In the present work, surface wettability modifications were utilized to enhance the phase
change heat transfer in a water-charged two-phase flat thermosyphon. A flat thermosyphon's …

Proper methods of surface fabrication and characterization are essential for various
applications. For example, wickless heat pipes, such as flat plate pulsating heat pipes …

Liquid delivery through interconnected pore network is essential for various interfacial
transport applications ranging from energy storage to evaporative cooling. The liquid …

In this work, superhydrophobic nickel cobalt hydroxide films were electrodeposited on
silicon nanowires array (SiNWs). The superhydrophobicity was attributed to the morphology …

Harvesting electricity from ambient moisture and water droplets through the innovative
technology of hydrovoltaics has lately gained attraction as it only requires water molecules' …

Copper substrates are known to be able to assist the spontaneous assembly and reduction
of graphene oxide in liquid medium, but very scarce information is known about the involved …

Scale-dependent surface roughness strongly affects critical surface properties of materials,
including adhesion, wettability, and optical/thermal properties. As a particular example …

As modern electronics become miniaturized with high power, thermal management for
electronics devices has become significant. This motivates the implementation of new …

Condensation has been widely explored because of its importance in numerous
applications including water desalination, water harvesting, power generation, and thermal …

Two-phase, capillary-fed cooling devices are appealing thermal management technologies
due to their potential for high heat transfer performance and ease of system-level integration …