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Reducing the Size of Kinetic Models

There is no simple solution for this set of differential equations as a function of time. A useful approach consists of dividing (1.3.3-2 ) by ( 1.3.3-1), leading to the selectivity relation [Pg.21]

This is precisely what was obtained for the simpler consecutive first order case. The common reactant, B, has no effect on the selectivities but causes a different time behavior. [Pg.21]

Mixed Parallel-Consecutive Reactions Reducing the Size of Kinetic Models... [Pg.1]

See other pages where Reducing the Size of Kinetic Models is mentioned: [Pg.21] [Pg.21]

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Models reduced

Reducibility model

Reducible Models

The Kinetic Model