Sentence examples for timescale can be from inspiring English sources

Motion on this timescale can be conveniently captured by the Lipari Szabo order parameter, S2, a bond-specific measure of restriction of motion.

Numerical modelling indicates that such sealing timescale can be explained by the introduction of a fault sealing factor that allows modifying permeability with time and that is calibrated by the natural observations.

In this case, the solidification timescale can be comparable to the impact interval and here the assumption of a constant heat flux is quite good, because it depends on atmospheric and not surface or interior properties.

The increase in (ca_{i}) as well as in (na_{i}) from the yellow circle, which occur on the slow timescale, can be seen in the projection shown in Fig. 10B.

In the TS region, comparatively fast motions of the environment (typically in the femto- to picosecond timescale) can be found during barrier crossing.

Furthermore, organising and delivering adequately-powered studies requires sufficient patients and a credible trial within a reasonable timescale can be infeasible in a rare cancer in a single country.

It remains an open question, however, as to whether such timescales can be appropriate for examining the emergence of certain kinds of norms.

Using this method, both short (ms) and long (min) mixing timescales can be accessed in the same microfluidic device by simply varying the slug velocity.

The optimization-based two-timescale solution gives implementation friendly and scalable solution because solutions of different timescales can be implemented at different hierarchies of C-RAN and they are robust to signaling latency.

SO2 abundance has been observed to vary rapidly above the cloud tops on a timescale of ~ an hour (Encrenaz et al. 2013, 2016; Marcq et al. 2011), so variation in contrasts at 283 nm on similar timescales can be expected.

As a first step, it is helpful to rescale the variables so that the important timescales can be explicitly identified and used to group variables into timescale classes that are different from the voltage and calcium compartment groupings, which are based on coupling structure and biology.