About Lecture
List of slides
  1. Chapter 3 Variable Basic States - 3.1 WKBJ analysis (1)
  2. 3.1 WKBJ analysis (2)
  3. 3.1 WKBJ analysis (3)
  4. 3.1 WKBJ analysis (4)
  5. 3.2 Critical level behavior
  6. 3.2.1 Richardson number
  7. 3.2.2 Conditions for absorption
  8. 3.2.3 Linear and nonlinear limits (1)
  9. 3.2.3 Linear and nonlinear limits (2)
  10. 3.3 Damping and momentum deposition
  11. 3.3.1 Violation of the second Eliassen-Palm theorem
  12. 3.4 Quasi-biennial oscillation (1)
  13. 3.4 Quasi-biennial oscillation (2)
  14. Excercise (1)
  15. Excercise (2)
  16. Chapter 4 Rossby waves - 4.1 Shallow water equations (1)
  17. 4.1 Shallow water equations (2)
  18. 4.1 Shallow water equations (3)
  19. 4.2 Rossby waves (1)
  20. 4.2 Rossby waves (2)
  21. 4.2 Rossby waves (3)
  22. 4.2.1 Planetary scale internal stationary waves
  23. 4.2.2 Free oscillations
  24. 4.3 Remark on Kelvin waves: The case of v' = 0. (1)
  25. 4.3 Remark on Kelvin waves: The case of v' = 0. (2)
  26. Exercises
  27. Chapter 5 Vorticity and quasi-geostrophy - 5.1 Preliminary remarks - 5.1.1 Interpretation of vorticity (1)
  28. 5.1.1 Interpretation of vorticity (2)
  29. 5.2 Vorticity in the shallow water equations (1)
  30. 5.2 Vorticity in the shallow water equations (2)
  31. 5.2.1 Filtered Rossby waves (1)
  32. 5.2.1 Filtered Rossby waves (2)
  33. 5.3 Quasi-geostrophic shallow water theory (1)
  34. 5.3 Quasi-geostrophic shallow water theory (2)
  35. 5.3 Quasi-geostrophic shallow water theory (3)
  36. 5.3.1 Rossby radius / 5.3.2 Rossby number expansion (1)
  37. 5.3.2 Rossby number expansion (2)
  38. 5.4 Quasi-geostrophy in a stratified, compressible atmosphere (1)
  39. 5.4 Quasi-geostrophy in a stratified, compressible atmosphere (2)
  40. 5.4 Quasi-geostrophy in a stratified, compressible atmosphere (3)
  41. 5.4.1 Pseudo potential vorticity
  42. Exercises
  43. Chapter 6 The generation of eddies by instability - 6.1 Remarks
  44. 6.2 Instability
  45. 6.2.1 Buoyant convection
  46. 6.2.2 Rayleigh.Benard instability
  47. 6.2.3 Convective adjustment and gravity wave breaking
  48. 6.2.4 Reversal of mesopause temperature gradient / 6.2.5 Kelvin-Helmholtz instability (1)
  49. 6.2.5 Kelvin-Helmholtz instability (2)
  50. 6.2.6 Radiating and growing solutions
  51. 6.3 Instability of meteorological disturbances; baroclinic and barotropic instability (1)
  52. 6.3 Instability of meteorological disturbances; baroclinic and barotropic instability (2)
  53. 6.3 Instability of meteorological disturbances; baroclinic and barotropic instability (3)
  54. 6.3.1 A necessary condition for instability (1)
  55. 6.3.1 A necessary condition for instability (2)
  56. 6.3.1 A necessary condition for instability (3)
  57. 6.4 The Kelvin-Orr mechanism (1)
  58. 6.4 The Kelvin-Orr mechanism (2)
  59. 6.4 The Kelvin-Orr mechanism (3)
  60. 6.4 The Kelvin-Orr mechanism (4)
  61. 6.4 The Kelvin-Orr mechanism (5)
  62. 6.5 Two-level baroclinic model (1)
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