The use of ultrasonic cavitation combined with advanced oxidation processes to improve the
degradation efficiency of pollutants has received widespread attention. Thus far, most of …

Microbubbles coated by visco-elastic shells are important for ultrasound diagnosis using
contrast agents, and the dynamics of single coated bubbles has been investigated in the …

This work proposes physico-mathematical models for cavitation of microbubble clouds
under the influence of bubble–bubble interaction during histotripsy. The mathematical …

Monitoring bubble cavitations and bubble dynamics are essential in enhancing non-invasive
ultrasonic ablation methods like histotripsy that mechanically fractionates tissue into …

Encapsulated microbubbles are empty, micrometer-sized, spherical bubbles, typically
micron which are used in many applications as lipid-shells in soft tissues. Here, this paper …

Using microbubbles coated by a thin shell as ultrasound contrast agents for ultrasound
diagnosis improves image resolution. Since numerous microbubbles are used in clinical …

Focused ultrasound techniques are used to treat injuries with cancerous tumors by using the
devastating growth, collapse, and rebound processes of cavitation bubbles, which can …

Histotripsy is a technique that uses sound waves to create cavitation microbubbles which
are used in the liquefaction of tumor tissue cells. High-intensity ultrasonic waves perform the …

The present paper proposes the theoretical study and mathematical approach of laser
induced cavitation microbubble during lithotripsy process in soft tissue. The mathematical …

For better applications of low-frequency sonophoresis in transdermal interstitial fluid
extraction and transdermal drug delivery, the microscopic mechanism of skin …