Publications by authors named "Shiyun Mi"
Article Synopsis
- Layered double hydroxide (LDH) is favored for water splitting due to its adaptability and strong activity, but it typically struggles with stability on flexible carbon textiles.
- A new salt-template-assisted method enhances the growth of 2D amorphous ternary LDH, improving both catalysis and durability when applied to fibers.
- The resulting 2D NiFeCo-LDH/CF electrode demonstrates excellent performance in both oxygen and hydrogen reactions, maintaining stability through extensive bending, indicating promising commercial viability.
Conductive polymer (CP) fabric is considered as the ideal electrode for flexible energy storage due to its light weight, good flexibility and high energy storage properties. However, the conventional polymer-coated cellulose fiber synthesized by liquid-phase oxidation polymerization always forms disordered assembly of polymer particles on fiber, which endures poor mechanical stability. Here, we report a two-dimensional (2D) CP based fabric electrode realized by a salt-template assisted vapor-phase polymerization method, which achieves robust coating of 2D CP on various cellulose fibers.
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