What's the theory of ultrasonic sonochemistry? 

Ultrasonic Cell Disruption is a multifunctional and versatile instrument, ultrasonic treatment of substances by using strong ultrasonic Cavitation in liquid. It can be used for the crushing of animal and plant tissues, cells, bacteria and spores. It can be used to emulsify, separate, disperse, homogenize, extract, degas, clean and accelerate chemical reactions. The machine is widely used in the fields of biochemistry, microbiology, medicinal chemistry, surface chemistry, physics, zoology, agronomy, medicine, pharmaceuticals and other fields of teaching, research and production.

The ultrasonic cell Disruption uses the dispersion effect of ultrasonic waves in the liquid , and causes cavitation in the liquid,  then breaking the solid particles or cell tissue in the liquid. The ultrasonic cell Disruption consists of two parts:  ultrasonic generator and  transducer. The ultrasonic generator converts the utility power into an 15-40 KHz alternating power supply transducer. The zirconium titanate piezoelectric vibrator is the heart of the transducer. It is elastically deformed with an alternating voltage at a frequency of15-40 kHz, and the transducer is subjected to longitudinal mechanical vibration. The vibration wave generates a cavitation effect by the titanium alloy horn immersed in the biological solution, and the biological particles in the excitation medium vibrate violently.

 Ultrasonic  Cell Disruption can be used to pulverize animals, plants, bacteria, dental spores or tissues. Disperse rare earth and various inorganic mineral powders.

 Ultrasonic  Cell Disruption are ideal for accelerating chemical, biological, and physical reaction rates and accelerating liquid degassing.

The  Ultrasonic  Cell Disruption can prepare nearly one micron of latex size; homogenize the "immiscible" mixture; polymerize some substances and precipitate other substances.