University of Cambridge > Talks.cam > CAPE Advanced Technology Lecture Series > Hetero-atomization of Bi-metals Ultrathin Nanostructure and Their Electro-catalytic Performance

Hetero-atomization of Bi-metals Ultrathin Nanostructure and Their Electro-catalytic Performance

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2D ultrathin nanostructure has features of large specific surface area, unique planar structure, abundant coordination unsaturated atoms on surface, excellent mechanical strength, flexibility and optical clarity. Nanoalloy can afford reconfigurable electronic structures, catalytic activity and selectivity advantages, optimizable performances and improved atomic effective utilization. If nanoalloy get ultrathin structure together with the addition of heteroatom, it is possible to further well adjust the adsorption and activation of reactive molecules for superior electrochemical catalytic performance.

This talk is part of the CAPE Advanced Technology Lecture Series series.

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