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The CO adsorption rate of alumina-supported Pd particles increases with CO diffusion over the support surface. The diffusion of admolecules is interrupted by desorption or by trapping by catalyst particles. The mean diffusion length determines the width of the so-called capture zones around the particle. In molecular beam scattering studies, an increase in diffusion length and consequently in...
The CO adsorption rate of alumina-supported Pd particles increases with CO diffusion over the support surface. The diffusion of admolecules is interrupted by desorption or by trapping by catalyst particles. The mean diffusion length determines the width of the so-called ''capture zones'' around the particle. In molecular beam scattering studies, an increase in diffusion length and consequently in...
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