Experiments in Hearing |
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Page 101
... eardrum . Though the frequency relations were similar in nearly all specimens , there were many temporal bones in ... eardrum communicates its pressure to the manubrium independently of the frequency . It follows that the natural ...
... eardrum . Though the frequency relations were similar in nearly all specimens , there were many temporal bones in ... eardrum communicates its pressure to the manubrium independently of the frequency . It follows that the natural ...
Page 195
... eardrum . A calibrated hair was used to produce a known bending force on a tonguelike piece cut from the eardrum . The eardrum of man has a thick- ness of about 0.05 mm ( in the liter- ature the value of 0.1 is often quoted ) and is not ...
... eardrum . A calibrated hair was used to produce a known bending force on a tonguelike piece cut from the eardrum . The eardrum of man has a thick- ness of about 0.05 mm ( in the liter- ature the value of 0.1 is often quoted ) and is not ...
Page 196
... eardrum of a guinea pig is easily split in a radial direction , but its elasticity coefficient is about the same as in Fold of the eardrum ( 0 ) Center of gravity and point of rotation ( 6 ) -Center of gravity FIG . 6-67 . The human ...
... eardrum of a guinea pig is easily split in a radial direction , but its elasticity coefficient is about the same as in Fold of the eardrum ( 0 ) Center of gravity and point of rotation ( 6 ) -Center of gravity FIG . 6-67 . The human ...
Contents
Problems of Auditory Research | 3 |
The Anatomy of the Ear | 11 |
Anatomical Techniques | 19 |
Copyright | |
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adjusted amplitude appears attenuation auditory basilar membrane beats bone cells close cochlear partition conduction constant continuous curve decay decrease determined difference limen direction displacement distance eardrum effect elastic electrical electrode equal excitation experiments fact fatigue field Figure fluid force frequency further give given head hearing increase indicated intensity lateral length loudness lower magnitude maximum means measurements meatus mechanical method microphonics middle moved movements necessary nerve normal observed obtained opening organ pattern phase position possible potential present produced pulses relation relative represents resistance resonance rotating round seems seen sensation separate shown in Fig shows side skin sound pressure stapes stimulation subjects surface switch threshold tion tone traveling tube variations varied various vibrations vibratory voltage volume wall waves whole window