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Asymmetric Fe-N3Se single atoms coupled with Fe atomic clusters on alveolar-inspired hierarchically porous carbon submicronspheres for enhanced oxygen reduction

Jiaojiao Sun, Mengxia Shen, A. Jun Chang, Huang Jianfeng, Pengbo Wang, Yonghao Ni

2025Applied Catalysis B: Environmental8 citationsDOI

Topics & Concepts

CatalysisMaterials scienceChemical physicsCarbon fibersCluster (spacecraft)PorosityHeterojunctionNanotechnologyDensity functional theorySymmetry (geometry)Coupling (piping)Electron transport chainActive siteOxygenSPHERESAdsorptionNanoparticleElectrocatalystElectronic structureChemical engineeringCathodeCharge (physics)Oxygen reduction reactionWork (physics)ChemistryCoupling strengthTopology (electrical circuits)Electron localization functionDopingElectronCoupling reactionPorous mediumCoordination numberElectrocatalysts for Energy ConversionFuel Cells and Related MaterialsAdvanced Photocatalysis Techniques
Asymmetric Fe-N3Se single atoms coupled with Fe atomic clusters on alveolar-inspired hierarchically porous carbon submicronspheres for enhanced oxygen reduction | Litcius