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Characteristics and Properties of Electrical Deaf Aids*

Published online by Cambridge University Press:  29 June 2007

J. Morris
J. Morris
Affiliation:
Research Engineer, Ericsson Telephones Limited
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Abstract

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Type
Research Article
Information
The Journal of Laryngology & Otology , Volume 50 , Issue 11 , November 1935 , pp. 809 - 837
Copyright
Copyright © JLO (1984) Limited 1935

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References

BIBLIOGRAPHY

Massa, and Olson, , Applied Acoustics, 1934.Google Scholar
Langenbeck, B., Handbuch der Experimentalphysik, Technische Akustik, Zweiter Teil, 1934.CrossRefGoogle Scholar
“L'intensité sonore et les unites de sensation—Le Décibel,” Annales de Prothese Auriculaire, No. 2, 08, 1934.Google Scholar
“L'utilisation de la Conduction Osseuse en Prothese Auriculaire,” Annales de Prothese Auricularie, No. 2, 08, 1934.Google Scholar
Fletcher, , Harvey, , Speech and Hearing.Google Scholar
Gault, R. H., “Hearing through sense organs of Touch and Vibrations,” Journal Frankiln Institute, 08 1927.CrossRefGoogle Scholar
Mackenzie, D., “The relative sensitivity of the ear at different levels of loudness,” Physical Review, Series 2, xx., 07–12, 1922.Google Scholar
“Loudness, Pitch and the timbre of Musical Tones and their relation to the intensity, the frequency, and the overtone structure,” Journal of the Acoustic Society of America, 10 1934.Google Scholar
“Gordon Magnesium Battery,” Wireless World, May 17th, 1935.Google Scholar
Crandall, I. B., Theory of Vibrating Systems and Sound.Google Scholar
Lamb, , Dynamical Theory of Sound.Google Scholar
Rayleigh, , Sound.Google Scholar
Kenelly, , Electrical Vibration Instruments.Google Scholar
Mallett, , Dutton, , “Acoustic Experiments with Telephone Receviers, ” Journal I. E. E., 05 1925.Google Scholar
Cohen, , “ Apparatus Standards of Telephonic Transmission,” Journal I.E.E. 02 1928.Google Scholar
Cohen, , Aldridge, and West, , “Frequency Characteristics of Telephone Systems,” Journal I.E.E., 06 1926.Google Scholar
Flectcher, , Harvey, , Speech and Hearing.Google Scholar
“Measurement of Velocity and Pressure, Amplitudes in Sound Fields,” E.N.T., 02, 1927.Google Scholar
“Effect of Reflaction by Microphone in Sound, Measurement,” Inst, Rad. Eng., 12 1928.Google Scholar
Crandall, I.B., “Sounds of Speech,” Bell Tech. Lab. Reprint B., 11 1925.Google Scholar
Fletcher, , Steinberg, , “Loundness of a Complex Sound,” Phys. Rev., 11, 1924.Google Scholar
Grutzmacher, , “A new method of Sound Analysis,” E.N.T., 12, 1927.Google Scholar
“Ripples and Acoustic Wave Phenomena,” Proc., Phip, Soc., xxxviii., 04 1926.Google Scholar
Davis, , “Analogy between Ripples and Acoustical Wave Phenomena,” Proc, Phip. Soc., xxxiii., Part 3.Google Scholar
Foley, , “Photographic Study of Sound Pulses,” Phys. Review, 12, 1922.Google Scholar
Davis, and Fleming, , “Sound Pules Photography,” Journal Sci, Insts., 09, 1926.Google Scholar
Kenelly, , “Measurement of Acoustic Impedance,” Journal Franklin Institute, 10 1925.CrossRefGoogle Scholar
Sacia, , “Speech, Power and Engery,” Bell. Tel. Lab. Reprint B. 163, 11 1925.Google Scholar
West, , “Acoustical Impedance of Human Ears,” Journal P.O.E.E., 01 1929.Google Scholar
Steinberg, , “Relation between loundness of sound and its Physical Stimulus,” Phys. Rev., 10 1925.CrossRefGoogle Scholar
Lichts, , “Propagation of sound in Tubes,” E.N.T., 07 1927.Google Scholar
Stewart, , “Direct Absolute Measurement of Acoustical Impedance,” Phys. Rev. 11, 1926.CrossRefGoogle Scholar
Humby, S. R., “Experiments with Sound Waves of high frequency,”Proc. Phip. Soc., xxxix, 08 1927.Google Scholar
Fowler, and Wegel, , “Audiometric Methods and theri Applications,” Trans. of American Laryngological, Rhinological and Otological Society, 1922.Google Scholar
Helger, , Messrs, , Adam, , Audiometer.Google Scholar
