ГОСТ Р ИСО 26101—2014
Библиография
[1] IEC 61094-4:1995, Measurement microphones —Part4: 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 absorp
tion 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 cham
bers». Proc. Noise-Con 2000. paper 1pNSb6.CDROM proceeding savailable from Institute of Noise-
Control Engineering.Saddle River.NJ.
[8] Ballagh,K.O..Calibration of ananecho<c room.J.Sound Vibration. 1986.105(2).pp.233-241.
[9]Bedell.E.H..Somedataonaroomdesignedforfree-fieldmeasurements,J-Acoust.
Soc.Am..1936.8.pp. 118-125.
[10]Bell.E.C..Hulley.L.N.,andMazumder.N.C.,Thesteady-
stateevaluationofsmallanechoicchambers,AppliedAcoustics.1973.6,pp.91-109.
[11] Beranek,L.L.,«Acoustics».Chapter4.PublicationbyAIPforAcousticalSocietyofAmerica.
[12] Beranek.L.L..andSleeper.H.P.Jr..Thedesignandconstructionofanechoicsoundchambers.J.Acoust.S
oc.Am..1946.18(1 ),pp.140-150.
[13] Bethke,C.,andWittstock,V.,«Technicalaspectsinthequalificationoffree-
fieldenvironments».Proceedings/NAG/DAGA2009,lnternationalConferenceonAcoustics:Rotterdam.23-
26March2009.
[14] Biesel.V.B.,andCunefare,K.A.,Atestsystemforfree-
fieldqualificationofanechoicchambers.SoundandVibrationMagazine,May2003.
[15] Chada.A..Ristroph.E.,andWinker,D..«Effectofsourcedirectionalityondeviationsfrominversesquarelaw
inahemi-anechoicchambertypicallyusedforproductnoiseemissiontesting>*,Proc.Noise-Con2007.
[16] Chada,A..Winker.D..andRistroph.E..«Soundsourcenearfieldanddirectionalityimpactsonhemi-
anechoicchamberqualification».Proc.Noise-Con2008.
[17] Cunefare.K.A.,Badertscher.J..andWittstock.V..Onthequalificationofanechoicchambers;lssuesrelate
dtosignalsandbandwidth,J.Acoust.Soc.Am..2006.120(2),pp.820-829.
[18] Cunefare,K.A.,Biesel.V.B..Aibanese.A.M.,Holdhusen,M..Graf,A.,Rye.R..andTran.,J.,«Anechoiccha
mberqualification-
perlS03745andASA/ANSIS12.35.».Proceedingsof17thlntemationalCongressofAcoustics.Rome,ltaly.C
DProceedings.paper6B.05.03.(2001).
[19] Cunefare.K.A.,Biesel.V.B..Tran,J.,Rye.R.,GrafA..Holdhusen.M..andAlbanese.A.M..Anechoicchamb
erqualifica-
tion:traversemethod,inversesquarelawanalysismethod.andnatureoftestsignal.J.Acoust.Soc.Am. ,2003,1
13.pp.881-892.
[20] Davy,J.L.,Evaluatingtheliningofananecho«croom.J.SoundVibration.1989.132.pp.411-
422.[21]Delany.M.E..andBazley.E.N..Thehighfrequencyperformanceofwedge-
linedfreefieldrooms.J.SoundVibration.1977,55(2),pp.195-214.
[22] Dykstra,R.A..andBaxa.D.E..Semi-
anechoictestingrooms:somesoundadvice.SoundandVibration.1977.11(5).pp.35-38.
[23] Hardy.H.C..Tyzzer.F.G..andHall.H.H..PerformanceoftheanechoicroomoftheParmlysoundlaboratory,
J.Acoust.Soc. Am.,1947,19(6).pp.992-995.
[24] Hubner,G..Qualificationproceduresforfree-
fieldconditionsforsoundpowerdeterminationofsoundsourcesandme-
thodsforthedeterminationoftheappropriateenvironmentalcorrection.J.Acoust.Soc.Am..1977.61.pp.454-
456.
[25] lngerslev,F..Pedersen.O.J..Moller.P.K.,andKristensen.J..Newroomsforacousticmeasurementsatthe
DanishTechnicalUniversity.Acustica.1968.19(4).pp.185-199.
[26] Keith.S.E..Davidson,M.G.,andBly,S.H.P..Assessmentoferrorsinsoundpressuremeasurementinalarg
eanechoicchamber.JoumaloftheCanadianAcousticalAssociation. 1994,22(3).
[27] Koidan.W..andHruska.G.R..AcousticalpropertiesoftheNationalBureauofStandardsanechoicchamber
,JAcoust.Soc.Am.. 1978.64(2), pp.508-516.
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