Second Quantization Based Methods in Quantum
Chemistry.
Chapter 1 Introduction
to Second-Quantization Methods
Chapter 2 Energy and Wave Function Optimization Methods
Chapter 3 Perturbation Theory
Chapter 4 The Coupled-Cluster Method
Cbapter5 Physical Properties
Cbapter6 Green's
Functions
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Energetic Principles of Chemical Reactions
Chapter l Potential Energy Surfaces
Chapter 2 Symmetry and Potential Energy Surfaces
Chapter 3 Review of Molecular Orbital and Configuration-Mixing Ideas
Chapter4 Examples for Analyzing Ground-State Thermal Processes
Chapter 5 Introductory Remarks About Photochemical Reactions
Chapter 6 Internal
Conversion and Intersystem Crossing
Chapter 7 Examples of Photochemical Reactions
Appendix A Overview
of ab Initio Molecular Orbital Theory
Appendix B The Nature of Photon-Induced Electronic Transitions
Appendix C Review of Point-Group Symmetry Tools
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