References

(A-H) - (I-P) - (Q-Z)

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American National Standards Institute.  (1972)  American National Standard for an Artificial Headbone for the Calibration of Audiometer Bone Vibrators.  ANSI S3.13-1972, New York.

American National Standards Institute.  (1973)  American National Standard for Coupler Calibration of Earphones.  ANSI S3.7 - 1973, New York.

American National Standards Institute.  (1977)  American National Standard Criteria for Permissible Ambient Noise During Audiometric Testing.  ANSI S3.1 - 1977, New York.

American National Standards Institute.  (1979)  American National Standard for Coupler Calibration of Earphones.  ANSI S3.7 - 1979, New York.

American National Standards Institute.  (1981)  American National Standard Reference Equivalent Threshold Force Levels for Audiometric Bone Vibrators.  ANSI S3.26 - 1981, New York.

American National Standards Institute.  (1987)  American National Standard Specification for Instrument to Measure Aural Acoustic Impedance and Admittance (Aural acoustic immittance).  ANSI S3.39 - 1987, New York.

American National Standards Institute.  (1991)  American National Standard Specification for Maximum Permissible Ambient Noise levels for Audiometric Test Rooms.  ANSI S3.1 -1991, New York. 

American National Standards Institute.  (1996)  American National Standard Specification for Audiometers.  ANSI S3.6 - 1996,  New York.

American National Standards Institute.  (1997) American National Standard Methods for Measuring the Real-Ear Attenuation of Hearing Protectors.  ANSI S12.6 - 1997, New York. 

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Beynon G.J., Munro K.J. (1995). Measurement of variability in sound field audiometry due to subject movement. British Journal of Audiology. 29(5):285-91.  

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British Standards Institution (1966).  An artificial mastoid for the calibration of bone vibrators use din hearing aids and audiometers.  BS 4009.  See also revised standard BS 4009 (1975) (equivalent to IEC 373).

Ciechanowski J.M., Cooper W.A Jr. (1976). Problems with earphone calibration using a manikin. Journal of the American Audiology Society. 2(3):88-94.

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Cox R.M., McCormick V.A. (1987). Electroacoustic calibration for sound field warble tone thresholds. Journal of Speech & Hearing Disorders. 52(4):388-92.  

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Dowson S.P., McNeill H.A. (1992). The effect of temperature on the performance of audiometric mechanical coupler systems. British Journal of Audiology. 26(5):275-81.

Durrant J.D., Lovrinic J.H. (1995). Bases of hearing science. 3rd Ed.  Baltimore, Md., USA : Williams & Wilkins.

Fearn R.W., Hanson D.R. (1983). Audiometric zero for air conduction using manual audiometry. British Journal of Audiology. 17(2):87-9.

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Frank T., Richards W.D. (1980). The Beltone 5b artificial mastoid: theoretical characteristics and performance measurements. Ear & Hearing. 1(6):310-8.  

Frank T., Richter U. (1985). Influence of temperature on the output of a mechanical coupler. Ear & Hearing. 6(4):206-10.  

Frank T., Williams D.L. (1994). Ambient noise levels in industrial audiometric test rooms. American Industrial Hygiene Association Journal. 55(5):433-7.

Frank T., Williams D.L. (1993). Ambient noise levels in audiometric test rooms used for clinical audiometry. Ear & Hearing. 14(6):414-22.

Frank T., Wright D.C. (1990). Attenuation provided by four different audiometric earphone systems. Ear & Hearing. 11(1):70-8.

Frank T., Williams D.L. (1993). Effects of background noise on earphone thresholds. Journal of the American Academy of Audiology. 4(3):201-12.

Frank T., Richards W.D. (1991). Hearing aid coupler output level variability and coupler correction levels for insert earphones. Ear & Hearing. 12(3):221-7.

Frank T., Vavrek M.J. (1992). Reference threshold levels for an ER-3A insert earphone. Journal of the American Academy of Audiology. 3(1):51-9.

Franks J.R., Engel D.P. 3d., Themann C.L. (1992). Real ear attenuation at threshold for three audiometric headphone devices: implications for maximum permissible ambient noise level standards. Ear & Hearing. 13(1):2-10.

Ferraro J.A., Durrant J.D., Yvonne S.S., Campbell K. (1996). Recommended guidelines for reporting AEP specifications.  American Journal of Audiology.  5(3): 35-37.

Gasaway D.C. (1987). Daily biological calibration checks ensure hearing programs' success. Occupational Health & Safety. 56(4):38-43, 71.  

Gauz M.T., Smith M.M. (1985). The simplified HF E-800 audiometer: calibration and normative aspects. Journal of Auditory Research. 25(2):101-22.

Guelke R.W., Floyd J.D., van Zyl F.J. (1977). The effect of frequency tolerance on audiometer accuracy. South African Medical Journal. 52(24):973-7.

Hall J.W III. (1992). Handbook of audiotry evoked responses.  Boston: Allyn and Bacon.

Harris R.W.,  Chandaud R.C. (1988).  A simplified method for calibrating a sound-level meter for use with a Bruel & Kjaer artificial mastoid.  American Journal of Audiology.  7(2):61-64.

Haughton P.M. (1985). A method for checking the calibration of the Bruel & Kjaer type 8000 mechanical impedance head. British Journal of Audiology. 19(1):53-6.  

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