The error of inverse particle radius is within 10.1%, and the error of inverse volume fraction is within 6.54%. Therefore, the superposition model of the McClements model and BLBL model is the most suitable of the three models for the measurement of large droplets in the mid-wavelength region.
Ultrasonic attenuation model is a very important theoretical basis for the measurement of droplet radius and volume fraction by ultrasonic attenuation ...
Abstract—Ultrasonic attenuation model is a very important theoretical basis for the measurement of droplet radius and volume fraction by ultrasonic ...
The superposition model of the McClements model and BLBL model is the most suitable of the three models for the measurement of large droplets in the ...
The research aims for the experiments are thickness measurement, location of a metal duct and of voided regions inside the duct. ... [Show full abstract] The ...
... ultrasonic attenuation models for small droplets measurement ... Comparison of ultrasonic attenuation model in mid-wavelength region for droplet measurement.
The observed attenuation spectra results were compared with the simplest acoustic models applied for the long and intermediate wavelength regimes. The ...
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Measurement Theory & Metrology 1 Session. Session Type ... Comparison of Ultrasonic Attenuation Model in Mid-Wavelength Region for Droplet Measurement
Ultrasonic attenuation model is a very important theoretical basis for the measurement of droplet radius and volume fraction by ultrasonic attenuation method.
D.D. Zheng, W.Q. Wang, M. Wang and J. Dong, Comparison of ultrasonic attenuation model in mid-wavelength region for droplet measurement, 2021 IEEE International ...