Physics  611     aSTROPHYSICS  (Stellar atmospheres)    Course Outline


V.  SEMESTER SCHEDULE                       Class meets 11:00-11:50 am in C254 ESC.

WEEK#

 DATE (2006) TOPIC

SUPPL RDG (pp.)

HW ASSGN DUE

1

W Sep  6

 Radiative Quantities RL 1-8, BV 26-27  
 F Sep  8  The Equation of Radiative Transfer RL 8-15, BV 27-49  
2 M Sep 11  Thermal Radiation:  Kirchoff's Law, Wiens Law, Stefan-Boltzmann Law, Rayleigh-Jeans
     Approximation, Temperature Measures
RL 15-27  
W Sep 13  Thermal Radiation:  The Einstein Coefficients RL 27-33 1
F Sep 15  Scattering:  Pure Scattering RL 33-36  
3 M Sep 18  Scattering:  Combined Scattering and Absorption:  Radiative Diffusion and the Rosseland
     Approximation
RL 36-42  
W Sep 20  The Eddington Approximation RL 42-45  
F Sep 22  Review of Magnitudes, Colors, Spectra, Temperature and Radiative Transfer Basics,
      Radiative Transfer in Optically Thin and Thick Nebulae
BV 1-38  
4 M Sep 25  
W Sep 27  Radiative Transfer in Stellar Atmospheres BV 39-68  
F Sep 29  Gray Atmospheres 2
5 M Oct  2  The Continuous Absorption Coefficient, κ BV 68-86  
W Oct  4  
F Oct  6 3
6 M Oct  9  Continuous Absorption (cont.), The Influence of Non-grayness on κλ BV 87-100  
W Oct 11   The Influence of Non-grayness on κλ  
F Oct 13 4
7 M Oct 16  Pressure Stratification BV 101-113  
W Oct 18  
F Oct 20 5
8 M Oct 23  
W Oct 25  Line-Formation
      Theory
 The Damping Profile, The Doppler Profile, Convolving Profiles BV 114-135  
F Oct 27  
9 M Oct 30

No class.  Please use this time to work on the midterm exam.

RL 42-45,
BV 1-113
 
Tu Oct 31

MIDTERM TAKE-HOME EXAM DUE AT 11:00 PM (does not include line-formation theory)

Midterm

W Nov  1  Line-Formation
      Theory
 Collisional Broadening BV 121-130  
F Nov  3  Collisional Broadening, The Voigt Profile    
10 M Nov  6  The Voigt Profile    
W Nov  8  The Voigt Profile  (Midterm Take-Home Examination Distributed)    
F Nov 10  The Voigt Profile, Linear Stark Effect    
11 M Nov 13  Linear Stark Effect, The Hydrogen Spectrum, Microturbulent Broadening BV 136-139  
W Nov 15  Curve of Growth  Discussion and the Reversing-Layer Model BV 131-135,
140-162
 
F Nov 17  
12 M Nov 20  
T Nov 21  The Milne-Eddington Model  
W Nov 22

T H A N K S G I V I N G   H O L I D A Y

 
F Nov 24  
13 M Nov 27

Curve of Growth

 The Milne-Eddington Model 6
W Nov 29  
F Dec  1  Macroturbulent Broadening No Text
14 M Dec  4
W Dec  6  Macroturbulent Broadening and Rotational Broadening
F Dec  8  Rotational Broadening and Broadening by Radial Pulsation
15 M Dec 11  The Hydrogen Convection Zone BV 174-189
W Dec 13
F Dec 15

R E A D I N G   D A Y

RL 1-45, BV 1-135, 174-189
16 T Dec 19

F I N A L   E X A M I N A T I O N   (11 am - 2 pm)

Final Exam