| abstract |
The present invention includes a signal processor, wherein the signal processor is generated by at least one acoustic transmitter and is moved through a fluid augmented in the container and disposed inside the container, Receive a signal containing information about an acoustic signal received by at least one acoustic receiver; And to determine a gas volume fraction of the aagulated fluid based, at least in part, on sonic measurement of the acoustic signal traveling through the aeration fluid in the container. The signal processor also transmits an output signal containing information on the gas volume fraction of the aeration fluid. The signal processor may be configured with at least one acoustic transmitter, at least one acoustic receiver, or both. |