07:07

Lecture 28 Langmuir Hinshelwood and Eley Rideal Steps

12:54

Lecture 29 Catalytic Reactions CO Oxidation

04:26

Lecture 56 Combined Internal and External Transport Resistance New

06:28

Lecture 55 Heat Transfer and Reaction

03:33

Lecture 54 Effects of Internal Transport on Measured Kinetics New

03:54

Lecture 53 Generalized Thiele Modulus and Effectiveness Factor

07:11

Lecture 52 Internal Resistance to Mass Transport

07:13

Lecture 51 The Shrinking Core Model

53:27

Exam I Review

02:42

Lecture 54 Effects of Internal Transport on Measured Kinetics

03:43

Lecture 56 Combined Internal and External Transport Resistance

06:43

Lecture 50 External Resistance to Mass Transport

02:37

Lecture 49 Transport Effects on Reactions

05:17

Lecture 48 Limits on Activity

02:30

Lecture 47 Selectivity Maps

02:49

Lecture 46 Two Descriptor Models

05:09

Lecture 45 Volcano Plots

07:27

Lecture 44 Sabatier's Principle

02:47

Lecture 43 Bronsted Evans Polanyi Relations

04:32

Lecture 42 Linear Scaling Relations

05:18

Lecture 41 Density Functional Theory

05:58

Lecture 40 Applications of Transition State Theory

04:00

Lecture 39 Thermodynamic Interpretation of Transition State Theory

09:40

Lecture 38 Transition State Theory

06:59

Lecture 37 Partition Functions

04:41

Lecture 36 Reaction Coordinate Diagrams

09:54

Lecture 35 Collision Theory

02:24

Lecture 34 Interpretation of Experimental Rate Data

10:43

Lecture 33 Apparent Activation Energy

05:13

Lecture 32 Approach to Equilibrium

11:51

Lecture 31 Catalytic Reactions Ammonia Synthesis

05:57

Lecture 30 Arrow Diagrams

08:54

Lecture 27 Simple Reaction Sequences

07:08

Lecture 26 Adsorption on Non Ideal Surfaces

08:05

Lecture 25 Competitive and Dissociative Adsorption

16:33

Lecture 24 Adsorption on Ideal Catalytic Surfaces

04:32

Lecture 23 Introduction to Surface Reactions

18:22

Lecture 22 Kinetics of Chain Growth Polymerization

08:12

Lecture 21 Application of the Pseudo Steady State Approximation

11:59

Lecture 20 Introduction to Complex Reactions

05:44

Lecture 19 Energy Balance for a Plug Flow Reactor

08:18

Lecture 18 Energy Balances for Stirred Tank Reactors

02:42

Lecture 17 Introduction to Energy Balances

04:35

Lecture 16 Parallel Reactions in a Plug Flow Reactor

07:32

Lecture 15 Series Reactions in a Tank Reactor

17:24

Lecture 14 Series Reactions in a Plug Flow Reactor

09:15

Lecture 13 Introduction to Multiple Reactions

06:57

Lecture 12 The Membrane Reactor

07:25

Lecture 11 The Semibatch Reactor

14:13

Lecture 10 Reactors in Series

12:28

Lecture 8 Sizing a Tubular Reactor

09:15

Lecture 9 Levenspiel Plots

20:56

Lecture 7 Stoichiometry and Bookkeeping

09:57

Lecture 6 The Concept of Conversion

04:45

Lecture 5 Solving CSTR Mole Balances

07:06

Lecture 4 Solving PFR Mole Balances

11:42

Lecture 3 Solving Batch Reactor Mole Balances

10:16

Lecture 2 Ideal Reactors

09:52

Lecture 1 Mole Balances