With the objective of estimating the pool boiling resistance of two-phase closed
thermosyphons (TPCTs), the work presented gives the state of the art of nucleate pool …

The benefits of nucleate pool boiling phenomena and their potential applications on thermal
management of various microelectronic devices have triggered the development of new …

Nucleate pool boiling experiments were performed on plain and five laser-textured stainless-
steel foils using saturated pure water, 100% ethanol, 0.4% and 4.2% mole fraction ethanol …

Bubble growth rate is one of the most important parameters required for the development of
accurate mechanistic nucleate boiling heat transfer models. It is also very important for …

The present paper reports the results of the comprehensive experimental investigation of an
influence of subatmospheric pressures on multiscale heat transfer characteristics during …

It is well–known that the physical and chemical properties of a heat exchange surface,
especially wettability, significantly affect the pool boiling performance. Nevertheless, the …

An experiment is carried out using a high-speed camera to closely observe the bubble
behaviors on a horizontal aluminum heating surface under high mass flux. Subcooled flow …

Low atmospheric pressure (LAP) can enormously affect properties of cement concrete in
plateau areas. There are fewer studies and attendances on this issue than those of cement …

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 …

An experimental study to investigate the thermal performance of water/titania (TiO 2)
nanofluid under nucleate pool boiling was performed. A highly stable water/TiO 2 nanofluid …