Abstract
The term infrasound sensor mainly stands for the elements of an infrasound measuring chain, which are located between the wind-generated noise reducer and the recorder. It measures pressure changes over a very large dynamic range and delivers a dynamic signal suited to the associated recorder whose input range is limited. No versatile measuring chain is able to solve the known infrasound low-noise model and to measure largest infrasound all over the infrasound frequency band.
An infrasound sensor can be installed all over the world for a long time under very harsh environmental conditions. Some designs are suited to operate on worldwide networks and are very robust, reliable, and insensitive to environment but sometimes heavy and power consuming. Others are more suited to temporary measurements but are not as reliable or insensitive to environment.
On another hand, sensors performances, reliability, and robustness are very different according to the technique used. The sensor to be used has to be chosen with care according to the specifications to reach and the environmental constraints to undergo.
Keywords
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Alcoverro B, Heritier T, Martysevitch P, Starovoit Y (2005) Mechanical sensitivity of microbarometers MB2000 (DASE, France) and Chaparral 5 (USA) to vertical and horizontal ground motion. Inframatics 09:1–10
Alcoverro B, Le Pichon A (2002) Frequency response of infrasonic noise reducers. Proceedings of the Infrasound Technology Workshop, KNMI, De Bilt, The Netherlands
Alcoverro B, Le Pichon A (2005) Design and optimization of a noise reduction system for infrasonic measurements using elements with low acoustic impedance. J Acoust Soc Am 117(4):1717–1727
Bovsherverov BV, Grachev AI, Lomadze CO, Matveev AK (1979) Liquid microbarograph. Izvestiya RAS. Phys Atmos Ocean 15:1215–1218
Bowman JR, Shields G, O’Brien MS (2007) Infrasound station ambient noise estimates and models: 2003-2006, Infrasound Technology Workshop, Tokyo, Japan, 13–16 November 2007
Brüel D, Kjær V (1996) Microphone handbook. Vol. 1, Technical documentation, Juillet 1996
CEA/DASE (1998) MB2000 Technical Manual. October 1998
de Bree HE (2007) The Microflown, E-book. Microflown Technologies, rev. 13-03-2007, www.microflown.com/r&d_books.htm
DeWolf S (2006) Characterizing the mechanical sensitivity of three piezo-based infrasound sensors. Infrasound Technology Workshop, Fairbanks, Alaska
Haak HW, de Wilde GJ (1996) Microbarograph systems for the infrasonic detection of nuclear explosions. Scientific Report WR 96-06, KNMI
Howard W, Dillion K, Shields FD (2008) Locating infrasound events in wind with dense distributed arrays. J Acoust Soc Am 123:3827
Kortschinski J, Murty RC, Curry JC (1971) Microbarograph for meteorological studies: design theory and analysis. J Phys E Sci Instrum 4(4):307–310
Kremenetskaya EO, Kuzmin IA, Raspopov OM, Kulichkov SN (1997) Seismo acoustical equipment complex in Murmansk region. Proceedings of the Infrasound Technology Workshop, Los Alamos National Laboratory, Santa Fe, New Mexico
Martec (2006) MB2005 User manual. Ref: 14643-B, January 2006
Paroscientific Inc (2007) Digiquartz® Pressure Instrumentation
Ponceau D (2008) A low power and low noise infrasound sensor for temporary measurements. J Acoust Soc Am 123:3829
Ponceau D, Millier P, Olivier S (2008) Subnanometric Michelson interferometry for seismological applications. Proceedings from SPIE Photonics Europe 2008, Strasbourg, FR
Ponceau D, Peyraud S, Dupont P (2007) Early developments in absolute infrasound sensors. Infrasound Technology Workshop, Tokyo, Japan, 13–16 November
Rocard Y (1971) Demande de brevet pour procédé et dispositif de détection et d’enregistrement des variations de la pression atmosphérique. DAM/DIREX 0417, 23 November 1971
Shaw WN, Dines WH (1905) The study of fluctuations of atmospheric pressure. Q J R Meteorological Soc 31:39–52
Shumilov OI, Raspopov OM, Kasatkina EA, Kulichkov SN (2002) The high-latitude system for acoustic waves and atmospheric electricity measurements. Proceedings of the Infrasound Technology Workshop, KNMI, De Bilt, The Netherlands
Shumilov OI, Kasatkina EA, Tereshchenko ED, Kulichkov SN, Raspopov OM, Vasiljev AN, Struev AG (2003) Infrasound from the September 24, 2002 Vitim (Siberian) Bolide Detected at Kola Peninsula. Proceedings of the Infrasound Technology Workshop, L2A, La Jolla, California
Van Zon AT, Evers L (2008) A high-density infrasound array of particle velocity sensors in the Nederlands. J Acoust Soc Am 123:3153
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Ponceau, D., Bosca, L. (2010). Low-Noise Broadband Microbarometers. In: Le Pichon, A., Blanc, E., Hauchecorne, A. (eds) Infrasound Monitoring for Atmospheric Studies. Springer, Dordrecht. https://doi.org/10.1007/978-1-4020-9508-5_4
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DOI: https://doi.org/10.1007/978-1-4020-9508-5_4
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