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References

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

 

 

 

International Electrotechnical Commission.  1970.  An IEC artifical ear, of the wide band type, for the calibration of earphones used in audiometry.  IEC 318, Geneva.

 

International Electrotechnical Commission.  1970.  IEC provisional reference coupler for the calibration of earphones used in audiometry.  IEC 303, Geneva.

 

International Electrotechnical Commission.  1990.  Mechanical couplers for measurements on bone vibrators.  IEC 373, Geneva.

 

 International Organization for Standardization.  1979.  Acoustics-Expression of physical and subjective magnitudes of sound or noise in air.  ISO 131-1979(E) (1979a).  [Replaces ISOR357, 1963], Geneva, Switzerland.

 

International Organization for Standardization.  1981.  Acoustics-Standard reference zero for the calibration of pure tone audiometers.  ISO 389, Geneva, Switzerland:  ADDENDUM 1 - ISO DAD-1.

 

International Organization for Standardization. (1981).  ISO.  Acoustics-Standard reference zero for the calibration of pure tone audiometers.  ISO 389.  Geneva, Switzerland:  International Standards Organization.  ADDENDUM 1 - ISO DAD-1.

   

Karlsmose B., Pedersen H.B., Lauritzen T., Parving A. (1988). Audiometry in general practice: validation of a pragmatic pure-tone audiometry method. Scandinavian Audiology. 27(3):137-42.

           

Katz J. (1994). Handbook of clinical audiology.  Williams & Wilkins Baltimore, Maryland, USA.

   

Lankford J.E., Evans M.P. (1981). A comparative study of alternative bone-conduction calibration methods. Ear & Hearing. 2(4):139-42.  

 

Laws D.,  Roller S.M.,  Perry C.K. (1993). Interaural attenuation of a click stimulus using deep and shallow placement of an insert earphone.  American Journal of Audiology.  60-63.  

 

Lee J., Kim J. (1999). The maximum permissible ambient noise and frequency-specific averaging time on the measurement of distortion product otoacoustic emissions. Audiology. 38(1):19-23.

               

Lightfoot G.R., Hughes J.B. (1993). Bone conduction errors at high frequencies: implications for clinical and medico-legal practice. Journal of Laryngology & Otology. 107(4):305-8.

 

Lindgren F. (1990). A comparison of the variability in thresholds measured with insert and conventional supra-aural earphones. Scandinavian Audiology. 19(1):19-23.

 

Martin F.N., Champlin CA. (1988). A varying intensity story test for simulated hearing loss.  American Journal of Audiology.  7(1):39-44.

 

Martin F.N., Champlin C.A., Chambers J.A. (1998). Seventh survey of audiometric practices in the United States. Journal of the American Academy of Audiology. 9(2):95-104.

 

Melnick W. (1971). American National Standard specifications for audiometers. ASHA. 13(4):203-6.

 

Morgan D.E., Dirks D.D., Bower D.R. (1979). Suggested threshold sound pressure levels for frequency-modulated (warble) tones in the sound field. Journal of Speech & Hearing Disorders. 44(1):37-54.

 

Musiek F.E.,  Rintelmann W.F. (1999). Contemporary perspectives in hearing assessment.  Boston:  Allyn and Bacon.

 

Pfeiffer B.H. (1980). Technical state of audiometers in hearing conservation programmes - Can we determine hearing threshold correctly?. Scandinavian Audiology. Supplementum. (Suppl 12):283-91.

 

Purcell D., Kunov H., Cleghorn W. (1999). Objective calibration of bone conductors using otoacoustic emissions. Ear & Hearing. 20(5):375-92.

        

 

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