Sentence examples for the timescale between from inspiring English sources

Therefore, there is a difference of a factor of 10 in the timescale between the information gathered from gravity anomalies and from the active fault distribution, that is, a difference of a factor of 10 in the cumulative fault displacement.

Similarly, the timescale between presentation and intervention may be short, such that an individual is unable to consider the interventions proposed reasonably.

The model performance is tested in plane channel flows at various Prandtl numbers, and the results show that this model gives the ratio of the timescales between the velocity and thermal fields similar to that obtained using the dynamic Smagorinsky model with locally calculated model parameters.

The timescales between applying and starting are typically a few months, but you can start looking for vacancies now to get a feel for what is available.

Owing to the long timescale between the delivery of research and the evaluation of the impact of the implementation of research findings, it will be some years before the impact of DeNDRoN on patient outcomes and experience will be known.

The analytical approximations are motivated by the timescale separation between fast diffusion-limited bimolecular collisions between A and R, and the remaining slow timescales in the system.

An Arrhenius-based approach is used to bridge the timescale gap between Molecular Dynamics and experiment and build a connection between the simulation and synthesis temperatures.

Their microsecond folding times have been instrumental in bridging the timescale gap between experiment and atomistic molecular dynamics (MD) simulations7,8,9,10,11.

The HMM model analysis supports the definition of two unique states given the timescale separation between the slowest mode (folding/unfolding) and fast dynamical processes (see Supplementary Figure 3c).

Kinetic network models (KNMs), in particular Markov state models (MSMs), hold great promise to overcome this challenge because they can bridge the timescale gap between MD simulations and experimental observations.

Furthermore, it is shown that the original nonlinear tracking error system is also exponentially stable and satisfies an H∞ tracking performance both in nominal and actuator failure cases under the proposed fuzzy control law together with the DIC law, provided that the timescale separation between the fast and slow subsystems is valid.