Sentence examples for acceleration phases from inspiring English sources

Vortices are formed during the acceleration phases of the early and atrial filling waves.

For instance, a larger J would present a stronger opposition to both the RoCoF and the frequency deviation during acceleration phases (a to b and c to d).

This approach is used in particular for kinematic analyses as it permits to identify acceleration phases because it enables to evaluate two comparable time periods.

This position coincides with the late cocking/early acceleration phases of the throwing motion, when the throwing athlete's shoulder experiences the greatest strain, is most vulnerable to injury, and passively stabilized.

The CAS panel unanimously determined that Dr. Brüggemann tested Pistorius's biomechanics only at full-speed when he was running in a straight line (unlike a real 400-metre race); that the report did not consider the disadvantages that Pistorius suffers at the start and acceleration phases of the race; and that overall there was no evidence that he had any net advantage over able-bodied athletes.

The duration of tilt motion was thereby adjustable, and permitted delivering stimuli with different, but still brief, acceleration phases to ensure a response threshold to tilt was reached.

Because the maximal sprinting speed depends on the preceding increase in speed in the acceleration phase, the ability to accelerate is critical to 100-m race performance (Doolittle and Tellez, 1984; van Ingen Schenau et al., 1994).

In conclusion, there are presumably two transitions during human maximal accelerated sprinting that divide the entire acceleration phase into three sections, and different acceleration strategies represented by the contributions of the segments for running speed are employed.

There are a small number of reports of what happens when the sprinter actually accelerates through multiple consecutive steps during the acceleration phase (Cavagna et al., 1971; Fukunaga et al., 1981; Morin et al., 2010; Morin et al., 2012; Nagahara et al., 2014; Plamondon and Roy, 1984), and there has never been detailed kinematic analysis of the entire acceleration phase of maximal sprinting.

An appropriate choice of the function parameters of the RFQ (modulation, efficiency of acceleration, phase shift, etc., …) allows one to design relatively compact accelerators, which could eventually lead to setup hospital-based BNCT facilities.

In particular an appropriate choice of the radiofrequency parameters (modulation, efficiency of acceleration, phase shift, etc).