Sentence examples for medium frequency band from inspiring English sources

The information of the glottis is encoded in the low-frequency region from 100 to 400 Hz, and the piriform fossa is positioned in the medium frequency band from 4 to 5 kHz.

Dyslexics displayed shorter cancellation time for the medium frequency band for all tasks, suggesting less efficient cerebellar control, perhaps of eye fixation and attention influencing body sway.

There is a higher spectral power index for the flexibility task than for the interference and fixation tasks for the second, medium frequency band.

At 192 ms, sensitivity reverts back to the local processing of the contra-lateral eye, at a medium frequency band represented with binary code 00100 (8 in decimal).

The wavelet analysis revealed shorter cancellation times for dyslexics for the medium frequency band which is hypothesized to be controlled by the cerebellum; cancellation times were shorter irrespective of the task.

There was a main effect of group only for two of the parameters elaborated from the wavelet transform applied to CoP displacements, the canceling time (CT) of the second, medium frequency band (CTx2) and of the third, high frequency band (CTx3) both for the mediolateral sway (respectively F 1,25)  = 6.63; p = .012 and F 1,25)  = 4.16; p = .045 – see Figure 3a,b).

SPL differences appear at a narrow peak frequency of 40 Hz and across a wider medium-frequency band at 400 630 Hz, which is concentrated in the dominant frequency range of steel bridge-borne noise.

In contrast, the contribution of the medium-frequency band, considered to be an expression of cerebellar regulation, increased from 6 00 a.m.

In contrast with the decrease observed in the low-frequency band, the contribution of the medium-frequency band, related to cerebellar regulation [ 45], was higher in both the anteroposterior and mediolateral directions at 6 00 p.m. than at 6 00 a.m.

This is particularly true in medium-frequency bands, where the response is very sensitive to the frequency.

As for the involvement of the reflexive loop reflected by the high-frequency band [ 4, 53], our results confirmed those of previous studies reporting diurnal fluctuations in low- and medium-frequency bands with no modifications to the high-frequency band [ 4, 6].