فهرست مطالب
Cover
Half Title
Also of interest
Chemical Bonding: From Plane Waves via Atomic Orbitals
Copyright
Dedication
Preface
Contents
List of abbreviations
1. How to read (and not to read) this book
2. Calculating molecules and solids
3. Analyzing molecules and solids
4. Seven Samurai material classes and their chemical bondings
4.1 Simple systems in harmony with the octet rule
4.2 Mixed anions, complex anions, and complex cations
4.3 Covalency versus ionicity in battery materials
4.4 Molecular crystals, hydrogen, and other secondary bonding
4.5 Zintl phases, metals, itinerant magnets, and steels
4.6 Weird stuff from high pressure
4.7 Multicenter bonding in solids
5. What can be learned!
6. Appendix: treats of general and quantum chemistry
A. The octet rule
B. Electronegativity
C. Lattice energy
D. Quantities and entities
E. The special role of the second period (i.e., the elements Li–Ne)
F. Oxidation states (or numbers), ionic charges, and formal charges
G. Chemistry of special relativity
H. Hybridization and orbital mixing
I. Superconductivity and chemistry
References
Acknowledgments
Index
Cover back
Half Title
Also of interest
Chemical Bonding: From Plane Waves via Atomic Orbitals
Copyright
Dedication
Preface
Contents
List of abbreviations
1. How to read (and not to read) this book
2. Calculating molecules and solids
3. Analyzing molecules and solids
4. Seven Samurai material classes and their chemical bondings
4.1 Simple systems in harmony with the octet rule
4.2 Mixed anions, complex anions, and complex cations
4.3 Covalency versus ionicity in battery materials
4.4 Molecular crystals, hydrogen, and other secondary bonding
4.5 Zintl phases, metals, itinerant magnets, and steels
4.6 Weird stuff from high pressure
4.7 Multicenter bonding in solids
5. What can be learned!
6. Appendix: treats of general and quantum chemistry
A. The octet rule
B. Electronegativity
C. Lattice energy
D. Quantities and entities
E. The special role of the second period (i.e., the elements Li–Ne)
F. Oxidation states (or numbers), ionic charges, and formal charges
G. Chemistry of special relativity
H. Hybridization and orbital mixing
I. Superconductivity and chemistry
References
Acknowledgments
Index
Cover back
