Upon interaction with underwater shock waves, bubbles can collapse and produce high-
speed liquid jets in the direction of the wave propagation. This work experimentally …

This paper reports on the study of a laser-generated cavitation bubble in water collapsing
near a rigid wall that is covered with a layer of silicone oil. The oil viscosity is between 5 and …

In this paper, shock sterilization using the motions of microbubbles induced by underwater
shock waves is verified experimentally. A bio-experiment is carried out using marine Vibrio …

Cavitation bubbles could also be called as inertial bubbles because of their oscillation due
to the pressure difference between inside and outside. After the passage of an underwater …

The effect of shock sterilization on marine Vibrio sp. is investigated by carrying out a bio-
experiment based on a bubble-shockwave interaction. In the experiments, underwater shock …

A theoretical model for estimating inactivation effects on marine Vibrio sp. is developed from
the viewpoint of the chemical action of the OH radicals induced by interaction of bubbles …

The present paper reports on a hybrid analytical model consisting of a biological probability
model and a physical impact model proposed to predict the cell viability ratio of a …

In this chapter, applied research on microbubble dynamics induced by shock waves is
presented for the sterilization treatment of marine bacteria contained in ships' ballast water …

Observation and Analysis of Microbubble Motion Induced by an Underwater Shock Wave
Page 1 Observation and Analysis of Microbubble Motion Induced by an Underwater Shock …

Introduction The authors have proposed a new method for ship ballast water treatment using
shock pressure generated by collapse of microbubbles. Our previous study showed that the …