Synthese an der Wasseroberfläche von Vinylen‐Verbundenen Kationischen Zwei‐Dimensionalen Polymerfilmen als Beschichtung für Anion‐Selektive Elektroden.

This article explores the synthesis and properties of Vinylen-bridged cationic 2DP films (V-C2DPs) for use in anion-selective electrodes and high-voltage zinc-ion batteries. The films are highly crystalline and possess oriented one-dimensional channels, which enhance anion-selective transport. The authors conducted experiments and calculations to understand the reactivity and structure of the films, finding that synthesis on the water surface had advantages over aqueous solution synthesis. The films exhibited a well-ordered hexagonal lattice structure and showed improved electrochemical performance when used as coatings for graphite cathodes in zinc-ion batteries. The study highlights the potential of V-C2DP films for next-generation energy devices. The research was supported by various funding sources and the data is available upon request from the authors. [Extracted from the article]