This 1930 book is a fascinating attempt to obtain a fuller understanding of molecular structure from spectral evidence. The investigation in particular throws lights on the macroscopic properties of molecular gases and the theory of chemical binding.
This 1930 book is a fascinating attempt to obtain a fuller understanding of molecular structure from spectral evidence. The investigation in particular throws lights on the macroscopic properties of molecular gases and the theory of chemical binding.
Introduction Part I. The Energy Levels of Diatomic Molecules and their Classification by Means of Quantum Numbers: 1. General foundations 2. Wave mechanics of diatomic molecules 3. Electronic levels 4. Vibrational levels 5. Rotational levels 6. Stark and Zeeman effect 7. Energy levels of polyatomic molecules Part II. Fine Structure and Wave Mechanical Properties of the Energy Levels of Diatomic Molecules: 8. The perturbation function 9. Rotational distortion of spin multiplets 10. Fine structure 11. Perturbations and predissociation 12. Even and odd levels 13. Symmetrical and antisymmetrical levels Part III. Selection Rules and Intensities in Diatomic Molecules: 14. General foundations 15. Electronic bands 16. Vibrational bands 17. Rotational bands 18. Band spectra and nuclear structure 19. Transitions in the Stark and Zeeman effect Part IV. Macroscopic Properties of Molecular Gases: 20. Scattering 21. Dispersion 22. Kerr and Faraday effect 23. Dielectric constants 24. Magnetic susceptibilities 25. Specific heats Part V. Molecule Formation and Chemical Binding: 26. Heteropolar molecules 27. Homopolar molecules. Chemical forces between two H-atoms and two He-atoms 28. The general theory of homopolar compounds Bibliography Subject index.
Introduction Part I. The Energy Levels of Diatomic Molecules and their Classification by Means of Quantum Numbers: 1. General foundations 2. Wave mechanics of diatomic molecules 3. Electronic levels 4. Vibrational levels 5. Rotational levels 6. Stark and Zeeman effect 7. Energy levels of polyatomic molecules Part II. Fine Structure and Wave Mechanical Properties of the Energy Levels of Diatomic Molecules: 8. The perturbation function 9. Rotational distortion of spin multiplets 10. Fine structure 11. Perturbations and predissociation 12. Even and odd levels 13. Symmetrical and antisymmetrical levels Part III. Selection Rules and Intensities in Diatomic Molecules: 14. General foundations 15. Electronic bands 16. Vibrational bands 17. Rotational bands 18. Band spectra and nuclear structure 19. Transitions in the Stark and Zeeman effect Part IV. Macroscopic Properties of Molecular Gases: 20. Scattering 21. Dispersion 22. Kerr and Faraday effect 23. Dielectric constants 24. Magnetic susceptibilities 25. Specific heats Part V. Molecule Formation and Chemical Binding: 26. Heteropolar molecules 27. Homopolar molecules. Chemical forces between two H-atoms and two He-atoms 28. The general theory of homopolar compounds Bibliography Subject index.
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