Crystallization is an extensively used unit operation for production of solid forms of inorganic
and organic compounds, pharmaceuticals, cosmetics, and polymers etc. However, the …

Ultrasonic Irradiation (UI) is one of the technologies used to enhance the gas-liquid mass
transfer (GLMT) process. Sonophysical effects such as acoustic streaming, jet flow, acoustic …

In this paper, the potential of using high frequency ultrasound for improving cooling
performance of a PV module has been investigated experimentally. Atomized CuO nanofluid …

The sonochemical activity and the radial dynamics of a harmonically excited spherical
bubble are investigated numerically. A detailed model is employed capable to calculate the …

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 best cavitation can be obtained only with an appropriate frequency ratio and phase
difference. To optimize dual-frequency ultrasonic cavitation and to analyze the influence of …

Molecular self-assembly plays a vital role in the nucleation process and sometimes
determines the nucleation outcomes. In this study, ultrasound technology was applied to …

Micromixing is a key process in microfluidics technology. However, rapid and efficient fluid
mixing is difficult to achieve inside the microchannels due to unfavourable laminar flow …

This study aims to investigate the micromixing performance of three basic types of spatial
shaped micromixers. New configurations of T, Y, and oriented Y-spatial mixers were …

In the present work, an investigation on the effect of high frequency ultrasound wave on
micromixing in the studied microchannels was carried out. Three types of microchannels …