Abstract

Abstract A novel silica-supported copper catalyst, prepared from cupric acetate monohydrate having a dimeric structure of cupric ions, showed a very high activity for the CO oxidation with N2O at 150°C as compared with a conventional silica-supported copper catalyst. It was suggested on the basis of the ESR spectroscopic characterization that such an extraordinary catalytic activity resulted from the structure of the Cu2+ ions derived from cupric acetate monohydrate on silica.

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