Boiling heat transfer has become increasingly importance in a variety of industrial fields, but
it involves chaotic nature phenomena that remain experimentally challenging. From the …

The cooling process on superheated surface at nanoscale is significantly distinct from that at
macroscale or microscale. In this work, the boiling phenomena of liquid argon thin film on …

Deeply understanding the evaporation of the nanoscale thin liquid film on the nanostructure
substrates is significant for further constructing the novel wick structure with nanostructure …

We study the role of surface topology, surface chemistry, and wall superheat temperature on
the onset of boiling, bubble nucleation and growth, and the possible formation of an …

The surfaces with micro/nano porous mesh structures have shown great potentials to
significantly enhance the boiling heat transfer performance. In this work, the nonequilibrium …

The effect of surface wettability on condensation heat transfer in a nanochannel is studied
with the molecular dynamics simulations. Different from the conventional size, the results …

Surface wettability and structure have been proved as two important influential factors to the
thermal transport at the solid-liquid interface at nano scale, however, the combined …

Hierarchical nanostructured surfaces demonstrate significant improvements in boiling heat
transfer, making them particularly appealing in thermal energy applications. This study …

Boiling heat transfer of low-boiling-point working fluid is one of the promising heat
dissipation technologies commonly used in electronic equipment cooling. The study on …

The molecular dynamics method was used to study the boiling heat transfer of the base fluid
(consisting only of water molecules) and nanofluid film on the graphene membrane. The …