Bubbles are always encountered for gas–liquid two-phase flow in microchannels, and have
potential applications in chemical engineering, polymer engineering, food engineering, and …

Heat pump and refrigeration systems consume a large amount of energy annually around
the world. Heat exchanger is an important component of heat pump and refrigeration …

Limitations with regard to the scalability of photochemical reactions can be efficiently
overcome by using numbered-up microreactor technology. Here, the robustness of such a …

As one of the separation components, T-junction is widely used in the field of energy for
phase separation so as to improve system efficiency because of its compact size, simple …

An experimental investigation was conducted to study the effect of header and channels
orientations on the two-phase flow distribution in parallel micro-channels. The parallel micro …

T-junction is broadly utilized for phase separation, as it has a notable function as a conduit to
distribute fluid, due to its simple design, low maintenance cost and adaptability to offshore …

An experimental study was conducted in order to investigate the phase distribution of gas-
liquid slug flow in six parallel micro-channels in presence of different branch spacing of 0.8 …

Purpose In plethora of petroleum, chemical and heat transfer applications, T-junction is often
used to partially separate gas from other fluids, to reduce work burden on other separating …

The instability of gas-liquid two-phase flow caused by bubble collision downstream in
parallel microbranching T-junctions is discovered, and a strategy of splitting liquid feed …

Uniformity of slug flow in multiple microchannels, defined as homogeneity of emerging
bubbles, was quantitatively measured and described in two parallel microchannels, each …