# Books/Physics of Atoms and Molecules

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[[Category:Books|Physics of Atoms and Molecules]] | [[Category:Books|Physics of Atoms and Molecules]] |

## Revision as of 18:56, 25 January 2020

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## Physics of Atoms and Molecules

- Statistical Mechanics
- Course:Physics of Atoms and Molecules/Statistical Mechanics/Introduction
- Course:Physics of Atoms and Molecules/Statistical Mechanics/Canonical ensemble
- Course:Physics of Atoms and Molecules/Statistical Mechanics/Microcanonical ensemble
- Course:Physics of Atoms and Molecules/Statistical Mechanics/Gran-canonical ensemble
- Course:Physics of Atoms and Molecules/Statistical Mechanics/Isobaric ensemble
- Course:Physics of Atoms and Molecules/Statistical Mechanics/Quantum gases
- Systems of identical particles
- Course:Physics of Atoms and Molecules/Systems of identical particles/Many particles systems
- Course:Physics of Atoms and Molecules/Systems of identical particles/Identical particles
- Course:Physics of Atoms and Molecules/Systems of identical particles/Permutation operators
- Course:Physics of Atoms and Molecules/Systems of identical particles/Physical kets
- Course:Physics of Atoms and Molecules/Systems of identical particles/Pauli's exclusion principle
- Course:Physics of Atoms and Molecules/Systems of identical particles/Hamiltonian for identical particles
- Course:Physics of Atoms and Molecules/Systems of identical particles/Physical predictions involving identical particles
- Multi-electron atoms
- Course:Physics of Atoms and Molecules/Multi-electron atoms/Multi-electron atoms and term symbols
- Course:Physics of Atoms and Molecules/Multi-electron atoms/Helium atom
- Course:Physics of Atoms and Molecules/Multi-electron atoms/Helium atom: excited states
- Course:Physics of Atoms and Molecules/Multi-electron atoms/Hartree-Fock method
- Course:Physics of Atoms and Molecules/Multi-electron atoms/Non-spherical corrections and LS scheme
- Course:Physics of Atoms and Molecules/Multi-electron atoms/Spin-orbit coupling and jj scheme
- Molecules
- Course:Physics of Atoms and Molecules/Molecules/Born-Oppenheimer approximation
- Course:Physics of Atoms and Molecules/Molecules/The Heitler-London model
- Course:Physics of Atoms and Molecules/Molecules/The MO-LCAO model
- Course:Physics of Atoms and Molecules/Molecules/Hückel method
- Course:Physics of Atoms and Molecules/Molecules/Homopolar molecules
- Exercises
- Course:Physics of Atoms and Molecules/Exercises/Notation
- Course:Physics of Atoms and Molecules/Exercises/Atomic terms
- Course:Physics of Atoms and Molecules/Exercises/Molecular terms
- Appendix
- Course:Physics of Atoms and Molecules/Appendix/Some useful constants
- Course:Physics of Atoms and Molecules/Appendix/Fermi energies, temperatures and velocities
- Course:Physics of Atoms and Molecules/Appendix/Magnetic susceptibility and Curie's law
- Course:Physics of Atoms and Molecules/Appendix/Magnetism and Lande factor