Atomic Spectra

Content: 
Front Matter, Page iii
Copyright, Page iv
Preface, Pages ix-x
CHAPTER I - Introduction, Pages 3-4
CHAPTER II - Spectral Lines, Pages 5-20
CHAPTER III - Spectra from Atoms with Two Valence Electrons, Pages 21-30
CHAPTER IV - Fine Structure, Pages 31-48
CHAPTER V - Hyperfine Structure, Pages 49-63
CHAPTER VI - The Zeeman Effect, Pages 64-73
CHAPTER VII - Radiation from Atoms, Pages 74-85
CHAPTER VIII - The Width of Spectral Lines, Pages 86-95
1 - A Note on the Spectral Lines of Hydrogen, Pages 101-107
2 - On the Emission Spectra of the Chemical Elements, Pages 108-116
3 - On the Constitution of Atoms and Molecules, Pages 117-144
4 - Some General Laws of Spectroscopy, and in particular a Theorem of Magneto-Optical Resolution, Pages 145-159
5 - On the Systematics of X-ray Spectra, Pages 160-177
6 - Theory of the Zeeman Effect, Pages 178-185
7 - Term Structure and Zeeman Effect in Multiplets, Pages 186-205
8 - New Regularities in the Spectra of the Alkaline Earths, Pages 206-218
9 - The Spectra of Atomic Systems with Two Electrons, Pages 219-242
10 - A Relation between Inner Quantum Numbers and Intensities of Multiple Lines, Pages 243-252
11 - Spinning Electrons and the Structure of Spectra, Pages 253-258
12 - On the Theory of Hyperfine Structures, Pages 259-285
13 - Isotopic Displacement and Hyperfine Structure, Pages 286-288
14 - The Isotope Displacement in Hyperfine Structure, Pages 289-298
15 - The Electromagnetic Shift of Energy Levels, Pages 299-303
16 - Calculation of the Natural Line Width on the Basis of Dirac\'s Theory of Light, Pages 304-327
17 - The Width of Spectral Lines in Gases, Pages 328-363
Bibliography, Pages 97-98
Index, Pages 365-368