1. Wu, X., Chahine, G. L. “Development of an acoustic instrument for bubble size distribution measurement,” Journal of Hydrodynamics, Ser. B, Volume 22, Issue 5, Supplement 1, Pages 330-336, October 2010
  2. Wu, X., Wendell, M., Chahine, G.L., and Riemer, B. "Gas Bubble Size Measurements in Liquid Mercury Using an Acoustic Spectrometer", ASME Journal of Fluids Engineering, Vol. 136, Iss. 3, pp. 031303-1 to 031303-7, March 2014, DOI 10.1115/1.4026440.
  3. See Write-up in R&D Magazine Product Showcase
  4. G. L. Chahine, M. Tanguay, and G. Loraine, Acoustic Measurements of Bubbles in Biological Tissue, Cavitation: Turbo-machinery & Medical Applications, WIMRC FORUM 2008 Warwick University, UK, 7th-9th July 2008.
  5. User Manual
  6. See Write-up in United Electronics Industries
  7. See Write-up in Sensors Express
  8. See Write-up in Pollution Engineering
  9. See Write-up in Laboratory Equipment
  10. PowerPoint Presentation
  11. J. Krieger, G.L. Chahine, Acoustic Signals of Underwater Explosions Near Surfaces, Journal of Acoustical Society of America, Vol. 118, No.5, pp. 2961–2974, November 2005
  12. See Write-up in Oil Online
  13. See Write-up in Physics World
  14. Engineering Work for the ESS Target Station
  15. Validation of bubble size distribution measurements of the ABS Acoustic bubble Spectrometer®© with high speed video photography.
  16. Bubble counting using an inverse acoustic scattering method
  17. Demotes-Mainard, F. and Picard, M., “Study of Bubble Size Measurement Technique,” DYNAFLOW, INC. Technical Report 6.002-46, September 1997.
  18. Hocine, C. A. and Ouarem, M., “Bubble Size Measurement Study,” Dynaflow, Inc. Technical Report 6.002-31, October 1996.
  19. Duraiswami, R., Prabhukumar, S. and Chahine, G. L., “Development of an Acoustic Bubble Spectrometer (ABS) Using an Acoustic Scattering Technique,” NSF SBIR Phase II report, also Dynaflow, Inc. Technical Report 94001-1, July 1996.
  20. Acoustic Measurement of Bubble Size Distribution: Theory & Experiments
  21. Bubble size distribution measurement using an inverse acoustic scattering technique: Theory and experiments
  22. SBIR Award: NSF Phase II Bubble Nuclei Measurement Using An Inverse Acoustic Scattering Technique
  23. Duraiswami, R. and Chahine, G. L. “Bubble Density Measurement Using an Inverse Acoustic Scattering Technique,” NSF SBIR Phase I report, also Dynaflow, Inc.. Technical Report 92004-1, September 1992.
  24. SBIR Award: NSF Phase I Bubble Nuclei Measurement via an Inverse Acoustic Scattering Technique