Crandall, I. B. and Mackenzie, D., “Analysis of Energy distribution in Speech,” Phys. Rev., Series II., xix, 1922.Google Scholar
Paget, , SirRichard, , “The Production of Artificial Vowel Sounds,“ Proc. Royal Soc. cii. (A), 1922.Google Scholar
Jordan, L. H. and DrMcClung, R. K. “Some Types Of Sensitive Flame, ”Proc. Roy. Soc.(Canada), xviii., 1924.Google Scholar
Tucker, W. S. “The Hot Wire Microphone and its application to Problems of Sound,” J. Roy. Soc. Arts., ccxxi. 1922–1923Google Scholar
Tucker, W. S. and Paris, E. T., “A Selective Hot Wire Microphone,” Phil. Trans. Roy. Soc. London, Series A., ccxxi.Google Scholar
Fletcher, H., “Physical Measurement of Audition,” J. Franklin Inst., 1923.Google Scholar
Flectcher, H. and Wegel, R. L., “The frequency sensitivity of Normal Ears,” Phys. Rev., Series.2, xix., 1922.Google Scholar
Flower, E. P. and Wegel, R. L., “Audiometric Methods and their Application,” Western Elec. Co., 10 1922.Google Scholar
Ganet, R. H., “Hearing through sense organs of touch and vibration,” Journ, Franklin Inst., 09 1927.Google Scholar
Knudson, V. O., “The sensibility of the ear to small difference of intensity and frequency,” Phys. Rev., Series 2, xxi, 1923.Google Scholar
Lane, C. E. “Minimum Sound Energy for Audition for Tones of High frequency,” Phys. Rev., Series 2, xix., 01 1922.Google Scholar
Mackenzie, D., “The Relative Sensitivity of the ear at different levels of loundness,” Phys. Rev., Series 2, xx., 07 1922.Google Scholar
Simmons, and Bailey, , “Hot wire instrument for measuring Velocity and Direction of air flow,” Phil. Mag., 01 1917.Google Scholar
Littler, , “Use of Eletromagnetic recevier in acoustical measurements,” Journ. Sci. Inst. 08 1927.CrossRefGoogle Scholar
Komg, , “Theory of small Rayleigh Disc,” Annalen der Physik und Chemie, xliii, 1891.Google Scholar
Crandall, and Arnold, , “Thermophone as a Precision source of sound,” Phys. Rev., x., 1917.Google Scholar
Aldridge, , “Wente Condenser for Sound Measurement,” Journal P.O.E.E., 09 1927.Google Scholar
Sivian, L. J., “Speech Power and its measurement,” Bell System Tech. J., 10 1929.CrossRefGoogle Scholar
Fletcher, H. T. and Steinberg, J. C., “Articulation Testing Medthods,”Bell System Tech. J., 10 1929.CrossRefGoogle Scholar
Fletcher, H. and Munson, W. A., “Loundness, Its Definition, Measurement and Calcution,” Bell System Tech, J., 10 1933.CrossRefGoogle Scholar
Martin, W. H. and Gray, C. H. G., “Master references system for Telephone Transmission,” Bell. System Tech. J., 07 1929.CrossRefGoogle Scholar
Ingles, A. H., Gray, C. H. G., Jenkins, R. T., “A Voice and Ear for Telephone Measurements,” Bell System Tech, J., 04 1932.CrossRefGoogle Scholar
Campbell, G. A., “Telephonic Intelligibility,” Phil, Mag., 01 1910.CrossRefGoogle Scholar
Crandall, I. B., “Composition of Speech,” Phys. Rev., 07 1917.Google Scholar
Fletcher, H., “Nature of Speech and its interpretation,” Journal Franklin Institute, 06 1922.CrossRefGoogle Scholar
Wente, E. C., “Condenser Transmitter for Absolute Measurements,” Phys. Rev., x., 1917.Google Scholar
Wente, E. C., “The Thermophone,” Phys. Rev., xix, 1922.Google Scholar
Wente, E. C., “Sensitivity and Precision of Condenser Transmitter,” Phys. Rev., xix., 1922.Google Scholar
Webster, , “Phonemeter,” Engineering, 01 24th, 1921.Google Scholar
Sivian, , “Modification of Rayleigh Disc Method of Measurement,” Phil. Mag., 03 1928.CrossRefGoogle Scholar
Barnes, and West, , “Calibration and performance of Rayleigh disc,” Journal I.E.E., 09 1927.Google Scholar
Green, , “On the Condenser Telephone,” Phil. Mag., 09 1926.CrossRefGoogle Scholar
Crandall, and Sacia, , “Dynamical Study of the Vowel Sounds,” Bell System Tech, J., III., 1924.Google Scholar
Dewey, G., “Relative frequency of English Speech sounds,” Harvard Unversity Press, 1923.Google Scholar
French, N. R. and Koenig, W., “Frequency of Occurrence of Speech Sounds in Spoken English,” Proc. Acoustical Soc. of Amercia, 1929.CrossRefGoogle Scholar
Collard, J., “A Theoretical Study of Articulation and Intelligibility of a Telephone Circuit,” Electrical Communication, 01 1929.Google Scholar