. The Bell System technical journal . Diagrammatic representation of auditory function Auditory meatus 0. vv. Oval window Bas. M. Bas. mem. including organ of Corti Reis. M. Reissners mem. CD. Cochlear duct R. W. Rd. window E. Eustachian tube S. C. Scala cochlea He. Helicotrema S. V. Scala vestibuli Middle ear Tec. M. Tectorial membrane 0. S. Ossicles (malleus, incus, stapes) Ty. Tympanic membrane. Fig. 11 cochlea depending upon the frequency of the stimulating tone. Thefurther along the membrane the disturbance reaches, the lower willbe the pitch sensation. A low pitch tone then sti


. The Bell System technical journal . Diagrammatic representation of auditory function Auditory meatus 0. vv. Oval window Bas. M. Bas. mem. including organ of Corti Reis. M. Reissners mem. CD. Cochlear duct R. W. Rd. window E. Eustachian tube S. C. Scala cochlea He. Helicotrema S. V. Scala vestibuli Middle ear Tec. M. Tectorial membrane 0. S. Ossicles (malleus, incus, stapes) Ty. Tympanic membrane. Fig. 11 cochlea depending upon the frequency of the stimulating tone. Thefurther along the membrane the disturbance reaches, the lower willbe the pitch sensation. A low pitch tone then stimulates all of thenerve fibres that would be stimulated by tones of higher pitch plussome additional nerve fibres. PHYSICAL MEASUREMENTS OF AUDITION 167 The theory of maximum amplitudes was first put into definiteform by Gray in It assumes that the position of maximumamplitude of the basilar membrane varies with the pitch of the stimu-lating tone. Although a considerable portion of the membranevibrates when stimulated by a pure tone, the ear judges the pitchby the position of maximum response of the basilar has shown that some action of this sort must take place due tothe dynamical constants It is an amplification of thistheory that I desire to propose as the one which most satisfactorilyaccounts for the facts. When a sound wave impinges upon an ear-drum, its vibrati


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Keywords: ., bookcentury1900, bookdecade1920, booksubjecttechnology, bookyear1