Stellar Astronomy and Astrophysics (SS09)

Univ. Heidelberg, lecture, 2 SWS, Time and location: Tuesday 15:15 - 17:00, Philosophenweg 12 -- Kleiner Hörsaal
Lecturers: Stefan Jordan, ( jordan@ari.uni-heidelberg.de ), Ralf Klessen ( rklessen@ita.uni-heidelberg.de )
Scripts:
Ralf Klessen:
Script for the parts given by Ralf Klessen
Stefan Jordan:
14.4.09: Radiation, moments of radiation field, basic quantities (Stefan Jordan)
20.5.09: Convection, nuclear burning, hydrogen burning, solar neutrinos (Stefan Jordan)
02.06.09: Pulsating Stars (Stefan Jordan)
16.06.09: Stellar evolution, chemical evolution (Stefan Jordan)
23.06.09, 30.06.09: White Dwarfs, Neutron Stars, Black Holes (Stefan Jordan)

Exercise sheets:
Exercise 1 for April 20, 2009

Next exercise: Monday, June 15, 2009, 13-15, seminar room in the seminar room I in the Albert-Ueberle-Str. 3 - 5!
Exercise 1 for April 20, 2009
Exercise 2 for May 4, 2009
Exercise 3 for May 18, 2009
Exercise 4 for June 2, 2009
Exercise 5 for June 15, 2009

1 31.3. introduction (stars / stars in the galaxy / observational facts) Klessen
2 7.4. star formation / protostellar collapse Clark / Banerjee
3 14.4. radiation (moments of the radiation field / basic quantities) Jordan
4 21.4. stellar structure (basic equations) Klessen
5 28.4. stellar structure (equation of state) Klessen
6 5.5. stellar structure (energy transport) Klessen
7 12.5. stellar structure (energy production / main sequence) Klessen
8 19.5. stellar structure (convection, fusion, pp cycle, CNO cycle, solar neutrinos) Jordan
9 26.5. stellar structure (rotation / magnetic fields) Klessen
10 2.6. stellar structure (stellar pulsations) Jordan
11 9.6. stellar evolution to the AGB Klessen
12 16.6. end stages of stellar evolution (white dwarfs / neutron stars / black holes) Jordan
13 23.6. stellar atmospheres (basic equations) Jordan
14 30.6. stellar atmospheres (applications 1) Jordan
15 7.7. stellar atmospheres (applications 2) Jordan

Letzte Änderung / Updated: 2009-07-07 14:28
jordan@ari.uni-heidelberg.de