Subatmospheric flow boiling heat transfer is a promising method for electronics cooling due
to lower saturation temperatures. However, pressure is a crucial parameter that affects …

To date the usage of biphilic surfaces is one of the most promising ways to simultaneously
enhance heat transfer and increase critical heat fluxes during boiling. However, the vast …

Flow boiling in a mini-channel with graphene-coated sintered porous copper surface was
investigated at sub-atmospheric pressures by analyzing bubble motion and flow patterns. A …

Surface engineering aimed at tuning the wettability and morphology of the boiling surface is
a facile approach to moderate and enhance the nucleate boiling process. Key issues …

Surface wettability is one of the key parameters in the manipulation of the boiling
phenomenon. Although there are a number of studies on the effect of surface wettability on …

Today, neural networks have increasingly gained the attention of researchers and become
an effective instrument for a wide range of scientific applications, including issues related to …

Mixing of surface microstructure and wettability is one of the future development trends.
Their combination always affects the bubble motion and heat transfer coefficient under pool …

Wettability may have significant influence on jet im**ement boiling on metal foam, but the
effect mechanism of metal foam wettability remains unclear. In this study, the boiling heat …

Scale formation is a longstanding and unresolved problem in a number of fields, including
power production, petroleum exploration, thermal desalination, and construction. Herein, a …

Highly efficient cooling is an urgent requirement with the development of miniaturization and
high heat generation in electronic and electrical devices. Generally, a dielectric fluid is used …