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Extension to Complex Rate Models Homogeneous Catalysis

EXTENSION TO COMPLEX RATE MODELS HOMOGENEOUS CATALYSIS [Pg.458]

The reaction is controlled by the chemical kinetics in this regime, and hence diffusional limitations are absent. Depending on the reaction, the rate equation can have any of many hyperbolic forms, such as those presented in Chapter 8. [Pg.462]

Regime 2 corresponds to film diffusion control and hence is independent of the kinetics. Thus the developments outlined in the previous sections are equally valid for reactions with LHHW kinetics. [Pg.462]

In this regime the rate is controlled by both film diffusion and reaction kinetics. Assuming that the reaction is represented by the first equation in Table 8,4 (with [/4]b for [A] ), the following equations must be solved simultaneously for the enhancement factor  [Pg.462]

The value of rj is always less than or equal to unity. [Pg.462]




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Catalysis modeling

Catalysis modelling

Complex catalysis

Complex model

Complexation modeling

Complexation models

Complexation rates

Complexes homogeneous catalysis

Complexity models

Extension rate

Homogeneous catalysis

Homogenous catalysis

Model Extensions

Models catalysis

Models complexation model

Models rate model

Rate homogeneous

Ratings models

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