Taylor flow is a strategy-aimed flow to transfer conventional single-phase into a more
efficient two-phase flow resulting in an enhanced momentum/heat/mass transfer rate, as well …

Global thermal performance modeling of Pulsating Heat Pipes (PHPs) requires local, spatio-
temporally coupled, flow and heat transfer information during the characteristic, self …

Contactless bubble manipulation with a high spatiotemporal resolution brings a qualitative
leap forward in a variety of applications. Despite considerable advances, light-induced …

Understanding the behavior of gas bubbles in aqueous media and realizing their
spontaneous and directional manipulation are of vital importance in both scientific research …

In this paper, the hydrodynamics and the pressure drop of liquid–liquid slug flow in round
microcapillaries are presented. Two liquid–liquid flow systems are considered, viz. water …

Gas bubble manipulations in liquid have long been a concern because of their vital roles in
various gas-related fields. To deal with the weakness in long-distance gas transportation of …

The incorporation of flowing nanoparticles or microparticles for use in catalysis as well as in
the enhancement of mass transfer in microreactors opens a new avenue for chemical …

Unidirectional underwater gas bubble (UGB) transport on a surface is realized by buoyant
force or wettability gradient force (Fwet‐grad) derived from a tailored geography …

The movement of underwater gas bubbles significantly affects the core processes of a
variety of applications in water electrolysis, heat transfer, optofluidics, and other fields. To …

Experimental observations of dropwise condensation of water vapor on a chemically
textured surface of glass and its detailed computer simulation are presented. Experiments …