Effect of alkali/alkaline-earth-metal doping on the Co3O4 spinel structure and N2O decomposition

Kang, Bin; Guo, Mengfei; Wu, Haotian; Guo, Xiaonan; Di, Zhaoying; Wei, Ying; Jia, Jingbo; Wang, Zhou-jun; Zhang, Runduo

doi:10.1039/d4cy00400k

Catal. Sci. Technol.

2024

DOI: 10.1039/d4cy00400k

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Effect of alkali/alkaline-earth-metal doping on the Co₃O₄ spinel structure and N₂O decomposition

Bin Kang,

Mengfei Guo,

Haotian Wu

et al.

Abstract: In this study, series of alkali/alkaline-earth-metal doped Co3O4 spinel oxides were prepared for N2O catalytic decomposition. It was found that doping with alkali/alkaline-earth-metal ions essentially caused the lattice distortion of...

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Dy and K double-additive modified Co3O4 catalyst with high resistance to NO for catalyzing N2O decomposition

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Effect of alkali/alkaline-earth-metal doping on the Co₃O₄ spinel structure and N₂O decomposition

Abstract: In this study, series of alkali/alkaline-earth-metal doped Co3O4 spinel oxides were prepared for N2O catalytic decomposition. It was found that doping with alkali/alkaline-earth-metal ions essentially caused the lattice distortion of...

Cited by 2 publications

References 73 publications

Dy and K double-additive modified Co3O4 catalyst with high resistance to NO for catalyzing N2O decomposition

Dy and K double-additive modified Co3O4 catalyst with high resistance to NO for catalyzing N2O decomposition

Morphological impact of 1-dimensional to 3-dimensional manganese dioxides on catalytic ozone decomposition correlated with crystal facets and lattice oxygen mobilities

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