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Intrinsic pentagon defect engineering in multiple spatial-scale carbon frameworks for efficient triiodide reduction

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Date of Publication:2024-05-22

Journal:Journal of Energy Chemistry

Volume:95

Page Number:20-28

ISSN No.:2095-4956

Key Words:Binding energy; Binding sites; Carbon framework; Carbon quantum dots; Catalyst activity; Charge transfer; Conversion efficiency; Defect engineering; Electrocatalytic activity; Graphene; Pentagon carbon; Photoelectricity; Reaction intermediates; Reduced graphene oxides; % reductions; Semiconductor quantum dots; Spatial scale; Topological defect; Topology; Triiodide reduction

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