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The book is intended to provide the basis of atomic physics: classical and quantum.Part 1: Introduction of Atomic Physics: Chapter 1: The History of The Atom; Chapter 2: Atomic Models; Chapter 3: Electrolytes for Metal Deposition. Part 2: The Quantum Theory of Electromagnetic Radiation: Chapter 4: The Theory of Photon; Chapter 5: The Photoelectric Effect; Chapter 6: Compton Effect and Pair Production and Annihilation; Chapter 7: Electromagnetic Radiation: Radiation Pressure and Spectroscopy; Chapter 8: X-ray Crystallography; Chapter 9: Absorption and Reconstruction of Photons. Part 3: Matter Waves: Chapter 10: De Broglie Waves; Chapter 11: Schrödinger Wave Equation; Chapter 12: Bohr's Theory of the Hydrogen Atom. Part 4: Atomic Systems: Chapter 13: Molecular Bonding; Chapter 14: Vibrational and Rotational Excitation of Diatomic Molecules. Two-Dimensional Model; Chapter 15: The Kinetic Theorem. Part 5: Distribution Functions and Classical and Quantum Statistics: Chapter 16: Distribution Functions; Chapter 17: Classical Statistics: The Maxwell-Boltzmann Distribution; Chapter 18: Quantum Statistical Mechanics; Chapter 19: Selected Applications of Quantum Physics.
