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Determining Rate Constants from Selectivity
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Classroom Contents
Kinetics - Reactor Design: Multiple Reactions
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- 1 Determining Rate Constants from Selectivity
- 2 Elementary Reactions
- 3 Gas Phase Chemical Equilibrium
- 4 Inert Effect on Chemical Equilibrium
- 5 Predator-Prey Model
- 6 Relationship Between the Equilibrium Constants
- 7 Reverse Reaction Rate
- 8 Reversible Non-Elementary Reaction
- 9 Solid-Liquid Chemical Equilibrium
- 10 Batch Reactor with Multiple Reactions
- 11 Batch Reactor with Reversible Reaction
- 12 Isothermal Semibatch Reactor with Multiple Reactions
- 13 Mass Balance for Reversible Reactions in a Batch Reactor
- 14 Multiple Reactions in a CSTR
- 15 Multiple Reactions in an Isothermal CSTR
- 16 Multiple Reactions in PBR Part 1
- 17 Multiple Reactions in PBR Part 2
- 18 Packed Bed Reactor Design
- 19 Selectivity in a Semibatch Reactor
- 20 Semibatch Reactor with Heat Exchange
- 21 Parallel Reactions in a Batch Reactor
- 22 Selectivity in Parallel Reactions
- 23 Series Reaction in a Batch Reactor
- 24 Selectivity in Series Reactions
- 25 Series Reaction in a Plug Flow Reactor
- 26 Packed Bed Reactor Example
