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PHYS 633: Intro to stellar astrophysics
Course Structure and Information
Course-specific policies and Code of Conduct
UD Academic Policies
Suggested textbooks
Learning goals and outcomes
Course structure
How to submit Notebooks
Overview, calendar and equation sheet
Rubric for notebooks
Course Content
L01 Time Scales
01-Timescales
L02 Gravity Field
02-GravityField
(template)
Slides and worksheet
L03 HydroStatic equilibrium
03-HydroStaticEQ
Slides and worksheet
L04 and L05 Polytropes
04-Polytropes
(Template)
Slides and worksheet
L06 Mean molecular weight
06-MeanMolecularWeight
(template)
Slides and worksheet
L07 and L08 Saha Equations Part 1 and Part 2
08-SahaEquations
(template)
Slides and worksheet
L09 Mean free path (and start of RT)
Slides and worksheet
L10 Absorption
10-Absorption
(template)
Slides and worksheets
L11 Source Function
11-SourceFunction
(template)
Slides and worksheets
L12 Thermal Radiation
Slides and worksheets
L13 Flat Atmospheres
Slides and worksheets
L14 Limb Darkening
14-LimbDarkening
(template)
Slides and worksheets
L15 Flux in flat atmospheres
Slides and worksheets
L16 Analytical Estimate
Slides and worksheets
L17 Grey atmospheres
L17 GreyAtmosphere (template)
Slides and worksheets
L18 Interiors (the energy transport)
Slides and worksheets
L19 Convection
19-Convection
(template)
Slides and worksheets
L21and22 Nuclear energy
22-NuclearEnergy
(template)
Slides and worksheets
L23 Degeneracy pressure
23-Degeneracy
(and radiation) pressure (template)
Slides and worksheets
L24 Radiation pressure
Slides and worksheets
.md
.pdf
Slides and worksheets
Slides and worksheets
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