Sentence examples for predictions of frequency from inspiring English sources

Predictions of frequency and time domain methods demonstrated reasonable agreement with each other.

Lee plate equations for high frequency vibrations of piezoelectric plates have been established and perfected over decades with the sole objective of obtaining accurate predictions of frequency and mode shapes to aid the analysis and design of quartz crystal resonators.

Using only two free parameters to describe the selectivity and the sensitivity of each species' auditory sensory filters, the model provided highly accurate predictions of frequency-range discrimination in songbirds and in a parrot species, but performance and its prediction were less accurate in pigeons: the only species tested that does not learn its vocalizations.

Predictions of frequencies for bending and extensional type vibrations are close to experimental data for non-rotating thick rings [1,2].

A four-node finite element based on the efficient higher-order zigzag plate theory of laminated composite plates with multiple delaminations is developed to refine the prediction of frequencies, mode shape, and time response.

SMI has been argued to be essential to A1 neurons' abilities to provide an estimation of complex spectral analysis and prediction of frequency-modulated sweep and "ripple spectra" [31], [32], [33].

The goal was to compare allelic frequencies for all the SNPs on a microarray, since not all SNPs will be equally accurate for the prediction of frequencies.

The researchers now plan to use the data to test computer predictions of the frequency of features such as tendrils and stellar streams.

Theoretical predictions of bubble frequency and average radius were found to be in good agreement with experimental data when the bubble regime was highly synchronous.

In Dugatkin and Reeve and the rest of this literature, comparison of population genetic models was largely based on predictions of allele frequency changes; in other words, if two models made the same predictions as to the changes of allelic frequencies in a given situation, then the models are equivalent.

While predictions of the frequency, intensity, and duration of El Niño conditions in the future remain highly uncertain [45], there are likely to be consequences of periodic SST anomalies and climate change for California least terns.