ATOMIC STRUCTURE & SPECTROSCOPY
L. J. Curtis

Textbook: L. J. Curtis, Atomic Structure and Lifetimes: A Conceptual Approach -->

Philosophy of the Course Bibliography Medieval Lectures
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^{Physics 6/7710 - Atomic Physics
(3-3:50 MW. 1-1:50 F, MH 2002)}
SOLUTIONS TO FINAL EXAMINATION

Chapter 1 - Introduction
Chapter 2 - Semiclassical Conceptual Models
Chapter 3 - Semiempirical Parametrization of Energy Level Data
Chapter 4 - The Vector Model of Angular Momentum
Chapter 5 - The Intermediate Coupling Model
Chapter 6 - Electric Dipole Radiation
Chapter 7 - Line Strengths in Two-Valence-Electron Systems
Chapter 8 - Magnetic Dipole Transitions
Semester Break
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^{Physics 6/7720 - Atomic & Molecular Spectroscopy
(Scheduled for Spring 2008)}
Chapter 9 - Absorption of Radiation
Chapter 10 - Time-Resolved Measurements
Chapter 11 - Hyperfine Structure
Chapter 12 - Electrostatic Polarizabilities and Long-Range Interactions
Chapter 13 - Coherence and Anisotropic Excitation
Chapter 14 - Experimental Methods
Chapter 15 - Molecular Structure and Spectra
Chapter 16 - Statistical Physics
Chapter 17 - Racah Algebra
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^{Appendices

A1 - The Coulomb Approximation

A2 - The Exponential Law}