Micromixing performance of reactors has great influence on fast reactions such as
polymerization, pharmaceutical and crystallization applications. In this work, based on …

Spinning disk reactor (SDR) has been widely applied in photochemistry based on its thin
film formation. Regulating flow disturbance inside SDRs is a potential approach to intensify …

A millimeter channel reactor which can achieve rapid mixing has been applied in many
chemical processes. To intensify the micromixing performance, previous studies focused on …

A convenient strategy to intensify the liquid–liquid mass transfer performance in a capillary
microreactor system was developed by narrowing the inlet channel of T‐micromixer or …

A premixer and grooved surface are designed to improve the micromixing performance of a
spinning disc reactor (SDR). The inlets of the impinging jet provide an initial premixing of the …

A new kind of pore-array intensified tube-in-tube microchannel reactor (PA-TMCR) was
constructed and studied to achieve intensive micromixing performance as well as high …

Spinning disk reactor (SDR) exhibits excellent performance for liquid-liquid micromixing. For
traditional SDR, there is still much room to intensify micromixing efficiency through structure …

BACKGROUND Throughput, mixing efficiency and pressure drop are three key performance
indicators of a mixer or reactor. However, it is difficult to simultaneously achieve high …

Microchannel reactors have garnered significant attention in various chemical processes
due to their ability to achieve rapid mixing. However, there remains ample opportunity for the …

Controllable preparation of monodispersed composite polysilsesquioxane microspheres
(CPSQs) with scalability is required but difficult to realize in a conventional stirred batch …