Abstract
In this issue of Chem Catalysis , Fei, Ye, and Ge’s groups report a novel Fe-N/C catalyst with unique configuration of edge-hosted Fe-N 3 sites on the multiscale porous carbon framework, which presents an outstanding ORR activity. This work provides a unique strategy for designing a high-performance catalyst by optimizing chemical coordination of Fe-N x active sites. In this issue of Chem Catalysis , Fei, Ye, and Ge’s groups report a novel Fe-N/C catalyst with unique configuration of edge-hosted Fe-N 3 sites on the multiscale porous carbon framework, which presents an outstanding ORR activity. This work provides a unique strategy for designing a high-performance catalyst by optimizing chemical coordination of Fe-N x active sites.
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