Sentence examples for prominent frequency from inspiring English sources

The cited literature cited unusually frequently, and the occurring keywords with the abnormal prominent frequency are called burst literature and burst keywords individually [27, 28].

To anticipate the complexity of layered soil profiles in realistic field conditions, the complete acceleration time history of the ground motion should be considered rather than merely adopting the most prominent frequency in the proposed analysis.

In our earlier work on ZnO nanofluids [15], which is carried out using a dynamic 3ω technique, it has shown that the parameter effusivity (C p κ, C p  = heat capacity, κ = thermal conductivity) has a prominent frequency dependence.

As a result of this transform, the lowest and most prominent frequency of each note fell at the second harmonic of the F0 (330, 330, 416, 494, and 660 Hz, respectively) (Figure 1, middle).

The spectral structure of S. titanus MCS is characterized by a series of several prominent frequency peaks in the range between 80 and 300 Hz and maximum substrate vibration velocity above 10−2 mm/s.

This shows the importance of this technique for clearly distinguishing prominent frequency components as well as for comparing signal power in different frequency bands.

Our findings show that slow and delta activity are the prominent frequencies during the awake state at all ages.

The signal design of horseshoe bats is characterised by long, high duty cycle calls which have a prominent constant frequency (CF) component preceded and followed by a brief frequency modulated (FM) component (45).

There are a number of attempts to interpret probabilities objectively, the most prominent being frequency interpretations and propensity interpretations.

The results support the concept of a "meditation paradox," since a variety of relaxation and meditative techniques may produce active rather than quiescent cardiac dynamics, associated with prominent low frequency heart rate oscillations or increases in mean resting heart rate.

In addition to decreased oxygen consumption [8] [10], other consistent physiologic changes observed in long-term practitioners of RR techniques include decreased carbon dioxide elimination, reduced blood pressure, heart and respiration rate [1], [2], [11], prominent low frequency heart rate oscillations [12] and alterations in cortical and subcortical brain regions [13], [14].