ГОСТ Р ИСО 26101-2014 Акустика. Экспериментальные методы определения условий свободного звукового поля (Переиздание)

[1]

IEC 61094-4:1995, Measurement microphones - Part 4: Specifications for working standard microphones

[2]

ISO 10140-5, Acoustics - Laboratory measurement of sound insulation of building elements - Part 5: Requirements for test facilities and equipment

[3]

ISO 266, Acoustics - Preferred frequencies

[4]

ISO 9613-1, Attenuation of sound during propagation outdoors - Part 1: Calculation of the absorption of sound by the atmosphere

[5]

ISO 10815:1996, Mechanical vibration - Measurement of vibration generated internally in railway tunnels by the passage of trains

[6]

ISO/TR 25417:2007, Acoustics - Definitions of basic quantities and terms

[7]

Babineau, J. and Tinianov B.D. "Research into quality assessment methods for anechoic chambers", Proc. Noise-Con 2000, paper 1pNSb6, CD ROM proceedings available from Institute of Noise Control Engineering, Saddle River, NJ

[8]

Ballagh K.O. Calibration of an anechoic room, J. Sound Vibration, 1986, 105(2), p. 233-241

[9]

Bedell E.H. Some data on a room designed for free-field measurements, J. Acoust, Soc. Am., 1936, 8, p. 118-125

[10]

Bell E.C. Hulley L.N. and Mazumder N.C. The steady-state evaluation of small anechoic chambers. Applied Acoustics, 1973, 6, p. 91-109

[11]

Beranek L.L. "Acoustics", Chapter 4. Publication by AlP for Acoustical Society of America

[12]

Beranek L.L. and Sleeper H.P Jr. The design and construction of anechoic sound chambers, J. Acoust. Soc. Am., 1946, 18(1), p. 140-150  

[13]

Bethke С. and Wittstock V. "Technical aspects in the qualification of free-field environments", Proceedings / NAG/DAGA 2009, International Conference on Acoustics: Rotterdam, 23-26 March 2009

[14]

Biesel V.B. and Cunefare K.A. Atest system for free-field qualification of anechoic chambers, Sound and Vibration Magazine, May 2003

[15]

 Chada A., Ristroph E. and Winker D. "Effect of source directionality on deviations from inverse square law in a hemi-anechoic chamber typically used for product noise emission testing", Proc. Noise-Con 2007

[16]

Chada A., Winker D. and Ristroph E. "Sound source near field and directionality impacts on hemi-anechoic chamber qualification", Proc. Noise-Con 2008

[17]

Cunefare K.A., Badertscher J. and Wittstock V. On the qualification of anechoic chambers; Issues related to signals and bandwidth, J. Acoust. Soc. Am., 2006, 120(2), p. 820-829

[18]

Cunefare K.A., Biesel V.B., Albanese A.M., Holdhusen M., Graf A., Rye R. and Tran. J. "Anechoic chamber qualification per ISO 3745 and ASA/ANSI S12.35.", Proceedings of 17th International Congress of Acoustics, Rome, Italy CD Proceedings, paper 6B.05.03, (2001)

[19]

Cunefare K.A., Biesel V.B., Tran J., Rye R., Graf A., Holdhusen M. and Albanese A.M. Anechoic chamber qualification: traverse method, inverse square law analysis method, and nature of test signal, J. Acoust. Soc. Am., 2003, 113, p. 881-892

[20]

Davy J.L. Evaluating the lining of an anechoic room, J. Sound Vibration, 1989, 132, p. 411-422

[21]

Delany M.E. and Bazley E.N. The high frequency performance of wedge-lined free field rooms, J. Sound Vibration, 1977, 55(2), p. 195-214

[22]

Dykstra R.A. and Baxa D.E. Semi-anechoic testing rooms: some sound advice, Sound and Vibration, 1977, 11(5), p. 35-38

[23]

Hardy H.C., Tyzzer F.G. and Hall H.H. Performance of the anechoic room of the Parmly sound laboratory, J. Acoust. Soc. Am., 1947, 19(6), pp. 992-995

[24]

