Visualizing and monitoring interfacial polymerization by aggregation-induced emission
BB Guo, C Liu, JH Xin, CY Zhu, ZK Xu - Polymer Chemistry, 2021 - pubs.rsc.org
BB Guo, C Liu, JH Xin, CY Zhu, ZK Xu
Polymer Chemistry, 2021•pubs.rsc.orgWe report the visualization and monitoring of interfacial polymerization by the aggregation-
induced emission (AIE) effect at the alkane–ionic liquid interface. Quantitative AIE emission
can be used to track real-time monomer consumption, to reveal the kinetic mechanism and
thus to guide a linear control on polyamide films. The AIE-based approach is promising to
explore diverse interfacial chemistries.
induced emission (AIE) effect at the alkane–ionic liquid interface. Quantitative AIE emission
can be used to track real-time monomer consumption, to reveal the kinetic mechanism and
thus to guide a linear control on polyamide films. The AIE-based approach is promising to
explore diverse interfacial chemistries.
We report the visualization and monitoring of interfacial polymerization by the aggregation-induced emission (AIE) effect at the alkane–ionic liquid interface. Quantitative AIE emission can be used to track real-time monomer consumption, to reveal the kinetic mechanism and thus to guide a linear control on polyamide films. The AIE-based approach is promising to explore diverse interfacial chemistries.
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