Sentence examples for for a large frequency from inspiring English sources

In one example, the leakage-free single-mode guidance is found for a large frequency interval covering 60% of the photonic bandgap.

In the context of model reduction, the requirements for the reduced model are that the projected system is a good approximation to the large scale system for a large frequency range, and also for a large set of parameter variations.

This linear system, which (for a reasonable structure) has several millions of equations, typically has to be solved for a large frequency range ω = 0, …, 1, 000 Hz in small frequency steps and, depending on the type of excitation, for many right hand sides (load vectors).

This is even true for the algebraic multigrid methods like the Ruge-Stüben method [22] or hypre [23], due to the difficulty of having to solve for a large frequency range, many right hand sides and all this inside an optimization loop.

The computation of these modes requires an iterative solution scheme, however, once they are computed, they can be used for a large frequency range, and in general, the plasmonic response is only governed by very few of these modes.

Vibro-acoustics of extruded aluminium panels are characterized by mid-frequency behaviours for quite a large frequency range [9, 10, 11, 12].

For instance, a large frequency block (bin) that includes only a narrowband PU transmission would be determined occupied (since the detected energy is greater than the respective threshold) even if it is idle for most of its frequency range.

Since the stiffeners are generally much stiffer than the panels, under external/internal/acoustic loadings, the dynamic response of the stiffened panels as a whole can contain deformations of both long- and short-wavelength, generated by the stiff and flexible components, respectively, for quite a large frequency region.

For x values up to 2.5, we find a power law behaviour for SFFnum in a large frequency range (2.10−2Hz 2.102Hz) For each experimental run, we adjust SFFnum to the experimental spectrum SFF.

Selecting a small inertial constant for the simulation resulted in a large frequency deviation of G/T and S/T, with frequency stabilized for a short time.

The linear spectrogram is then quantized into 64 logarithmically spaced sub-bands to cover a large frequency range for more features [8].