Fisica dell'atmosfera (MFN0835)
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Anno:
Corso di studi:
MATERIALE DIDATTICO
AA 2020/2021
Slide
- Lecture 0: Course Introduction (Cassardo, Park)
- Lecture 1 - The atmosphere and its composition (Cassardo)
- Lecture 10 - Stability of Moist Air - part 1 (Park)
- Lecture 10 - Stability of Moist Air - part 2 (Park)
- Lecture 11 - Dynamics (Cassardo)
- Lecture 12 - Conservation Laws - Part 1 (Park)
- Lecture 12 - Conservation Laws - Part 2 (Park)
- Lecture 12 - Conservation Laws - Part 3 (Park)
- Lecture 13 - Natural coordinates (Cassardo)
- Lecture 14 - Thermal wind (Cassardo)
- Lecture 15 - Prototypes and physical models: the similarity technique (Cassardo)
- Lecture 16 - Elements of numerical modeling (Cassardo)
- Lecture 17 - Optical phenomena in atmosphere
- Lecture 18 - Stability with slice layer method (Park)
- Lecture 19 - Atmosphere and ocean dynamics
- Lecture 2 - The atmospheric classifications (Cassardo)
- Lecture 20 - Elements of climatology: the atmospheric general circulation (Cassardo)
- Lecture 21 - Elements of climatology: general ocean circulation (Cassardo)
- Lecture 3 - The atmospheric variables and main instruments (Cassardo)
- Lecture 4 - Static Forces - Part 1 (Park)
- Lecture 4 - Static Forces - Part 2 (Park)
- Lecture 5 -Geopotential (Cassardo)
- Lecture 6 - Basic Thermodynamics - Part 1 (Park)
- Lecture 6 - Basic Thermodynamics - Part 2 (Park)
- Lecture 7 - Thermodynamics - Addendum (Park)
- Lecture 7 - Thermodynamics - Part 1 (Park)
- Lecture 7 - Thermodynamics - Part 2 (Park)
- Lecture 8 - Stability of Dry Air - part 1 (Park)
- Lecture 8 - Stability of Dry Air - part 2 (Park)
- Lecture 9 - Water vapor, moist processes and moisture variables - Part 1 (Park)
- Lecture 9 - Water vapor, moist processes and moisture variables - Part 2 (Park)
AA 2019/2020
Slide
- 00. Introduction to the course
- 01. The atmosphere and its composition
- 02. The atmospheric classifications
- 03. The atmospheric variables and main instruments
- 04. Static forces in the atmosphere.
- 05. Geopotential.
- 06. Basic thermodynamics.
- 07. Thermodynamics.
- 08. Stability in dry air.
- 09. Water vapor, moist processes, moisture variables and instruments.
- 10. Stability in moist air.
- 11. Dynamics of the atmosphere
- 12. Other conservation equations in the atmosphere.
- 13. Natural coordinates.
- 14. Thermal wind.
- 15. Prototypes and physical models: the similarity technique.
- 16. Elements of numerical modeling.
- 17. Optical phenomena in atmosphere
- 18. Stability with slice layer method
- 19. Atmosphere and ocean dynamics
- Lecture 20 - Elements of climatology: the atmospheric general circulation (Cassardo)
- Lecture 21 - Elements of climatology: general ocean circulation (Cassardo)