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W S RHODE
J LIM Cochlear Micromechanics in Understanding Otoacoustic Emission
G ROSSI M ROLANDO and M OLINA
5 other sections not shown
Acoust Soc acoustic emissions afferent afferent nerve amplitude Audiology auditory filter auditory filter shape auditory nerve auditory system basilar membrane basilar membrane motion Békésy centre frequency changes coch cochlear echo cochlear mechanics cochlear nerve components Dallos dB SPL distortion products ear canal echo response effect efferent efferent-induced electrical stimulation evoked Flock frequency selectivity function Glasberg Grandori guinea pig hair cell system hearing loss Hearing Res IHCs inner ear inner hair cells input Kemp Kiang Klinke masker measurements micromechanics microphone Mössbauer nerve fibers noise nonlinear normal ears OAEs OHCs organ of Corti otoacoustic emissions outer hair cells Patuzzi phase pitch probe psychophysical pure tones quency ratio recording Rhode Scand Audiol Suppl Sellick sensory Siegel signal ſş SOAEs spectral Spoendlin sponse spontaneous stereocilia stimulus subjects synapses threshold tinnitus tion transduction tuning curve two-tone waveform Wilson