Applications involving high-power ultrasound are expanding rapidly as ultrasonic
intensification opportunities are identified in new fields. This is facilitated through new …

Surface cleaning using cavitation bubble dynamics is investigated numerically through
modeling of bubble dynamics, dirt particle motion, and fluid material interaction. Three fluid …

A number of acoustic and fluid-dynamic phenomena appear in ultrasonic cleaning baths
and contribute to physical cleaning of immersed surfaces. Propagation and repeated …

Nanoparticle removal obtained without inflicting damage to fragile device elements remains
a big challenge. The feasibility of physical cleans is assessed and boundary conditions are …

Traditional cleaning methods involving surfactants and ultrasound generate large amounts
of wastewater. Microbubbles offer a more eco-friendly technology for interface cleaning …

The dynamic actions of cavitation bubbles in ultrasonic fields can clean surfaces. Gas and
vapor cavitation bubbles exhibit different dynamic behaviors in ultrasonic fields, yet little …

Various bubble dynamics near the boundary in an acoustic field play a significantly
important role in destructive erosion which has been associated with applications in industry …

Bubble oscillations play a crucial role in ultrasonic cleaning, a process by which micro-and
nanoscale contaminant particles are removed from solid surfaces, such as semiconductor …

We present the results of experimental investigation of ultrasonic washing of textiles. The
results demonstrate that cavitation bubbles oscillating in acoustic fields are capable of …

Abstract Changes in the cavitation intensity of gases dissolved in water, including H 2, N 2,
and Ar, have been established in studies of acoustic bubble growth rates under ultrasonic …