The use of multiple immunogens.
In this work we carried out both numerical simulation and experimental analysis of sonochemical reactors with multiple transducers.
An ultrasonic phased array is a transducer array consisting of multiple small transducer elements.
This is illustrated using a computer simulation which indicates that real-time data acquisition performance can be improved through a reduction in the number of transducers employed, and further has the potential to allow multiple transducers to transmit simultaneously.
It employs the use of a transducer to emit ultrasonic sound waves into the tissue.
Additionally, optimizing the array condition number through the use of suitable transducer separations gives the best possible intensity measurement for the particular transducers being used.
Published evidence highlights contamination risks of US transducers, even with the use of transducer covers, and after LLD.
The use of transducer covers does not replace thorough decontamination, but merely reduces the contamination load.
Risk reduction through appropriate use of transducer covers and sterile gel where indicated.
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.
