This can increase the vibration amplitude, increasing the mass transfer surface area per unit time and can produce more than the single-frequency ultrasonic cavitation bubble collapse and cavitation number of times, thereby greatly increasing the starch granules on the surface of its damaging effect

In this way you can increase the vibration amplitude, increased surface area in unit time and to be able to produce more than single-frequency ultrasonic more air volume and air bubbles of the collapse, thus significantly increased its number of starch granules surface of destructive role.

This may increase the vibration oscillation amplitude, increases the mass transfer surface area and can produce in the unit time compared to the monofrequent supersonic more cavitations soaks quantity and the cavitation collapse number of times, thus increased it greatly to the starch pellet surface

This can increase the vibration amplitude, increasing mass transfer in surface area and produces more than single-frequency ultrasound in the unit of time, number of cavitation bubble collapse and cavitation number, thus greatly increasing its starch granule surface damage.

This can increase the vibration amplitude, increasing mass transfer in surface area and produces more than single-frequency ultrasound in the unit of time, number of cavitation bubble collapse and cavitation number, thus greatly increasing its starch granule surface damage.