Preface / Part I: |
Introduction and Theoretical Background |
The Schrödinger equation and models of chemistry / 1: |
Introduction and theoretical background |
Hydrogen atom orbitals / 2: |
The Schrodinger equation and models of chemistry / 3: |
Many-electron systems |
Perturbation theory for orbitals in the Hartree-Fock framework: the donor-acceptor paradigm / 1.2: |
Hydrogen-atom orbitals |
Density matrices, natural localized and delocalized orbitals and the Lewis structure picture / 5: |
Many-electron systems: Hartree-Fock and correlated treatments / 6: |
Natural resonance structures and weightings |
Pauli exchange antisymmetry and steric repulsions / 1.4: |
Summary / 8: |
Density matrices, natural localized and delocalized orbitals, and the Lewis-structure picture / Part II: |
Electrostatic and Ionic Bonding |
Introduction / 1.6: |
Atomic and ionic orbitals / 10: |
Pauli-exchange antisymmetry and steric repulsions / 11: |
Charge transfer and hybridization changes in ionic bonding |
Donor-acceptor theory of hybridization changes in ionic bonding / 1.8: |
Ionic/covalent transitions / 13: |
Notes for Chapter 1 |
Ion-dipole and dipole-dipole bonding / 14: |
Electrostatic and ionic bonding / 15: |
Beta ionic compounds of heavy alkaline earths |
Ionic bonding in D-block elements / 2.1: |
Molecular Bonding in the S/P-Block Elements / 17: |
Charge transfer and hybridization in ionic bonding / 2.3: |
Covalent and polar covalent bonding / 19: |
Donor-acceptor theory of hybridization in ionic bonding / 20: |
Conjugation and aromaticity |
Hyperconjugation / 2.5: |
Ionic-covalent transitions |
Hypervalency / 22: |
Hypovalency / 23: |
Bent ionic compounds of heavy alkaline earths / 2.7: |
Molecular Bonding in the D-Block Elements / Part IV: |
Ionic bonding in d-block elements / 25: |
Lewis-like structures for the D-block / 2.9: |
Hybridization and molecular shape / 27: |
Notes for Chapter 2 |
Molecular bonding in s/p-block elements / 28: |
Coordinative metal-ligand bonding |
Hypervalent bonding / 3.1: |
Hypovalency and agostic interactions / 31: |
Conjugative and hyperconjugative effects / 32: |
Multi-electron coordination / 3.3: |
Vertical trends in transition metal bonding / 34: |
Supramolecular Bonding / 35: |
Hypervalency: 3c/4e "[omega] bonds" |
Introductory overview of intermolecular forces / 36: |
Hypovalency: 3c/2e bridge bonds / 37: |
Hydrogen bonding |
Charge transfer complexes / 3.7: |
Transition state species / 39: |
Notes for Chapter 3 |
Coupling of intra- and intermolecular interactions / 40: |
Molecular bonding in the d-block elements / 41: |
Appendices / 4.1: |
Lewis-like structures for the d-block elements / 4.2: |
Covalent and polar-covalent bonding / 4.3: |
Beyond sigma bonding: transition-metal hyperbonding and pi back/frontbonding / 4.5: |
Hypovalency, agostic interactions, and related aspects of catalytic activation at metal centers / 4.7: |
Hyperconjugative effects / 4.8: |
Multielectron coordination / 4.9: |
Vertical trends in transition-metal bonding / 4.10: |
Localized versus delocalized descriptions of transition-metal bonding and hyperbonding / 4.11: |
Notes for Chapter 4 / 4.12: |
Supramolecular bonding |
An introductory overview of intermolecular forces / 5.1: |
Charge-transfer complexes / 5.2: |
Transition-state species / 5.4: |
Coupling of intramolecular and intermolecular interactions / 5.5: |
Notes for Chapter 5 / 5.6: |
Methods and basis sets / Appendix A: |
Chemical periodicity / Appendix B: |
Units / Appendix C: |
Chemical-species index |
Author index |
Preface / Part I: |
Introduction and Theoretical Background |
The Schrödinger equation and models of chemistry / 1: |
Introduction and theoretical background |
Hydrogen atom orbitals / 2: |
The Schrodinger equation and models of chemistry / 3: |