The ever-growing advances in electronics pose a critical cooling challenge. Two-phase heat
transfer technology, with effective heat removal and no extra energy consumption, is …

Nucleate boiling of low-boiling-point fluids is one of the most efficient heat transfer
techniques in electronics cooling. However, it may undergo ultrafast heating in extreme …

Nanoscale thin liquid film boiling of a binary liquid mixture subjected to extremely rapid
heating within molecular dynamics framework is the focus of our study. A three-phase MD …

Vibration-induced evaporation and boiling has attracted great attention due to its prominent
efficiency. However, the understanding of low-boiling-point refrigerant phase change on …

Surfaces with nano-pores have significant effect in enhancing heat transfer during phase
change process. In this study, Molecular dynamics simulations have been performed to …

Currently, two-phase transition as a preferred heat transfer mode has gained great attention
in thermal engineering. However, the phase transition performance of liquid film is highly …

In many micro and nanoscale applications of thin film phase transition, identifying the
circumstances that allows stable liquid contact with a heated surface is critical. Using …

Phase change characteristics of thin film liquid argon subjected to ultrafast boundary heating
for different liquid film thicknesses (3 nm~ 6 nm), boundary heating rates (8× 10 9 K/s~ 320× …

Nanoscale liquid film evaporation is usually associated with super-high heat transport rates
and can be found in natural processes and in many industrial and advanced technologies …

Two-phase liquid cooling on nanoengineered surfaces has shown great promise for tackling
overheating in high performance microelectronics. At the nanoscale, phase change heat …