Radiative Processes in Astrophysics, Spring 2001 
Astrofysikaliska strålningsprocesser, Vt 2001

Schedule

The class will meet on Monday afternoons and Wednesday mornings, in the Ångström laboratory.
Please note that this schedule will be updated many times and you are urged to check it regularly.
Day   Date   Time  Room  Class  Suggested reading 
Wed.  March 7  10:15 - 12:00  63416  Lecture 1: Properties of matter 
Overview. Equation of state, ideal gas law. 
Maxwell distribution. Boltzmann distribution. 
Rutten 4.3 (too brief), 
Carroll & Ostlie 8.1 (rather nice), 
Rybicki & Lightman 9.5 (has a "proper" derivation of Saha), 
Shu pp. 62-65 (requires some statistical mechanics). 
Mon.  March 12  13:15 - 15:00  80115  Lecture 2: Properties of matter and radiation 
Saha equation. Abundances. 
Radiation definitions. 
Rutten 2.1-2.2.4, Carroll & Ostlie 9.1, 
Rybicki & Lightman 1.1-1.3, 
Shu first parts of ch. 1, 2. 
Wed.  March 14  10:15 - 12:00  80127  Exercises 1  Carroll & Ostlie 10.2, Rutten 4.1-4.2.3 
Mon. March 19  13:15 - 15:00  10134  Lecture 3: More on radiation fields 
More radiation quantities. Black body radiation. Introduction to radiative transfer. 
Rutten 3.1-3.6 
Wed.  March 21  10:15 - 12:00  6K1119  Exercises 2   
Mon.  March 26  13:15 - 15:00  80101  Lecture 4: Solutions to the transport equation  Rutten 3.7 
Wed.  March 28  10:15 - 12:00  6K1119  Exercises 3   
Mon.  April 2  13:15 - 15:00  80101  Lecture 5: Microscopic processes  Rutten 5, 
Carroll & Ostlie pp. 269-272.
Wed.  April 4  10:15 - 12:00  6K1119  Exercises 4 / Lab intro   
Wed.  April 18  10:15 - 12:00  80121  Lecture 6: Maxwell's equations  Lecture handouts;   Rutten 6.1-6.2; 
Hecht 3 (and Hecht 2 on waves if needed) 
Wed.  April 25  10:15 - 12:00  80101  Lecture 7: Continuum radiation  Rutten 6.3-6.4.1 
(Hecht 4 for more on light in matter) 
Wed.  May 2  10:15 - 12:00  6K1119  Lecture 8: Discrete processes 
Free-free emission and extinction coefficients. 
Einstein coefficients and Einstein relations. 
Line source function. Destruction probability. 
Rutten 5
Mon.  May 7  13:15 - 15:00  80101  Lecture 9: High-energy processes Rutten 6.4.2 - 6.5
Wed.  May 9  10:15 - 12:00  80121  Lecture 10: Astrophysical applications  Rutten 8 
Mon.  May 14  13:15 - 15:00  6K1119  Question-and-answer session  
Mon.  May 21   9:00 - 15:00  6K1113  FINAL EXAM   

 

Course requirements

Course outline

Lectures and exercises will be in English.

Literature

There is no book that covers the course exactly. But you can consult the following books for more details on the material covered during lessons.

Staff


 


Uppsala Astronomical Observatory
Department of Astronomy and Space Physics
Uppsala University
Box 515
SE-751 20 Uppsala
SWEDEN

Last modified: Thu May 3 09:20:00 MEST 2001