Feasibilities of foam-forming bacteria disintegration by ultrasonic atomization

This article presents the feasibilities of bacterial disintegration using ultrasonic atomization. Ultrasound creates acoustic cavitation, which by its effects represents a high gradient pressure in form shock wave and local force effect. In our case, excitation produces fine micron mist 3 micrometers. The generated microcavities create cavitation cloud that is able to disintegrate foam-forming bacteria or even inactivate cells. main goal research use ultrasound during impact on living