Sentence examples for during the acceleration from inspiring English sources

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.

Sprinters have to lean forward and deliver maximum thrust to their feet during the start phase for the first 10 meters, and then slowly move the body upright for the next 50 meters during the acceleration phase, and then go into long-stride deceleration during the final 40 meters of the race.

Just after the sinusoidally varying strength of the magnetic field has passed through zero and starts increasing in the direction proper to guide the electrons in their circular orbit, a burst of electrons is sent into the doughnut, where in a 20-MeV betatron they gain about 100 eV per revolution and traverse the orbit about 200,000 times during the acceleration.

The initial pellet mass is reduced to about 50% during the acceleration process.

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

We clarify the hydrodynamical reason which makes the ignition threshold sensitive to the entropy generated during the acceleration.

This is fundamentally constrained by the number of cross-bridge cycles performed; and — a mass of muscle can produce a limited instantaneous, peak or push-off (during only the acceleration phase of stance) power during contraction.

Let us consider a small fault with short duration during which the acceleration power for a generator can be considered a constant.

The force generated by the multifidus muscle in our subjects was not measured, but about half our subjects exceeded their MVC level during either the acceleration or acoustic stimuli.

This study investigated kinematics of human accelerated sprinting through 50 m and examined whether there is transition and changes in acceleration strategies during the entire acceleration phase.

In each acceleration section, different contributions of lower-extremity segments to increase in the CG forward velocity thigh and shank for the initial section, thigh, shank, and foot for the middle section, shank and foot for the final section were verified, establishing different acceleration strategies during the entire acceleration phase.