Diffusion of oxygen atoms from active eitea during the catalytic oxidation of carbon monoxide with oxygen on molybdenum trioxide

Tipo de material: Texto

TextoSeries ; Studies in Surface Science and Catalysis, 77, p.317-320, 1993Trabajos contenidos:

Iizuka, Y

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Resumen: The diffusion of l8O atoms from active sites during the catalytic CO oxidation with 1802 on Moo3 has been examined. There are two kinds of l80 atoms adsorbed on vacancies of active oxygen. One kind is immobile and responsible for the formation of C180160 in the course of the catalysis. The other kind is rapidly mobile from active sites by being replaced with l60 oxide ions from the bulk.

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The diffusion of l8O atoms from active sites during the catalytic CO oxidation with 1802 on Moo3 has been examined. There are two kinds of l80 atoms adsorbed on vacancies of active oxygen. One kind is immobile and responsible for the formation of C180160 in the course of the catalysis. The other kind is rapidly mobile from active sites by being replaced with l60 oxide ions from the bulk.

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