Basic Information
Collision Theory, Potential Surfaces, Reaction Coordinates, Theory of Activated Complexes, Reaction Order. First and Second Order Reactions, Complex Reactions, Chain Reactions. Temperature Effects. Homogeneous Catalysis. Adsorption And Heterogeneous Catalysis. Enzymatic Kinetics and Cell Growth. The Properties of Various Ideal Reactors# Batch, Pfr, Cstr. Analysis of Size Effect and Products' Distribution Under Isothermal Conditions.
Faculty: Chemical Engineering
|Undergraduate Studies
Pre-required courses
(14211 - Fluid Mechanics and 54215 - Thermodynamics A and 124120 - Principles of Chemistry) or (54203 - Principles of Chemical Engineering 1m and 54215 - Thermodynamics A and 124120 - Principles of Chemistry)
Course with no extra credit
54321 - Introduction to Chemical Reactors'design 54403 54419 - Int.to Chemical and Biochem.reactors'des 54482 - Introduction to Reactor Design (e)
Course with no extra credit (contained)
124414 - Physical Chemistry-chemical Kinetics