This overview intends to provide a comprehensive assessment of the novel fluids and the
current techniques for surface modification for pool boiling enhancement. The surface …

Pool boiling is a widely encountered heat transfer phenomenon and the enhancement of
boiling heat transfer performance is of vital importance for real applications. Adding …

Improving boiling is challenging due to the unpredictable nature of bubbles. One way to
enhance boiling is with surfactants, which alter the solid–liquid and liquid–vapor interfaces …

Surfactants are often used to improve boiling heat transfer due to the ease of their
implementation. While aqueous surfactant solution significantly increases the heat transfer …

Pool boiling has been a research focus over the decades because of its superior heat
dissipation performance. This paper provides insights into the underlying pool boiling …

In order to prepare stable and efficient surfaces to improve boiling heat transfer, the micro-
nano structured surface (MNS) was prepared by mechanical sandblasting and alkali …

In this study, pool boiling experiments on copper surfaces with different roughness levels
(Ra= 0.61 μm and Ra= 0.15 μm) using sodium dodecyl sulfate (SDS) solutions at various …

The preparation of stable surfaces to improve the heat transfer performance can make the
equipment operate safely and bring significant economic benefits. Using sandblasting and …

Pool boiling in aqueous surfactant solution is found to have a better heat transfer
performance than that in distilled water. The present study intends to investigate the effect of …

The use of the bi-conductive surface provides a promising prospect for the enhancement of
the boiling phase change heat transfer. In this study, a theoretical model of two-phase flow …