Sentence examples for maximum sound intensity from inspiring English sources

If anything, it is more likely that the estimates are too conservative (i.e. are underestimates), since bat echolocation signals are highly directional with maximum sound intensity only in the acoustic axis [27], [28].

The maximum sound intensity tested for each frequency was a 100 dB sound pressure level (SPL).

Note that, in this model, the compression parameter, q, is based on the maximum RMS amplitude experienced at the output of the filter when the listener cannot predict its occurrence and that there are two parameters: n, the maximum value of q, and s, the parameter that determines the rate at which q approaches n as the maximum sound intensity increases.

Although mean sound and mean maximum sound intensities are significantly reduced in a single-bedded room, the frequency of sound spikes remained elevated so there is still a lack of improvement in sleep continuity.

Again, Q10 values of the half-maximum sound intensity rates are statistically weaker than the saturation-rate based Q10 values.

One hypothesis is that a change in the half-maximum sound intensity of the transduction process could foster temperature compensation in firing rate.

This also indicates that the temperature dependence of the saturation-firing rate is more reliable than the rate estimated at half-maximum sound intensity.

But the temperature dependence of the saturation current and the half-maximum sound intensity (mainly when decreasing with temperature) were also found to contribute to temperature compensation.

We assumed a sigmoidal shape of the transduction function, I C = θ (I dB ) = I C, sat / (1 + exp (− I dB − I 50, θ w θ ) ), with transduction saturation current I C, sat, half-maximum sound intensity I 50, θ, and dynamic-range width w θ.

We fit a three-parameter sigmoid to each response curve, r = ρ (I dB ) = r sat / (1 + exp (− I dB − I 50, ρ w ρ ) ), with saturation spike rate r sat, half-maximum sound intensity I 50, ρ, and dynamic-range width w ρ.

Temperature dependence of the reverse-engineered transduction was then quantified based on the Q 10 values (i.e., the relative changes with temperature) of the three parameters that define each transduction sigmoid: saturation current, half-maximum sound intensity, and dynamic-range width.