| 1. | Introduction: Some numbers and estmations |
| 2. | The Virial theorem and time scales |
| 3. | 1D, Time-Independent Equations of structure |
| 4. | Equations of state |
| 4a. Blackbody radiation | |
| 4b. Monatomic gas | |
| 4c. Saha equation | |
| 4d. Fermi-Dirac degeneracy | |
| 4e. Adiabatic exponents | |
| 5. | Radiative transfer and opacities |
| 6. | Convection |
| 6a. Boundary conditions | |
| 7. | Energy generation: gravity and nuclear reactions |
| 7a. The proton-proton chain and deuterium burning | |
| 7b. The CNO cycles | |
| 7c. Helium burning | |
| 7d. C, O, Ne, Si burning and photo-disintegration processes | |
| 7e. Nuclear statistical equilibrium among the iron group | |
| 8. | Numerical Solutions and Polytropes |
| 9. | Star Formation |
| 10. | Stellar Aging |
| 11. | Stellar Death |
| 12. | Nucleosynthesis |
| 13. | Binary Stars |
| 14. | Stellar Oscillations |
| 14a. The linear adiabatic wave equation |
Talks
Brown Dwarfs Dan Kittell ppt file.
Fortran codes
H+He Saha fractions