Sentence examples for the corresponding time scale from inspiring English sources

The corresponding time scale can be extracted from the pump-probe transient by fitting a suitable exponential curve to the rising edge of the curve.

It is worth noting that, for the slow electron, F h cls ( z ) is almost identical for the two largest clusters considered here and it is very small for zel > 25 a.u. Both observations indicate that the screening of the hole is well established and basically reaches its stationary value at the corresponding time scale.

For each realization, we ranked the eigenvalues, going from higher to lower magnitudes (faster to slower time scales) and the corresponding time scale was calculated.

The evolution of the poloidal profiles is decoupled from the evolution of the radial ones, thanks to the fact that the corresponding time scales belong to different orders in δpi: an algorithm is proposed to treat the 2D problem, alternating the solution of 1D problems.

Also the corresponding time scales differ by several orders of magnitude [ 4, 28].

The choice could be different for different pollutants since the corresponding time scales of the physiological processes are different.

The corresponding time scales should be much faster than some characteristic time scale of interest, then M is to be selected to provide a gap between the slow (time of interest) and fast time scales: (7) τ M τ M + 1 ≪ ε.

In addition, we present here a comparison with experimental results on the dynamics of melting and forming of nematic domains from Ref. [ 11], with an emphasis on the critical divergence of the corresponding time scales on approach of the transition line.

While each specific model implementation exemplifies one of the four scenarios, it is important to notice that they (merely) serve as placeholders representing phase flows: in each case numerous other phase flows could be implemented, but the scenarios are set apart via their corresponding time scale separations.

In the remaining part of the current section, we assume that the power functions on corresponding time scales exist.

Using the methodology we developed, we can derive the solvation energies and corresponding time scales.