particle There has been recent increasing interest in the acoustic properties of suspensions for applications such as ultrasonic particle size and concentration i strumentation. This paper aims to summarize what is known about he acoustic properties of suspensions of solids in a liquid and aims to identify the methods that enable useful information to be extracted from sound speed and attenuation information such as particle size, concentration, and the mechanical properties of the constituents. The paper identifies regimes of sound propagation and present models ' for these that can be used for size characterization f slurries
'Acoustic probes have shown promise to be quite effective in determining the solid content in solid-...
The ultrasonic attenuation and the ultrasonic backscatter coefficient from suspensions are known to ...
Measurements of the frequency dependence of ultrasonic attenuation can be used as the basis for the ...
Ultrasonic sensors have been used to measure particle concentrations and variations in their size di...
The biggest advantage of acoustic spectroscopy over other spectroscopic methods is the ability to ch...
Ensemble-averaged equations are derived for small-amplitude acoustic wave propagation through non-di...
Ensemble-averaged equations are derived for small-amplitude acoustic wave propagation through non-di...
The principle objective of the project was to develop an acoustic probe for determining the weight f...
The suspended particle size distribution in slurries can, in principle, be estimated from measured u...
Estimates of particle size distributions (PSDs) in solid-in-liquid suspensions can be obtained from ...
In this paper, the use of ultrasonics for the determination of particle size distributions (PSDs) in...
The attenuation of ultrasonic waves travelling through a liquid containing a suspension of solids is...
Estimates of particle size distributions (PSDs) in solid-in-liquid suspensions can be made on the ba...
In the course of present study, we have investigated patterns of connection between fluctuations in ...
Ultrasonic spectrometry is now recognised as an effective approach to monitoring chemical processes ...
'Acoustic probes have shown promise to be quite effective in determining the solid content in solid-...
The ultrasonic attenuation and the ultrasonic backscatter coefficient from suspensions are known to ...
Measurements of the frequency dependence of ultrasonic attenuation can be used as the basis for the ...
Ultrasonic sensors have been used to measure particle concentrations and variations in their size di...
The biggest advantage of acoustic spectroscopy over other spectroscopic methods is the ability to ch...
Ensemble-averaged equations are derived for small-amplitude acoustic wave propagation through non-di...
Ensemble-averaged equations are derived for small-amplitude acoustic wave propagation through non-di...
The principle objective of the project was to develop an acoustic probe for determining the weight f...
The suspended particle size distribution in slurries can, in principle, be estimated from measured u...
Estimates of particle size distributions (PSDs) in solid-in-liquid suspensions can be obtained from ...
In this paper, the use of ultrasonics for the determination of particle size distributions (PSDs) in...
The attenuation of ultrasonic waves travelling through a liquid containing a suspension of solids is...
Estimates of particle size distributions (PSDs) in solid-in-liquid suspensions can be made on the ba...
In the course of present study, we have investigated patterns of connection between fluctuations in ...
Ultrasonic spectrometry is now recognised as an effective approach to monitoring chemical processes ...
'Acoustic probes have shown promise to be quite effective in determining the solid content in solid-...
The ultrasonic attenuation and the ultrasonic backscatter coefficient from suspensions are known to ...
Measurements of the frequency dependence of ultrasonic attenuation can be used as the basis for the ...