Recommendations have also been made for developing realistic bubble dynamics model which should help in optimization of multiple frequency sonochemical reactors.
The present work clearly illustrates that the multiple frequency multiple transducer reactors can be used with higher energy efficiency and cavitational yield at a larger scale of operation.
The present study should help in the efficient design and operation of the multiple-frequency sonochemical reactors for obtaining maximum cavitational efficacies.
Firstly, the OC method is developed for multiple frequency constraints.
Optimum design of structures is achieved with multiple frequency constraints.
For the multiple frequency radiation, the opacity depends on both the spatial location and the frequency.
Latterly, Google Tone, another form of multiple frequency encoding, has entered the market.
TDCS can take advantage of multiple frequency bands.
The method can be applied to the multiple frequency circumstance.
However, the moderate cavitation intensities in dual frequency reactors would favour the physical processes such as extraction and leaching [ 103].
