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Frenkel J. Wave mechanics elementary theory // (The international series of monographs on physics). – 1932. – 278 p.
CONTENTS
I. LIGHT
1. Corpuscular and Wave Theories of Light
2. The Electromagnetic Theory of Light and the Theory of Relativity
3. Einstein's Relativity Mechanics and the Light Quantum Hypothesis
4. The Relativistic Formulation of the Wave-Corpuscle Parallelism
II. MATTER
5. Extension of the Wave-Corpuscle Parallelism to Matter
6. Interference and Diffraction of Cathode Rays
7. Group Velocity of Wave Processes and the Theory of Wave Packets
8. The Probability Concept
9. Wave Packets as Probability Packets; Uncertainty Relations
10. Heisenberg's Theory of the Uncertainty Relation and the Role of the observer
III. WAVE MECHANICS OF THE MOTION OF A PARTICLE IN A FIELD OF FORCE
11. Bohr's Quantum Theory of the Atom and Standing Cathode Waves
12. Reflection and Transmission Phenomena
13. The Wave Equation of Schrodinger and its Application to the Harmonic Oscillator
14. Wave Mechanics of a Hydrogen-like Atom; Comparison with Isotropic Oscillator and Rotator
15. The Method of the 'Potential Staircase' for the Approximate Solution of One-dimensional Wave-mechanical Problems
16. Application of the Preceding Method to some Simple Problems
17. Superposition of Different Quantized States: Wave-mechanical theory of Light Emission
18. Wave-mechanical Theory of Transition Processes
19. Vector Waves: Polarization of Light and Electron Spin
IV. WAVE MECHANICS OF A SYSTEM OF PARTICLES
20. Method of Copies: Theory of Quantized Waves
21. The Method of Configuration Space
22. The Symmetry Properties of Functions representing a System of identical Particles
23. The Pauli Exclusion Principle and its Consequences
24. Relation between Matter and Light
V. STATISTICAL MECHANICS
25. Statistical Equilibrium of a Gas at the Zero Point of the temperature
26. General Law of Statistical Equilibrium
27. Application of the General Law of Statistical Equilibrium to an Ideal Gas
28. Alternative Derivation of the Equilibrium Distribution of a Gas
29. Limiting Forms of the Quantum Distribution Laws
VI. APPLICATION OF THE QUANTUM STATISTICS TO THE ELECTRON THEORY OF METALS, HEAT MOTION, AND RADIATION
30. The Theory of an Electron Gas; Free Electrons in Metals
31. Refinement and Extension of the Electron Gas Theory
32. The Calculation of the Self-consistent Field in a Metal and on its Surface
33. Electric Properties of Contacts between Conducting Bodies
34. Electrical and Thermal Conductivity of Metals (Corpuscular Theory)
35. Wave-mechanical Theory of Collisions in an Electron Gas
36. 'Collectivistic' Treatment of the Motion of Electrons in a Metal
37. The Theory of a 'Phonon Gas' (Mechanical Heat in a Solid) and of its Interaction with the Electron Gas
38. The Theory of a Photon Gas (Thermal Radiation)