ГО С Т Р ИСО 3746— 2013
Библиография
[1] ISO 3740. Acoustics — Determination of sound power levels of noise sources — Guidelines for the use of basic
standards
[2] ISO 3741. Acoustics — [Determinationofsound powerlevelsandsound energylevels ofnoisesourcesusingsound
pressure — Precision methodsfor reverberationtest rooms
[3] ISO 3743-1. Acoustics — Determination of sound power levels and sound energy levels of noise sources using
sound pressure — Engineering methods for small movable sources in reverberant fields — Part 1: Comparison
method fora hard-walled testroom
[4] ISO3743-2.Acoustics— Determinationofsoundpowerlevelsofnoisesourcesusingsoundpressure— Engineering
methods for small, movable sources inreverberantfields— Part2: Methodsfor special reverberationtest rooms
[5] ISO 3745. Acoustics — Determinationof sound power levelsand sound energylevels ofnoisesourcesusingsound
pressure — Precision methodsfor anechoic test rooms and hemi-anechoictest rooms
[6] ISO 3747, Acoustics — Determinationof sound power levelsand sound energylevels ofnoisesourcesusingsound
pressure— Engineering,’survey methods for use insituina reverberantenvironment
[7JISO 4871. Acoustics — Declaration and verificationofnoiseemissionvaluesofmachineryand equipment
[8] ISO 6926, Acoustics— Requirements forthe performance andcalibrationofreferencesoundsources usedfor the
determinationof sound power levels
[9] ISO 7574-1.Acoustics— Statisticalmethodsfordeterminingandverifyingstatednoiseemissionvaluesofmachinery
and equipment — Part 1: General considerations anddefinitions
[10] ISO7574-2.Acoustics— Statistical methodsfordeterminingandverifyingstatednoiseemissionvaluesofmachinery
and equipment — Part 2: Methods for stated values forindividual machines
[11] ISO 7574-3.Acoustics— Statisticalmethodsfordeterminingandverifyingstatednoiseemissionvaluesofmachinery
and equipment — Part 3: Simple (transition) methodforstatedvaluesfor batchesof machines
[12] ISO7574-4.Acoustics— Statistical methodsfordeterminingandverifyingstatednoiseemissionvaluesofmachinery
and equipment — Part 4: Methods for statedvalues forbatchesofmachines
[13] ISO 9296.Acoustics — Declared noise emission valuesofcomputerand business equipment
[14] ISO 9614-1. Acoustics — Determination of sound power levels of noise sources using sound intensity — Part 1:
Measurement at discrete points
[15] ISO 9614-2. Acoustics — Determination of sound power levels of noise sources using sound intensity — Part 2:
Measurement byscanning
[16] ISO 9614-3. Acoustics — Determination of sound power levels of noise sources using sound intensity — Part 3:
Precisionmethod for measurement by scanning
[17] ISO 11200,Acoustics— Noise emittedby machineryandequipment— Guidelinesfortheuseofbasicstandardsfor
thedetermination ofemission sound pressure levelsata workstationand atother specified positions
[18] ISO 11201,Acoustics — Noise emitted bymachinery and equipment— Determinationof emissionsound pressure
levels at a work station and at other specified positions in an essentially free field очог a reflecting plane with
negligible environmental corrections
[19] ISO 11202, Acoustics— Noise emitted by machinery and equipment— Determinationofemission sound pressure
levels ata work stationand atotherspecified positionsapplying approximateenvironmental corrections
[20] ISO 11203.Acoustics— Noise emitted by machineryand equipment— Determinationofemission sound pressure
levels at awork stationand atother specified positionsfromthesound powerlevel
[21] ISO 11204.Acoustics— Noise emitted by machineryand equipment— Determinationofemissionsound pressure
levels at awork stationand atotherspecified positionsapplying accurate environmental corrections
[22] ISO/TR 25417, Acoustics— Definitionsofbasicquantitiesand terms
[23] ISO 80000-8. Quantities and units— Part8: Acoustics
[24] WITTSTOCK. V. On theuncertainty ofmeteorologicalcorrections insound powerdetermination. Proceedings Inter-
Noise 2004. CD-ROM. Prague. 2004
[25] DAVIES. R.S. Equation for thedeterminationofthedensityofmoistair. Metrologia 1992. 29. pp. 67-70
[26] CRAMER. O. The variation of the specific heat ratioand the speed of sound mairwith temperature, humidity and
C02 concentration. J. Acoust. Soc. Am. 1993, 93. pp. 2510-2516
[27] H0BNER, G. Final results ofa round robin test determining the sound power of machine/equipment. Proceedings
Inter-Noise 1997. Budapest. 1997. pp. 1317-1322
[28] HELLWEG, R.D. Internationalround robintestofISCVDIS 7779. Proceedings Inter-Noise 1988.Avignon. 1988. pp.
1105-1108
[29] WONG. G.S.K. Comments on"Thevariation ofthe specificheat ratioandthespeedofsoundinairwithtemperature,
pressure, humidity, and C02 concentration" [J. Acoust. Soc. Am. 93. 2510-2516 (1993)], J. Acoust. Soc. Am. 1995.
97. pp. 3177-3179
[30] PROBST. W. Checking of sound emission values. Bremerhaven: Wirtschaftsverlag NW, Verlag fur Neue
Wissenschaft. 1999. 102 p. (Schriftenreihe der Bundesanstalt fur Arbietsschutz und Arbeitsmedizin: Forschung.
Fachbericht [Special report], 851.)
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