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A study on the pressure leakage correction of pistonphones at infrasonic frequencies · Study

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ArticleA study on the pressure leakage correction of pistonphones at infrasonic frequencies

Wen He2014

Article2014

A study on the pressure leakage correction of pistonphones at infrasonic frequencies

Wen He · Fan Zhang · Longbiao He · Zuochao Rong

15 citations·0/0 files stored·Journal of Sound and Vibration

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Scientific Measurement and Uncertainty Evaluation Acoustic Wave Phenomena Research Calibration and Measurement Techniques

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References

2024A Method for Mathematical Physics 2007The application of the NPL laser pistonphone to the international comparison of measurement microphones 2004A laser pistonphone based on self-mixing interferometry for the absolute calibration of measurement microphones

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2019A dynamic pressure calibration device based on the low speed servomotor and pistonphone technique 2020Development of a Laser Pistonphone System to Calibrate the Sensitivity Modulus and Phase of Microphones for Infrasonic Frequencies

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2015Acoustic properties of pistonphones at low frequencies in the presence of pressure leakage and heat conductionarticle · 2 shared references 2012A Reference Infrasound Source with Low Distortion Based on Laser Pistonphone Technologyarticle · 2 shared references 2020Development of a Laser Pistonphone System to Calibrate the Sensitivity Modulus and Phase of Microphones for Infrasonic Frequenciesarticle · 2 shared references 2023Primary calibration for airborne infrasound utilizing the vertical gradient of the ambient pressurearticle · 2 shared references 2016A dedicated pistonphone for absolute calibration of infrasound sensors at very low frequenciesarticle · 1 shared reference 2022A laser pistonphone designed for absolute calibration of infrasound sensors from 10 mHz up to 20 Hzarticle · 1 shared reference

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Year2014

Typearticle

Published2014-10-24

VenueJournal of Sound and Vibration

ISSN-L0022-460X

Languageen

Citations15

Files0 public / 0

ShelfScientific Measurement and Uncertainty Evaluation

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doi10.1016/j.jsv.2014.09.030

openalex_workW1976814548

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