Transition probabilities of molecular band systems
Publisher: University of Western Ontario, Dept. of Physics
Published: 1952
Place of publication: London, Ont.]
Language: eng
Subjects: Molecular dynamics
Notes: "The research reported in this document has been made possible through the support and sponsorship extended by the Geophysics Research Division of the Air Force Cambridge Research Centre ... "

Includes bibliographical references.
Table of contents: title: 1. Transition probabilities and intensities of molecular spectra; title: 2. The computation of vibrational transition probabilities for diatomic molecules; title: 3. Calculation of intensities in the electronic spectra of morse molecules (I); title: 4. Calculation of intensities in the electronic spectra of morse molecules (II); title: 5. Collected results N₂, N₂+, NO, O₂+; title: 6. Collected results N₂, N₂+, CN, C₂, O₂, Ti O; title: 7. Two improvements in the analytic method of calculating approximate relative vibrational transition probabilities; title: 8. A method of determining the electronic transition moment for diatomic molecules; title: 9. Two further improvements to the approximate analytic method of calculating vibrational transition probabilities; title: 10. An electric-circuit model of the one-dimensional Schroedinger equation; title: 11. The calculation of overlap integrals and other matrix elements by a simultaneous equations method; title: 12. Approximate calculations of the electronic transition moment; title: 13. Collected results N₂, NO, O₂, O₂+, OH, CO, CO+; title: 14. r-centroids:; title: Average internuclear separations associated with molecular bands; title: 15. The influence of the vibration-rotation interaction on the intensities of diatomic molecular lines and bands; title: 16. Pt. 1 Transition integrals with transition moments of exponential form. Pt. 2. The recursion relation for generalized Laguerre polynomials and the remainder formulae for overlap integrals; title: 17. Tabulated Klein-Dunham potential energy functions for fifteen states of N₂, N₂+, NO, O₂, C₂ and OH; title: 18. Franck-Condon factors to high vibrational quantum numbers I: N₂ and N₂+; title: 19. Franck-Condon factors to high vibrational quantum numbers II: SiO, MgO, SrO, AIO, VO, NO; title: 20. Tabulated Klein-Dunham potential energy functions for ten states of C₂(4), O₂(2), OH(2) and SiO(2); title: 22. Franck-Condon factors to high vibrational quantum nubers III vacuum ultra-violet transitions