36:20
Lecture 2.G: Atomic Spectra: Iso-Electronic Sequence and Atomic Spectra
01:08:55
Lecture 2.F: Atomic Spectra: Multi-electron Atoms and Energy Diagrams
01:10:56
Lecture 2.E: Atomic Spectra: Cross Sections and Multi-electron Atoms
54:05
Lecture 2.D: Atomic Spectra: Atomic Line Broadening
01:05:57
Lecture 2.D: Atomic Spectra: Theory of Transitions, The Dipole Approximation
01:06:42
Lecture 2.C: Atomic Spectra: Fine Structure and Radiative Corrections
01:05:24
Lecture 2.B: Atomic Spectra: The Dirac Model and Fine Structure
45:56
Lecture 2.A.2: Atomic Spectra: Bohr Atom and Wave Model (cont.)
16:45
Lecture 2A.1: Atomic Spectra: Bohr Atom and Wave Model
01:05:13
Lecture 1E: Magnitudes and Photometric Systems
01:07:41
Lecture 1D: HR Diagram as a Diagnostic Tool
01:02:10
Lecture 1C: Introduction to Spectra
36:15
Lecture 1A: Introductory Principles of Absorption
21:56
Lecture 1B: Further Principles of Absorption
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About
This site is a repository of Video Lectures on the Principles of Spectroscopy with focus on the gas physics of Stellar Atmospheres. It is a graduate level course taught at New Mexico State University. Disclaimer: The videos of the lectures are not polished or edited.
Accompanying Notes are DLable at astronomy.nmsu.edu/cwc/Teaching/ASTR545/Class-Note…
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