This book discusses major developments of quantum mechanics from classical to computational chemistry. It is student and user friendly and includes exhaustive derivations, mathematical proofs, and theorems.
This book discusses major developments of quantum mechanics from classical to computational chemistry. It is student and user friendly and includes exhaustive derivations, mathematical proofs, and theorems.
Amita Dua, Assistant Professor, Department of Chemistry, Dyal Singh College, University of Delhi, Delhi, India Chayannika Singh, Assistant Professor, Department of Chemistry, Deen Dayal Upadhyaya College, University of Delhi, Delhi, India
Inhaltsangabe
1. Classical Mechanics 2. Towards Quantum Mechanics 3. Introduction to Quantum Mechanics 4. Particle in a Box: Quantisation of Translational Energy 5. Rigid Rotator: Quantisation of Rotational Energy 6. Linear Harmonic Oscillator: Quantisation of Vibrational Energy 7. "Hydrogen Atom": Quantisation of Electronic Energy 8. Multielectron System and Approximate Methods 9. Chemical Bonding 10. Hückel Molecular Orbital Theory 11. Basics of Computational Chemistry Appendices Index
1. Classical Mechanics 2. Towards Quantum Mechanics 3. Introduction to Quantum Mechanics 4. Particle in a Box: Quantisation of Translational Energy 5. Rigid Rotator: Quantisation of Rotational Energy 6. Linear Harmonic Oscillator: Quantisation of Vibrational Energy 7. "Hydrogen Atom": Quantisation of Electronic Energy 8. Multielectron System and Approximate Methods 9. Chemical Bonding 10. Hückel Molecular Orbital Theory 11. Basics of Computational Chemistry Appendices Index
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