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 …

This research presents an alternative approach using numerical modelling for the prediction
of simplified ultrasound distribution in a 3D water flow domain. The simulation was …

This research focuses on the heat transfer of laminar water flow in a square channel under
28–120 kHz and 60–120 W ultrasonic waves, irradiated along the streamwise direction. The …

In the quest for net zero carbon emissions by 2050, Carbon Capture Utilization and Storage
(CCUS) is indispensable. The development of more efficient CO2 capture processes is …

This study experimentally investigated heat transfer and flow characteristics under natural
convection in a closed rectangular chamber filled with HFE-7100 fluid, employing …

The preparation of nanoparticles can be conducted in a fast way by intensifying the
micromixing due to the enhanced turbulence in an im**ing jet Reactor (IJR) where the two …

Various ways exist to describe power intensity in ultrasonic system, causing complications in
reporting and benchmarking. This paper attempts to compare computational fluid dynamic …

In this study, a carbon dioxide (CO2) absorption process in a typical rotating packed bed
(RPB) reactor equipped with blade packing and under a high frequency ultrasonic field has …

A preliminary proposal and some novel ideas have been described and theoretically
analyzed in the present study for applying the mechanical and physical foam control …

The effect of fluid rheology on acoustic streaming was studied experimentally using a low
frequency (600Hz–15kHz) underwater acoustic transducer. The fluid rheology was …