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14 Larger systems: methods
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Chapters in this book
- Frontmatter I
- Introduction V
- Contents VII
- 1 What is quantum theory? 1
- 2 Basics of quantum theory 14
- 3 Operators and quantum theory 26
- 4 Particle in a box 46
- 5 More or less free particles 72
- 6 Vibrations 89
- 7 Rotations 105
- 8 The hydrogen atom 130
- 9 Foundations of the approximate methods 150
- 10 The orbital model 174
- 11 Atoms 198
- 12 The smallest molecules 215
- 13 Other diatomic molecules 228
- 14 Larger systems: methods 246
- 15 Larger systems: applications 292
- 16 Supporting information 324
- 17 Mathematical formulas 331
- Index 335
Chapters in this book
- Frontmatter I
- Introduction V
- Contents VII
- 1 What is quantum theory? 1
- 2 Basics of quantum theory 14
- 3 Operators and quantum theory 26
- 4 Particle in a box 46
- 5 More or less free particles 72
- 6 Vibrations 89
- 7 Rotations 105
- 8 The hydrogen atom 130
- 9 Foundations of the approximate methods 150
- 10 The orbital model 174
- 11 Atoms 198
- 12 The smallest molecules 215
- 13 Other diatomic molecules 228
- 14 Larger systems: methods 246
- 15 Larger systems: applications 292
- 16 Supporting information 324
- 17 Mathematical formulas 331
- Index 335