Boiling is an efficient heat transfer mode with significant potential for thermal management in
high-power electronic equipment. However, a comprehensive understanding of the boiling …

As the demand for miniaturization of thermal management systems for electronic devices
rises, numerous researchers are dedicating their efforts to the study of single-phase forced …

Boiling has superior practical applications in many various industries, particularly in
cryogenic refrigeration. In this paper, a molecular dynamics study on the enhancement of …

The fast development of Internet of Things and MEMS/NEMS technologies has led the
manufacture of chips and sensors towards micro/nano level, yet this poses huge challenges …

Abstract Nitrogen/tetrafluoromethane (N 2/CF 4) has emerged as an effective refrigerant
mixture, which plays a significant role in various high-T c superconducting (HTS) power …

As one of the most efficient cooling methods, heat pipe has been widely used in many fields.
Yet, with the development of miniaturized devices, the study on heat pipe should be pushed …

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

In this work, molecular dynamics (MD) simulation is applied to study the effect of heating
surfaces with different hydrophobicity occupancy ratios (the ratio of the surface area of …

This paper is aimed to investigate the effectiveness of innovative nanostructured surfaces in
terms of heat transfer and evaporation rate enhancement during the pool boiling process of …

The micro-nanoporous structures enhanced boiling heat transfer has attracted much
attention to meet the growing heat dissipation demand. However, it is difficult to completely …