Increasing heat dissipation requirements of small and miniature devices demands advanced
cooling methods, such as application of immersion cooling via boiling heat transfer. In this …

In the present study, the interfacial tension and liquid viscosity of binary mixtures of n-
hexane, n-decane, or 1-hexanol with carbon dioxide (CO 2) were investigated by molecular …

We use experiments to explore the effect of surfactants on bubble-induced turbulence (BIT)
at different scales, considering how the bubbles affect the flow kinetic energy, anisotropy …

We experimentally investigated Marangoni flows around a microbubble in diluted 1-
butanol/water, 2-propanol/water, and ethanol/water mixtures using the thermoplasmonic …

An experimental investigation is conducted to explore the effect of alcohol additive and
surface temperature on the impact dynamics and spreading characteristics of a single water …

We study the enhanced spreading and internal diffusion of a cold, self-rewetting droplet
laden with both surfactant and medicine that is placed over a hot liquid film. Spreading is …

Capillary-driven action is an important phenomenon which aids the development of high-
performance heat transfer devices, such as microscale heat pipes. This study examines the …

The separation step is a constraint in biobutanol production, due to high energy
consumption of the current techniques. This study explores a new separation method via …

The growing demand for sustainable energy solutions has made the development of
scalable, efficient, and cost‐effective perovskite solar cells (PSCs) increasingly important …

Abstract Reliable Artificial Intelligence methods are developed here for the determination of
the surface tension of alcohols in a wide range of temperatures. A total amount of 3063 data …