Heteropolyacid Ligands in Two-Dimensional Channels Enable Lithium Separation from Monovalent Cations

Extracting lithium from salt lakes requires ion-selective membranes with customizable nanochannels. However, it remains a major challenge to separate alkali cations due to their same valences and similar ionic radius. Inspired by the K<sup>+</sup> channel of KcsA K<sup>+</sup>...

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Bibliographic Details
Main Author:	Xinyao Dong (14082043) (author)
Other Authors:	Xinyu Ai (14837472) (author), Weijun He (2581798) (author), Yeming Zhai (20150242) (author), Ruixiang Guo (12106520) (author), Yi-Wei Li (441347) (author), Zhu-Qing Ma (20500031) (author), Yang Yang (45629) (author), Kai-Ge Zhou (1729951) (author)
Published:	2025
Subjects:	Biochemistry Cell Biology Plant Biology Chemical Sciences not elsewhere classified sup >+</ sup similar ionic radius relatively lower depth permeation rate increased adjusting nanochannel size develop alkali cation alkali cations dehydration pristine 2d membrane exploring novel ligands ion selectivity dominated ion separation membranes alkali cations selective membranes work demonstrates selective transport potential applications major challenge lithium extraction four times energy well crown ether coordination chemistry aquatic sources
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Heteropolyacid Ligands in Two-Dimensional Channels Enable Lithium Separation from Monovalent Cations

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