<p>The mean ± standard error of the BM vibration magnitude (solid lines) and the RL displacement (dashed lines) and the displacement difference between the RL and the BM as a function of sound level from live animals (<b>a</b>) and postmortem animals (<b>b</b>); The phase difference between the RL and the BM magnitude and the phase as a function of the sound level from live animals (<b>c</b>) and postmortem animals (<b>d</b>). In order to group the animals, the frequencies were normalized with respect to the best frequency, which varied among the animals at the chosen measurement locations. This compensates for the slight variations in the best frequencies in the different experiments (best frequency range, 18.75–22.25 kHz). BF<sub>P</sub> ...
textabstractWe recorded responses of the gerbil basilar membrane (BM) to wideband tone complexes. Th...
The directionality of hair cell stimulation combined with the vibration of the basilar membrane caus...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer S...
<p>Displacement magnitudes of vibration in nm are plotted as a function of stimulus frequency with s...
<p>(A) The response peak at ∼12.0 kHz decreased, broadened, and shifted toward low frequencies with ...
<p>The timing of the OHCs contraction and the RL and the BM displacement at the sound level of 30 dB...
<p>(A) Two measured locations on the BM and one on the stapes (red dots). As the wave travels from t...
<p>(A, B) Magnitude and phase of the RW CM as a function of frequency at 10 to 90 dB SPL. (C) The ph...
In the mammalian cochlea, the basilar membrane's (BM) mechanical responses are amplified, and freque...
The differential motion of the organ of Corti has been expected as a result of the outer hair cell f...
<p>The magnitude (A), phase (B), the magnitude ratio of the BM to the stapes (C), and phase differen...
In the mammalian cochlea, the basilar membrane's (BM) mechanical responses are amplified, and freque...
The cochlea of the inner ear presents severe difficulties for measurement and computation, and contr...
We recorded responses of the gerbil basilar membrane (BM) to wideband tone complexes. The intensity ...
Low-frequency hearing is critically important for speech and music perception, but no mechanical mea...
textabstractWe recorded responses of the gerbil basilar membrane (BM) to wideband tone complexes. Th...
The directionality of hair cell stimulation combined with the vibration of the basilar membrane caus...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer S...
<p>Displacement magnitudes of vibration in nm are plotted as a function of stimulus frequency with s...
<p>(A) The response peak at ∼12.0 kHz decreased, broadened, and shifted toward low frequencies with ...
<p>The timing of the OHCs contraction and the RL and the BM displacement at the sound level of 30 dB...
<p>(A) Two measured locations on the BM and one on the stapes (red dots). As the wave travels from t...
<p>(A, B) Magnitude and phase of the RW CM as a function of frequency at 10 to 90 dB SPL. (C) The ph...
In the mammalian cochlea, the basilar membrane's (BM) mechanical responses are amplified, and freque...
The differential motion of the organ of Corti has been expected as a result of the outer hair cell f...
<p>The magnitude (A), phase (B), the magnitude ratio of the BM to the stapes (C), and phase differen...
In the mammalian cochlea, the basilar membrane's (BM) mechanical responses are amplified, and freque...
The cochlea of the inner ear presents severe difficulties for measurement and computation, and contr...
We recorded responses of the gerbil basilar membrane (BM) to wideband tone complexes. The intensity ...
Low-frequency hearing is critically important for speech and music perception, but no mechanical mea...
textabstractWe recorded responses of the gerbil basilar membrane (BM) to wideband tone complexes. Th...
The directionality of hair cell stimulation combined with the vibration of the basilar membrane caus...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer S...