We need to more fully define kinetics terms which are commonly used and employed during chemical process development. for example;
Some Fundamental Ideas of Kinetics
1.1. Rates of Reactions
1.2. Dependence on Concentration
1.3. Cautions on Treating Kinetic Data
1.4. Effect of Temperature
1.5. Some Common Reaction Mechanisms
1.6. Catalysis
Kinetics of More Complex Systems
2.1. Second-Order Case, First-Order in Two Components
2.2. Third-Order Reactions
2.3. Parallel First-Order Reactions
2.4. Series First-Order Reactions
2.5. Series Reactions with Two Intermediates
2.6. Reversible Reactions
2.7. Autocatalysis
2.8. Effect of Temperature
Techniques and Methods
3.1. Calculating Rate Constants
3.2. The Method of Half-Lives
3.3. Initial Rates
3.4. Using Large Excess of a Reactant (Flooding)
3.5. The Logarithmic Method
3.6. Effects of Pressure
3.7. Flow Techniques
3.8. Relaxation Techniques
3.9. Tracer Methods
3.10. Kinetic Isotope Effects
Reactions in the Gas Phase
4.1. Collision Theory
4.2. The Potential Energy Surface
4.3. Transition State Theory
4.4. Unimolecular Decomposition of Gases
4.5. Free Radical or Chain Mechanisms
4.6. Adsorption of Gases on Solids
4.7. Catalysis
We need to more fully define kinetics terms which are commonly used and employed during chemical process development. for example;
Some Fundamental Ideas of Kinetics 1.1. Rates of Reactions 1.2. Dependence on Concentration 1.3. Cautions on Treating Kinetic Data 1.4. Effect of Temperature 1.5. Some Common Reaction Mechanisms 1.6. Catalysis
Kinetics of More Complex Systems 2.1. Second-Order Case, First-Order in Two Components 2.2. Third-Order Reactions 2.3. Parallel First-Order Reactions 2.4. Series First-Order Reactions 2.5. Series Reactions with Two Intermediates 2.6. Reversible Reactions 2.7. Autocatalysis 2.8. Effect of Temperature
Techniques and Methods 3.1. Calculating Rate Constants 3.2. The Method of Half-Lives 3.3. Initial Rates 3.4. Using Large Excess of a Reactant (Flooding) 3.5. The Logarithmic Method 3.6. Effects of Pressure 3.7. Flow Techniques 3.8. Relaxation Techniques 3.9. Tracer Methods 3.10. Kinetic Isotope Effects
Reactions in the Gas Phase 4.1. Collision Theory 4.2. The Potential Energy Surface 4.3. Transition State Theory 4.4. Unimolecular Decomposition of Gases 4.5. Free Radical or Chain Mechanisms 4.6. Adsorption of Gases on Solids 4.7. Catalysis