Sentence examples for a fast timescale from inspiring English sources

The results indicate that unfolding occurs on a fast timescale on the order of tens of picoseconds once initiated.

From this nondimensionalization result, we conclude that v and (ca_{i}) evolve on a fast timescale, and h and l evolve on a slow timescale.

The results suggest that reactive sintering occurs on a fast timescale, and relatively early in the reaction, leading to rapid melting and coalescence of aggregated particles.

This analysis confirms that since (ca_{i}) jumps up on a fast timescale, the bifurcation diagram with (ca_{i}) treated as a static parameter as shown in Fig. 13 no longer plays a role.

According to our nondimensionalization results summarized in Table 5, we choose to group together V, the gating variables (m_{mathrm{Na}}), (h_{mathrm{Na}}), (m_{mathrm{Ca}}), (h_{mathrm{Ca}}), (m_{mathrm{K}}), and s as the variables evolving on a fast timescale.

The reason could be either a small energy difference between the radical and the fully reduced form of the FAD, or, more likely, that radical disproportionation is occurring on a fast timescale [20].

But Osborne made clear he aims to rob Balls of his ability to focus the next election on the coalition's struggle to achieve growth – and thereby its failure to tackle the deficit on a faster timescale – by amending the government's fiscal rules to achieve a budget surplus by the end of the next parliament.

Alternatively, and on a faster timescale, the hyperpolarizing component of the efferent response might increase the Ca2+ flux through mechanoelectrical-transduction channels into stereocilia by augmenting the driving force on Ca2+.

In M. occidentalis, we found that the segregation of heart and pharyngeal muscle fates occurs in identical fashion to that of C. intestinalis, albeit on a faster timescale.

This is consistent with a conformational selection process, although we cannot exclude that a protein-induced conformational change occurs in the RNA on a faster timescale.

The strong-migration limit follows from a separation of timescales: going back in time, migration spreads the lineages on a faster timescale, whereas genetic drift causes lineages to coalesce on a slower one.