Wai‐Yeung Wong

Bimetallic Metal‐Acetylide Frameworks for Highly Selective and Durable H 2 O 2 Electrosynthesis

ABSTRACT Metal‐acetylide frameworks (MAFs) feature tunable d–π orbital hybridization between transition metal centers and π‐ conjugated acetylide linkers. Here we report a two‐dimensional (2D) MAF, ZnTTPP‐Ni‐AF, assembled from zinc‐thienylporphyrin units (ZnTTPP) and nickel(II)‐b...

Bimetallic Metal‐Acetylide Frameworks for Highly Selective and Durable H 2 O 2 Electrosynthesis

ABSTRACT Metal‐acetylide frameworks (MAFs) feature tunable d–π orbital hybridization between transition metal centers and π‐ conjugated acetylide linkers. Here we report a two‐dimensional (2D) MAF, ZnTTPP‐Ni‐AF, assembled from zinc‐thienylporphyrin units (ZnTTPP) and nickel(II)‐b...

Pre‐Intercalated Cation Optimizing Proton Topochemistry for High‐Performance Aqueous Zinc‐Ion Batteries

ABSTRACT Cation pre‐intercalated oxides have been widely explored as cathode materials for aqueous zinc‐ion batteries (AZIBs). Although the influence of intercalants on the material structure and Zn 2+ storage capacity has been adequately studied, an in‐depth understanding of the...

Carbon dot/rare-earth compound composites: design principles, synthetic strategies, mechanisms, and applications

The integration of carbon dots (CDs) with rare-earth compounds (RE-compounds) has emerged as an important strategy for constructing multifunctional photofunctional systems capable of overcoming the intrinsic limitations of single-component luminescent materials. Owing to their br...