Standard calibration

• A standard calibration with a sphere calibrator, DRAFT, March, 2008
• A full bandwidth calibrator for a sound pressure and particle velocity sensor,
  Hans-Elias de Bree and Tom Basten, DAGA, 2008

High sound level calibration

• Calibration of a particle velocity sensor for high noise levels,
  Emiel Tijs, Hans-Elias de Bree, DAGA, 2008

On (short) standing wave tube calibration, anechoic calibration, near field calibration and an absolute calibration technique based on sound power ratio:

• A note on the calibration of pressure-velocity sound intensity probes,
  Finn Jacobsen et al, Jasa, 2006
  
• Measurement of sound intensity: p-u probes versus p-p probes,
  F. Jacobsen, HE de Bree, Novem, 2005
• Calibration of PU intensity probes,
  Virginie Jaud and Finn Jacobsen, Internoise 2005

On anechoic and (long) standing wave tube calibration:

• A practical device to determine the reflection coefficient of acoustic materials,
  R. Lanoye et al., ISMA 2004 Leuven, Belgium

On (long) standing wave tube calibration methods:

• Calibration of the p-u Microflown probe and some considerations on the physical nature of sound impedance
  D.Stanzial and D. Bonsi, EURONOISE, Naples, Italy, 19-21 May (2003)
• Realisation and calibration of a novel half inch p-u sound intensity probe,
  H-E. de Bree et al., 106th AES Munchen, 1999
• The influence of viscothermal effects on calibration measurements in a tube,
  J.W.van Honschoten et al, presented at the LA AES 2000

An absolute calibration based on a Laser Doppler Anemometer:

• Calibration of a microflown in a standing wave tube using an LDA photon-correlation technique,
  R. Raangs et al. MST 2005

On standing wave tube calibration and other (exotic) methods:

• A low cost Intensity Probe,
  R. Raangs et al., AES Amsterdam 2001