Larit 285 composite under AC electric field action (frequency of 15 kHz, strength of 50 kV/m) (embedded electrodes): а before electric field action; b after 12 min; c after 26 min; d after 60 min of electric field action.

Image size 10.8 × 8.0 mm2 Fig. 3 Optical images of 0.05 wt.% MWCNTs/Larit 285 composite under AC electric field action (frequency of 15 kHz, strength of 83.3 kV/m) (embedded electrodes): a – before electric field action; b – after 12 min; c – after 26 min; d – after 60 min of electric field action.

These symptom-related changes were obviously not linked to general dysfunctions of the motor system since passivity symptoms were not associated with altered motor performance or action frequency.

> -wrap-foot> Although interindividual differences of action frequency had been controlled, no significant functional effect of group × condition interaction was found after implicit masking with the effect of monitoring.