Hbner G. Qualification procedures for free-field conditions for sound power determination of sound sources and methods for the determination of the appropriate environmental correction, J. Acoust. Soc. Am., 1977, 61, p. 454-456

[25]

Ingerslev F, Pedersen O.J., Moller P.K. and Kristensen J. New rooms for acoustic measurements at the Danish Technical University, Acustica, 1968, 19(4), p. 185-199

[26]

Keith, S.E., Davidson, M.G., and BIy, S.H.P, Assessment of errors in sound pressure measurement in a large anechoic chamber. Journal of the Canadian Acoustical Association, 1994, 22(3)

[27]

Koidan W. and Hruska G.R. Acoustical properties of the National Bureau of Standards anechoic chamber, J. Acoust. Soc. Am., 1978, 64(2), p. 508-516

[28]

Lang W.W, Maling G.C. Jr., Nobile M.A., Wise R.E. and Yeager D.M. "Design and performance of a hemi-anechoic room for the measurement of noise emitted by computer and business equipment". Noise News International, 1993, March, p. 11-21

[29]

Luykx M.P.M. and Vercammen M.L.S. "Reflections in anechoic rooms", Proc. Inter-Noise 2001, 2187-2191

[30]

Maling G.C. Jr., Wise R.E. and Mobile M.A., Qualification of hemi-anechoic rooms for noise emission measurements, Proc. Inter-Noise 90, 1990, p. 685-690

[31]

Maling G.C. Jr., Wise R.E. and Mobile M.A. Draw-away testing for qualification of hemi-anechoic rooms, Proc. Noise-Con 90, 1990, p. 363-368

[32]

Mechel F.P. "Zur Anforderung an Absorber fr reflexionsarme Messrume.", wksb 41, 1998, 20-28

[33]

Mills P.J. Construction and design of Parmly sound laboratory and anechoic chamber, J. Acoust. Soc. Am., 1947, 19(6), p. 988-992

[34]

Milz H.-J., Schubert R., "Zur Gteprfung von akustischen Freifeldrumen nach DIN 45635, Tell 1 bzw. ISO 3745", Zeitschrift fr Lrmbekmpfung 46, Nr. 1, 1999, p. 7-14

[35]

Moreland J.B. Performance of hemi-anechoic rooms for industrial applications. Noise Control Engineering Journal, 1989, 32(1), p. 7-14

[36]

Olson H.F. Acoustic laboratory in the new RCA laboratories, J. Acoust. Soc. Am., 1943, 15(2), p. 96-102

[37]

Pancholy M., Chapgar A.F. and Mohanan V. Design and construction of an anechoic chamber at The National Physical Laboratory of India, Applied Acoustics, 1981, 14, p. 101-111

[38]

Rivin N. An anechoic chamber for acoustical measurements, Soviet Physical Acoustics, 1962, 7(3), p. 258-268

[39]

Sleeper H.P Jr., Moots E.E. and Beranek L.L. "The Harvard anechoic chamber", CIR-51, Electro-Acoustic Laboratory, Harvard University, 1945

[40]

Tomioka H., Fujimori T, Takahashi T and Miura H. "Inverse square law versus accuracies of acoustic power level in an anechoic room." Proc. of Noise Committee, Acoustical Society of Japan, N 86-04-3, 1986

[41]

Winker D., Chada A. and Ristroph E. "Source design considerations for qualifying hemi-anechoic chambers in compliance with ISO 3745", Proc. Noise-Con 2007

[42]

Winker D., Phillips J., Chada A. and Ristroph E. "A precision grade, wide bandwidth source for the qualification of hemi-anechoic chambers", Proc. Noise-Con 2008

[43]

Wittstock V. and Bethke С "The influence of bandwidth on the qualification of anechoic and hemi-anechoic rooms". Proceedings of the 33rd International Congress and Exposition on Noise Control Engineering, Prague, Czech Republic, CD-Proceedings, 2004

УДК 534.322.3.08:006.354

OКC 17.140.01

Ключевые слова: уровень звукового давления, испытательное пространство, условия свободного звукового поля, закон обратных квадратов, неопределенность измерения