Fe–Ni Conformational Self-Optimization Driven by Covalent Organic Polyemers for Superior Oxygen Electrocatalyts under Industrial-Level Current Densities
Key Points
This research investigates the optimization of Fe–Ni compositions to enhance the performance of oxygen electrocatalysts in zinc-air batteries (ZABs).
Evaluated Fe–Ni conformational structures in covalent organic polymers for electrocatalytic performance.
Assessed cycling stability and current densities under industrial conditions.
ZABs demonstrated a 4-fold increase in cycling stability compared to the original structure.
Abstract
), its ZABs exhibit a 4-fold higher cycling stability than the original structure, providing a new possibility for the practical application of ZABs.
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Fe–Ni Conformational Self-Optimization Driven by Covalent Organic Polyemers for Superior Oxygen Electrocatalyts under Industrial-Level Current Densities | Synapse