Sentence examples for associated to frequency from inspiring English sources

When (s=12), a transitory component is needed in some cases: (i) if (p+d+12(P+D)<q+12Q); (ii) if the case of an AR(1) polynomial ((1+phi hbox {B})) with a coefficient (phi >-0.2); (iii) series with peaks in the spectrum which are not associated to frequency 0 nor with the seasonal frequencies.

The double-layer region impedance of polycrystalline Pt/perchloric acid solutions interfaces was measured to determine the influence of electrode surface roughness and solution electrolyte concentration on the fractional power n of the constant phase element cpe associated to frequency dispersion in the impedance behaviour of this system.

Most studies about palmaris longus in humans are associated to frequency or case studies, but comparative anatomy in primates and comparative morphometry were not found in scientific literature.

The spectral kurtosis corroborates the location of the entropy minima (optimum uncertainty) matching them to its maxima, associated to frequencies with the highest amplitude variability, and consequently minimizing the measurement uncertainty.

In the presence of bicuculline the firing rate power spectrum of hippocampal networks exhibited a pronounced peak at frequencies between 0.2 and 0.6 Hz, while PTX in leech networks increased the power associated to frequencies between 0.1 and 0.3 Hz.

Apart from the mean field, the first most energetic group of modes is related to trailing vortices induced by the Rushton turbines and is associated to a frequency equivalent to the blade passage frequency and its overtones.

The second most energetic group of modes is related to vortical structures in the impeller stream and is associated to a frequency equivalent to the rotating speed.

In fact, the presence of mood disorders is more associated to the frequency of headaches rather than to headache diagnosis [34].

Such a design strategy of passive control devices based on minimizing worst-case gain associated to finite frequency band is observed to provide efficient design of a TMD system with better performance than that designed based on conventional H∞ optimization associated to entire frequency range.

The transfer function for a single mass-spring system under dynamic equilibrium, i.e. H (n) = σ d (n)/F (n) (where F (n), d (n) represent the acting force and standard deviation of displacement associated to the frequency n, respectively), is defined by Eq. (3)—see Gould and Abu-Sitta (1980).

The large frequency drift as a function of contrast in monkey V1 was accompanied by low gamma power, and in the data analyzed here lower gamma power was also associated to larger frequency drift.