Sentence examples for frequency contributing from inspiring English sources

In spectral analysis, the temporal positions of the harmonics (including harmonics with an annual frequency) contributing to the observed dynamics of a time series – phase – are estimated over the length of the time series.

The PT relaxation signal, following a pulsed excitation, is continuous in the frequency domain and during TC-PCT execution the frequency contributing the planar image keeps on decreasing with the increase in d.

It should be noted, however, ka- and kb-components above the critical frequency contribute almost equally to both normal and shear stresses, regardless of the duration of the force.

Injuries of perineurium and endoneurial vessels were noted in Group 3, and long-lasting thinning of nerve fascicles in Group 4. The decrease in epineurial fat tissue was revealed in all groups, more drastic in 3. Modifications and injuries of nerve sheaths and blood vessels depending on distraction rate and frequency contribute to peroneal neuropathy.

The question of whether word frequency contributes significantly to picture naming latency over and above AoA has also been very controversial in recent years (see [4]).

Both lengthening rate and frequency contribute to the changes.

At least in theory, for these measures, a high payment frequency contributes to incentive strength.

This importance weighting was then adjusted to ensure that criticality and frequency contributed equally to the resulting importance weighting.

This method divides the overall variability of a signal into its composing frequencies and provides insight into what extent a frequency contributes to the overall variability.

The mutation frequency contributed directly from the process of viral infection was 0.12% (335 in over 280,000 colonies) after analyzing non-DpnI treated samples.

In this paper, the central question that is raised is at the heart of the ongoing debate with respect to the interaction versus autonomous processing models in speech perception research: How do auditory cues, phonological neighborhood, and word frequency contribute to phoneme identification errors in word recognition tasks?