References:
- Engineering Work for the ESS Target Station
- Acoustic Measurement of Bubble Size Distribution: Theory & Experiments
- Bubble counting using an inverse acoustic scattering method
- Bubble size distribution measurement using an inverse acoustic scattering technique: Theory and experiments
- See Write-up from United Electronics Industries
- See Write-up from Sensors Express
- See Write-up from Oil Online
- See Write-up from Physics World
- See Write-up from Pollution Engineering
- See Write-up from Laboratory Equipment
- Validation of bubble size distribution measurements of the ABS Acoustic bubble Spectrometer with high speed video photography
- User Manual
- PowerPoint Presentation
- 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
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Chahine, G. L., Kalumuck, K. M., Cheng, J-Y., and Frederick, G. S., “Validation of Bubble Distribution Measurements of the ABS Acoustic bubble Spectrometer®© with High Speed Video Photography,” CAV2001 – 4th International Symposium on Cavitation, Pasadena, CA, June 2001.
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Demotes-Mainard, F. and Picard, M., “Study of Bubble Size Measurement Technique,” DYNAFLOW, INC. Technical Report 6.002-46, September 1997.
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Hocine, C. A. and Ouarem, M., “Bubble Size Measurement Study,” DYNAFLOW, INC. Technical Report 6.002-31, October 1996.
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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.
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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.
- SBIR Award: NSF Phase I Bubble Nuclei Measurement via an Inverse Acoustic Scattering Technique
- SBIR Award: NSF Phase II Bubble Nuclei Measurement Using An Inverse Acoustic Scattering Technique
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