Abstract: Photogallery Entry 6

Abstract: Superhydrophobic micro/nanostructured surfaces for dropwise condensation have recently received significant attention due to their potential to enhance heat transfer performance by shedding water droplets via coalescenceinduced ...

Abstract: Photogallery Entry 1

Abstract: Photogallery Entry 9

Abstract: We demonstrated suppressed dryout on structured surfaces during flow boiling in microchannels. We designed and fabricated microchannels with welldefined silicon micropillar arrays (heights of ~25 آµm, diameters of 10 آµm ...

Abstract: Condensation is an important process in both emerging and traditional power generation and water desalination technologies. Superhydrophobic nanostructures promise enhanced condensation heat transfer by reducing the ...

Abstract: We captured interesting static and dynamic behavior of the liquidvapor interface in welldefined silicon micropillar arrays during thermally driven evaporation of water from the microstructured surface. The 3D shape of the ...

Abstract: With the ever increasing cooling demands of advanced electronics, thin film evaporation has emerged as one of the most promising thermal management solutions. High heat transfer rates can be achieved in thin films of liquids ...

Abstract: Thermal management of modern electronics is rapidly becoming a critical bottleneck of their computational performance. Aircooled heat sinks offer ease and flexibility in installation and are currently the most widely used ...

Abstract: We investigated the role of surface microstructures in twophase microchannels on suppressing flow instabilities and enhancing heat transfer. We designed and fabricated microchannels with welldefined silicon micropillar ...