Reaction kinetics determination based on microfluidic technology

A general design procedure for gas–liquid Taylor flow T-junction microreactors

“…Microchemical technology has been widely studied and applied in many industrial processes with its advantages of safety and environmental protection since 1990s. 1–6 There have been a lot of reports on the gas–liquid two-phase microflow, as one of the most important research directions of microchemical technology. 7–15 Browsing these reports, we can find that the T-junction microchannel has been used and researched most frequently due to its simple structure and easy scale up.…”

Microfluidic‐Generated Seeds for Gold Nanotriangle Synthesis in Three or Two Steps

“…For instance, the mass and heat transfer coefficients in microreactors are shown to be one order of magnitude higher, thus eliminating the external mass transfer resistance. [ 56 ] The kinetics of processes occurring in such conditions reflects only the chemical reaction itself in contrast with the diffusion‐dependent conventional batch methods. This causes a distinction in the resulting particle diameter, homogeneity, and concentration depending on the synthesis route.…”

A novel observation platform for determining the micro-dispersion performance in practical reaction systems

“…Deng et al 13 reviewed the applications of microreaction technology for synthetic chemistry. Yan et al 14 discussed the determination of reaction kinetics based on microreaction technology. These reviews show that the fundamental research studies of microreaction technology can provide some guidance and design principles for its application.…”