Sentence examples for milliseconds at the from inspiring English sources

For example, someone whose best time was 75 milliseconds at the end of training might, after a good night's sleep, reliably perform the task in 62 milliseconds.

The lines show the average latency in milliseconds at the primary (left) y-axis for the different amount of devices.

In addition, Microsoft is also updating its write latency SLA and now promises less than 10 milliseconds at the 99th percentile.

(iii) Temporal arrangement: the time scale at which heterogeneous wireless systems share the spectrum can either be large in terms of hours at the communication session duration level or be small in terms of milliseconds at the packet transmission level.

However, the timing of peak eye movement or retinal image movement relative to head movement differed by hundreds milliseconds at the two frequencies.

It could be argued that subjects only needed to attend to the moving sound source for several hundred milliseconds at the beginning of each trial, since this initial information would have been sufficient to perform the task.

They'd bought in those last few weeks before the crash, when the market, like a ball in flight, had quietly, imperceptibly stopped rising, had hung for a millisecond at the peak of its trajectory before it began to drop.

Both the family's grand Georgian house ("They'd bought in those last few weeks before the crash, when the market, like a ball in flight, had quietly, imperceptibly stopped rising, had hung for a millisecond at the peak of its trajectory before it began to drop") and a developer's abandoned housing estate in its former grounds are physical manifestations of the country's crisis.

The 100-nm beads also showed frequent and distinct dwells for several milliseconds at angles ∼40° before the major dwell angles (Fig. 5 b ), reminiscent of the 80° dwells observed at room temperature where F1 waits for ATP hydrolysis and phosphate release (11).

The T2 value was calculated via the formula: Sn=S0×exp (−TE/T2), where Sn represents the signal intensity, expressed in milliseconds, at a given TE within the scanner's original signal intensity S0.

"There are two challenges when dealing with fine structures: preserving the structure and extracting the details," says Cole. "We freeze the specimen in milliseconds, at very low temperature and very high pressure, which gives us a snapshot in time of the synapse with little to no distortion.