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Heterogeneous Catalysis Revisited

After completing this chapter, you should be able to [Pg.305]

estimate quantitatively the effect of concentration gradients within a porous catalyst particle on the rate of reaction [Pg.305]

estimate quantitatively the value of the diffusion coefficient of a compound within the porous structure of a catalyst particle [Pg.305]

calculate the weight of catalyst required to achieve a specified conversion for an isothermal reactor, when concentration gradients are present within the catalyst particles [Pg.305]

explain why true activation energies and reaction orders are not obsoved when catalyst performance is studied under conditions where transport resistances are significant [Pg.305]

Chapter 9 Heterogeneous Catalysis Revisited APPENDK 9-A SOLUTION OF EQUATION (9-4c)... [Pg.376]

See other pages where Heterogeneous Catalysis Revisited is mentioned: [Pg.305] [Pg.310] [Pg.312] [Pg.314] [Pg.316] [Pg.318] [Pg.320] [Pg.322] [Pg.324] [Pg.326] [Pg.328] [Pg.330] [Pg.332] [Pg.334] [Pg.336] [Pg.338] [Pg.340] [Pg.342] [Pg.344] [Pg.346] [Pg.348] [Pg.350] [Pg.352] [Pg.354] [Pg.356] [Pg.358] [Pg.360] [Pg.362] [Pg.364] [Pg.366] [Pg.368] [Pg.370] [Pg.372] [Pg.374]

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Catalysis heterogenized

Catalysis heterogenous

Catalysis, heterogenic

Heterogeneous catalysis