Chapter 4 Example applications of the Clinton equations

Chapters in this book

1. Frontmatter I
2. Acknowledgements VII
3. Preface IX
4. Foreword XI
5. Contents XIII
6. About the authors XVII
7. Introduction 1
8. Chapter 1 Some basic concepts of crystallography 9
9. Chapter 2 Some basic concepts of quantum chemistry 25
10. Chapter 3 Quantum crystallography: an introduction 55
11. Chapter 4 Example applications of the Clinton equations 65
12. Chapter 5 The kernel energy method: a computational approach to large systems 77
13. Chapter 6 The kernel energy method: accurate and fast calculations on large systems by example 93
14. Chapter 7 The quantum theory of atoms in molecules 111
15. Chapter 8 The quantum theory of atoms in molecules and quantum crystallography: a symbiosis 151
16. Chapter 9 The calculation of the energy 167
17. Epilogue 175
18. Appendix 1 Historical note: N-representability 177
19. Appendix 2 Comments regarding new discussions of quantum crystallography 181
20. Appendix 3 Publications on quantum crystallography by the authors 185
21. Index 191