Figures, Tables and Images

#	Subject	Title
1	Fundamentals	The Basic Equations of Astrophysics
2	Continuous Spectra	The Planck Function
3		Various Expressions for the Planck Function
4		Blackbody Radiation (Planck's Law)
5		Planck's Law Plotted
6		Wien's Law
7		Sources of Continuous Opacity
8	Kirchoff's Law	Kirchoff's Law (stated quantitatively)
9		Kirchoff's Law (stated qualitatively)
10		Solar Prominences
11		Solar Filaments and Prominences
12	H-Spectrum	The Hydrogen Energy-Level Diagram and Spectrum
13		Selected Spectral Series of Hydrogen
14		Hydrogen Grotrian Diagram
15	Atomic Spectra	Electronic Quantum Numbers
16		Atomic Quantum Numbers
17		Electronic Configurations
18		Spectroscopic Notation
19		Term Types versus Number of "Outer" Electrons
20		Selection Rules for Electric Dipole Radiation
21	Grotrian Diagrams	Na Grotrian Diagram
22		He II Grotrian Diagram	He I Grotrian Diagram
23		Ca I Grotrian Diagram
24	Elemental Spectroscopic Data	Basic Atomic Spectroscopic Data
25
26	Alkali Metal Spectra	Sodium Spectrum
27	Zeeman Effect	Various Magnetic Quantities
28		Normal Zeeman Effect
29		Anomalous Zeeman Effect (Na I D₂)
30		Anomalous Zeeman Effect (Na I D₁)
31	Synchrotron Radiation	Selected Synchrotron Radiation Relationships
32	Radiative Quantities	Radiative Quantities
33		The Equation of Radiative Transfer
34		The Interstellar Equation of Transfer
35		Solar Limb Darkening	Comparison of Observational Data and the Eddington Model
36			Solar Image
37		The Einstein Coefficients
38		The Mean, Mean Intensity
39	Line Broadening	Line Broadening, a List of Mechanisms
40		The Characterization of Absorption Line Profiles
41		Residual Intensity as a Function of Optical Depth
42		The Radiation Damping Absorption Coefficient Profile, Thompson and Rayleigh Scattering
43		The Radiation Damping Absorption Coefficient Profile, Q Mechanically Correct Version
44		f-values for Certain H Lines
45		Doppler Broadening
46		Doppler Broadening Profile
47		The Convolution Theorem
48		"The Joy of Convolution" On-Line Convolver
49		Doppler and Damping Profiles
50		Discussion of the Voigt Profile
51		The Voigt, Doppler and Damping Profiles
52		*The Value u_int(a) at which the Core and Wing Approximations to α(u)/α₀ Intersect*
53		Precise Versus Approximate Voigt Profile
54		Stark Broadening of Balmer Series Lines in the Spectrum of Vega
55		Stark Coefficients for the Balmer Series Lines
56		Stark-Broadened Balmer Lines (correction to absorption coefficients for electron impacts)
57	Stellar Spectra	White Dwarf Optical Spectra
58		Solar Spectrum - color - visible region - high dispersion echelle spectrogram (expandable)
59		Solar Spectrum Tracing - λλ4200-4600� - high dispersion (expandable)
60		Solar Spectrum Tracing - λλ4600-5000� - high dispersion (expandable)
61		Stellar Spectra - color - visible region - wide range of spectral types
62		Stellar Spectra of the Main Sequence
63		Several Spectra of Mizar A at different phases, a spectroscopic binary - black and white
64	Curve of Growth	The Schuster-Schwarzchild Model: Case II (1<Nα₀>10⁴) - the function f(u)
65		Schuster-Schwarzchild Model Summary
66		Milne-Eddington Model Assumptions
67		Uses of the Curve of Growth
68		Advantages and Disadvantages of a Curve of Growth Analysis
69	Miscellaneous Line-Broadening Mechanisms	Most Probable Speed in a Thermal-Microturbulent Velocity Distribution
70		Macroturbulence Broadened Line Profiles
71		Macroturbulent Line Profiles-2
72		Rotationally Broadened Line Profiles
73		Microturbulence and Rotational Profile Comparison
74		Projected Stellar Rotation Rate Versus Spectral/Luminosity Type
		Spectral Types of a Volume-Limited Sample of Extrasolar Planet Host Stars
75	Atmospheric Effects on Observations	Atmospheric Extinction as a Function of Wavelength
76		Sea Level Atmospheric Extinction (graphical)
77		Atmospheric Refraction
78	Radial Velocity Observations	Corrections to an Observed Radial Velocity
79		Solar Motion and Velocity Dispersions
80	Binary Stars	Binary Star Terminology
81		Binary System Frequency
82		Representing the Orbital Motion of a Visual Binary