During cavitation bubble pulsations, a phase change intensively occurs near the collapsing
moment due to high pressure and temperature inside bubbles, accompanying distinctive …

As an advanced oxidation process with a wide range of applications, sonochemistry relies
on acoustic cavitation to induce free radicals for degrading chemical contaminants. The …

The violent collapse of inertial bubbles generates high temperature inside and emits strong
impulsive pressure. Previous tests on sonoluminescence and cavitation erosion showed that …

The effect of dissipation on the shape stability of a harmonically excited bubble is
investigated. The employed liquid is the highly viscous glycerine. The rate of the dissipation …

The spherical stability of an acoustic cavitation bubble under dual-frequency excitation is
investigated numerically. The radial dynamics is described by the Keller–Miksis equation …

The dynamic behaviors of underwater explosion bubbles differ for different explosives. The
explosive characteristic parameters will result in a greater impact on the motion …

As an advanced oxidation process, high-power ultrasound produces free radicals in
aqueous solution through acoustic cavitation. Whereas radical production inside the …

The bubble oscillator is a highly nonlinear system, which makes it difficult to generate a
comprehensive understanding of its oscillatory behavior. One method used to investigate …

The pressure fluctuations caused by the rapid volume changes during the initial growth
stage for a single bubble are crucial excitations of boiling induced vibration. Therefore, it is …

Reactive species (RS) play a critical role in postoperative complications in the medical
application of lasers. From the mechanistic point, the RS arising from laser irradiation are …