Catalytic performance of nanomace and lattice oxygen activation mechanism. (IMAGE)
Caption
(Left) Reduction rate of harmful gas (carbon monoxide, CO) as a function of reaction temperature, showing that nanomace reacts most rapidly at the lowest temperature compared to nanorods, nanocubes, and commercial catalysts.
(Right) Molecular dynamics simulation using a graph neural network model for nanomace, illustrating at the atomic level how carbon monoxide reacts with lattice oxygen at the cube–rod interface of ceria.
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© Nature Communications, originally published in Nature Communications
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