Combustion Theory: Prof. Moshe Matalon's Lecture Slides

1. Cover

2. Outline

3. Lecture 1 Conservation Equations for Chemicall Reacting Gas Mixtures

4. Lecture 2 Chemical Kinetics

5. Lecture 3 Stoichiometry & Adiabatic Flame Temperature Transport Properties

6. Lecture 4 Deflagrations and Detonations

7. Lecture 5 Scaling and General Considerations

8. Lecture 6 The Structure of a Planar Premixed Flame

9. Lecture 7 Premixed Flames - Hydrodynamic Considerations

10. Lecture 8 Stretched Flames and Lewis Number Effects

11. Lecture 9 Ignition and Extinction

12. Lecture 10 Flame Instabilities

13. Lecture 11 Diffusion Flames

14. Lecture 12 The Structure of Diffusion Flames, Mixture Fraction Formulation

15. Lecture 13 Droplets and Sprays

16. Lecture 14 Turbulent Combustion

17. Lecture 15 The Turbulent Flame Speed

Combustion Chemistry: Prof. Michael J. Pilling's Lecture Slides

A. Combustion Chemistry

B. Experiments and Theory

C. Thermodynamics

D. Evaluation of Rate Data

E. Chemical Mechanisms

F. NO_x Chemistry

G. Atmospheric Processes

Combustion Laser Diagnostics: Prof. Marcus Alden's Lecture Slides

1. General Introduction

2. Molecular Structure / Basic Spectroscopy

3. Instrumentation for Optical Combustion Diagnostics

4. Soot

5. Laser Induced Fluorescence

6. Laser Induced Fluorescence Applications

7. Rayleigh Scattering

8. Rayman Scattering

9. Thermographic Phosphors

10. CARS

11. Non-Linear Optical Techniques

12. New Techniques