The technological opportunities enabled by understanding and controlling microscale
systems have not yet been capitalized to disruptively improve energy processes, especially …

Microfluidics technology has grown rapidly over the past decades due to its high surface-to-
volume ratios, flow controllability, and length scales efficiently suited for interacting with …

This book discusses basic thermodynamic behaviors and'abnormal'properties from a thermo-
physical perspective, and explores basic heat transfer and flow properties, the latest findings …

Full text of publication follows: Though there have been several studies of heat transfer and
flow characteristics in supercritical fluids, the results have not been sufficient to properly …

Compared with conventional gaseous and liquid fluids, fluids operating at supercritical
pressure undergo drastic variations in thermophysical properties within a small temperature …

Serious heat-transfer deterioration may occur in fluids at supercritical pressure owing to the
effects of buoyancy, flow acceleration, and significant variations in thermophysical …

Recent research has highlighted the potential of supercritical fluids under high-pressure
transcritical conditions to achieve microconfined turbulence as a result of the thermophysical …

Nowadays, both experimental and computational research on the turbulent convective heat
transfer to supercritical fluids is particularly active, especially because the actual poor …

Near-critical-point supercritical fluid convection is a promising solution for emerging high-
flux thermal management needs because of the high fluid thermal conductivities and specific …

Supercritical fluids have been widely used in a variety of applications, in which heat transfer
under supercritical pressure is of great importance. This paper presents a critical review on …