This overview intends to provide a comprehensive assessment of the novel fluids and the
current techniques for surface modification for pool boiling enhancement. The surface …

Technological advancements in various electronic devices, consumer or industrial power
electronics, as well as higher demand for energy efficiency, have in recent years presented …

This research investigates the impact of the surrounding environment on the characteristics
of copper, nickel and tin during nanosecond laser processing. By comparing the results of …

Ultrathin ceramic heat pipes have great potential in solving the heat dissipation problems for
power semiconductor devices with ever-increasing power density. Ceramic wick structures …

Geological formations have superior wickability and support the absorption of water and oils
into narrow spaces of Earth's crust without external assistance. In this study, we present …

Spray cooling today is one of the most effective methods for high heat flux application. Since
there are numerous factors influencing the heat transfer in spray cooling, some issues …

As the issue of energy becomes increasingly prominent, the field of heat dissipation
necessitates more advanced thermal energy utilization technologies. Pool boiling is …

Silicon carbide (SiC), which has a wide bandgap and superior material properties, offers
higher efficiency than conventional silicon in high-power and high-frequency semiconductor …

Spray cooling is a highly effective method of heat removal that has broad practical
applications, including use in modern cooling systems designed for microelectronics and …

This work presents the results of an experimental investigation aimed at elucidating the role
of heater-side parameters on the growth of an irreversible dry spot during the boiling crisis of …