Fundamentals of Spectroscopy

Front Cover
Allied Publishers

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Contents

INTRODUCTION
1
Bohrs correspondence principle 6 Beginning of wave mechanics Quantum mechanical
22
atomic orbitals the quantum numbers 4 Energy levels and spectrum
36
PERTURBATION METHODS
44
the wave functions 3 Degenerate states the wave functions 4 Unequal perterbation terms 5
56
FINESTRUCTURE IN HYDROGENLIKE ATOMS
68
Spinorbit interaction the spin magnetic moment 2 Spinorbit coupling constants the wave
80
The normal Zeeman effect 2 Diamagnetic and paramagnetic properties 3 Strong field
92
The spectrum
103
HYPERFINE STRUCTURE
148
STRUCTURE OF DIATOMIC MOLECULES
161
ROTATION AND VIBRATION OF DIATOMIC MOLECULES
194
ELECTRONIC TRANSITIONS
226
Problems and Solutions
256
Index
279
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