Microreactors offer excellent mass and heat transfer performance for extraction and
multiphase reactions. They provide a powerful tool for process intensification and micro …

Microfluidics is an emerging and promising interdisciplinary technology which offers
powerful platforms for precise production of novel functional materials (eg, emulsion …

The use of solar energy to power chemical reactions is a long-standing dream of the
chemical community. Recently, visible-light-mediated photoredox catalysis has been …

Microfluidic devices have become a new trend in different fields and have attracted attention
due to their compact size and capability to deal with a small amount of fluid. Micromixing is …

Miniaturization of mixers is a hot topic in process intensification, but efficient mixing at
operational conditions with relatively large viscosity μ and large flow rate ratio R between …

Intensification of liquid mixing was investigated in domestic fabricated ultrasonic
microreactors. Under the ultrasonic field, cavitation bubbles were generated, which undergo …

Ordered porous materials are a class of materials featuring a well-defined framework that
forms nanometer-sized channels and cages. Prominent examples of ordered porous …

We report on a comprehensive experimental–computational study of a simple T-shaped
mixer for Reynolds numbers up to 4000. In the experiments, we determine the mixing time …

Miniaturization of mixers is becoming an increasingly significant topic in process
intensification. In this work, we develop a novel miniaturized annular rotating flow mixer …

Oscillating feedback micromixers (OFMs) can achieve efficient and rapid mixing passively by
chaotic convection, and thus have broad application potential in microchemical engineering …