Sentence examples for frequencies in space from inspiring English sources

The purpose of this paper is to evaluate the response with use of a large number of highly accurate modes, and to determine if such a large number of modes must be considered in problems involving the use of control systems designed to operate at high frequencies in space applications.

Index D is the dimension parameter, while G is the fundamental frequency in space and represents roughness density.

The dispersion curves predict a "dc-resonant" frequency in space and time for saddle-node mode (Fig. 4(a)), while the approach to Hopf bifurcation is accompanied with temporal oscillations of frequencies (omega/2pi=44.04, 45.45, 46.11mbox{ Hz}) (Fig. 4(b)).

The result is a work where the flash frequency in space composes the music, all programmed by organic human behavior.

DWT involves local analysis of frequency in space and time domains, and it provides multiscale image details step by step.

To estimate the distribution of LP and LP-associated allele frequencies in continuous space, from irregularly spaced data, surface interpolation was performed using the Natural Neighbour algorithm [ 29, 30], as implemented in the PyNGL module of the Python programming language [ 31- 33].

Radio frequencies propagate in space and permit information to be transferred from a transmitter to a receiver when information is added to the RF signal by a process called modulation.

We used surface interpolation of Old World lactase persistence genotype and phenotype frequency estimates obtained from all available literature and perform a comparison between predicted and observed trait frequencies in continuous space.

In order to achieve the statistical diffuse field assumption coupling loss factor values are averaged both in frequency and in space.

When two electromagnetic waves of the same frequency superpose in space, the resultant electric and magnetic field strength of any point of space and time is the sum of the respective fields of the two waves.

The method relies on the splitting of the turbulent flowfield into several frequency bands in space and time, each band being associated to a specific computational grid in physical space.