The Physics of the Ear |
Contents
The Nature of Nerve Conduction | 15 |
The Conductive Mechanism | 22 |
Its Dynamics by Direct | 38 |
Copyright | |
14 other sections not shown
Other editions - View all
The Physics of the Ear: International Series of Monographs on Physics T. S. Littler Limited preview - 2013 |
Common terms and phrases
acoustic action potential air conduction amplitude analysis applied articulation artificial ear audible audiograms audiometer basal basilar membrane beats Békésy binaural bone conduction characteristics cochlear microphonic cochlear partition components considered curve Cut off frequency Davis decibels difference limen different frequencies distortion duration dyn/cm² eardrum effect electrode excitation experiments fatigue fibres Fletcher fluid frequency range frequency x 103 function hair cells hearing aid hearing loss helicotrema Helmholtz intensity known Laplace transform low frequencies masker masking maximum meatus mm² motion msec neural neurones noise normal observed obtained organ of Corti oval window pass High pass phase difference pitch produced pulse pure tone quency region resonance response round window scala media scala tympani scala vestibuli sensation level shown in Fig shows signal sinusoidal sound pressure sound pressure level spectrum speech stapes stimulus suggested Tasaki threshold tion Tonndorf transient travelling wave tympani variation wave form Wever
References to this book
Introductory Biophysics Frederick Ross Hallett,P. A. Speight,Robert Henry Stinson No preview available - 1977 |