Professor Jie Ma’s Team Publishes in Matter: A “Building-Block Disassembly” Selective Ligand-Tailoring Strategy Enables Operando Polarization Decoupling and Control

Recently, Professor Jie Ma’s team from our college published a research article in Matter, a Cell Press journal, titled “Selective ligand tailoring of metal-organic frameworks for ultrafast electrochemical fluorion capture via polarization double suppression.” Focusing on the common challenge that polarization processes in electrochemical ion-capture systems are difficult to resolve and regulate, the study developed a “building-block disassembly” selective ligand-tailoring strategy, enabling operando polarization decoupling and control, and providing new insights for the design of efficient ion-separation materials. The study demonstrates that polarization is not an unresolvable lumped effect, but an operational parameter that can be identified and regulated through materials-structure design. It also provides a research basis for extending related strategies to other electrochemical ion-separation and resource-recovery systems.

Article link:

https://www.sciencedirect.com/science/article/pii/S2590238526001827?dgcid=author