A 1928 overview of quantum mechanics, covering the theories of Heisenberg, de Broglie, Bose, Einstein, Fermi, Dirac and Schroedinger.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
1. The origin and development of the new quantum mechanics 2. The multiplets of series spectra and the l-s-j scheme of Landé 3. The normal and anomalous Zeeman effect 4. Atomic magnetism 5. Interpretation of the g-formula 6. X-ray spectra and their multiplet theory on the new mechanics 7. The Paschen-Back effect and the Sommerfeld formula 8. The new quantum kinematics of Heisenberg 9. The theory of Dirac 10. The harmonic oscillator 11. The canonical transformation 12. The anharmonic oscillator 13. Angular momentum relations 14. The theory of the Landé numbers 15. Intensity formulae for the Zeeman effect 16. The Dirac-Pauli calculations for hydrogen 17. Schroedinger's wave equation 18. Wave mechanics 19. Schroedinger's theory of the oscillator and rotator 20. The evaluation of the Heisenberg matrices by the use of the Schroedinger calculus 21. Perturbation theory in wave mechanics 22. Schroedinger's dispersion theory 23. Light quanta 24. The theory of the anomalous Zeeman effect on the new mechanics 25. The calculation of the Zeeman intensities for the D-doublet of the alkalis 26. Heisenberg's resonance theory of the ortho and para helium spectra 27. The effect of the spin of the electrons upon the helium spectrum 28. The new statistics of gases and radiation 29. The Fermi-Dirac theory of an ideal gas 30. Dirac's theory 31. The Dirac matrix transformation theory 32. The essential indefiniteness of quantum mechanics Index.
1. The origin and development of the new quantum mechanics 2. The multiplets of series spectra and the l-s-j scheme of Landé 3. The normal and anomalous Zeeman effect 4. Atomic magnetism 5. Interpretation of the g-formula 6. X-ray spectra and their multiplet theory on the new mechanics 7. The Paschen-Back effect and the Sommerfeld formula 8. The new quantum kinematics of Heisenberg 9. The theory of Dirac 10. The harmonic oscillator 11. The canonical transformation 12. The anharmonic oscillator 13. Angular momentum relations 14. The theory of the Landé numbers 15. Intensity formulae for the Zeeman effect 16. The Dirac-Pauli calculations for hydrogen 17. Schroedinger's wave equation 18. Wave mechanics 19. Schroedinger's theory of the oscillator and rotator 20. The evaluation of the Heisenberg matrices by the use of the Schroedinger calculus 21. Perturbation theory in wave mechanics 22. Schroedinger's dispersion theory 23. Light quanta 24. The theory of the anomalous Zeeman effect on the new mechanics 25. The calculation of the Zeeman intensities for the D-doublet of the alkalis 26. Heisenberg's resonance theory of the ortho and para helium spectra 27. The effect of the spin of the electrons upon the helium spectrum 28. The new statistics of gases and radiation 29. The Fermi-Dirac theory of an ideal gas 30. Dirac's theory 31. The Dirac matrix transformation theory 32. The essential indefiniteness of quantum mechanics Index.
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