IIA Institutional Repository

Browsing by Subject "Franck-Condon Principle"

Browsing by Subject "Franck-Condon Principle"

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  • On AlF lines in sunspots 
    Murty, P. S (D. Reidel Publishing Company, 1977-10)
    Intensity factors for bands of the C-A transition of the AlF molecule are calculated. A reinvestigation for the lines of (0, 0) band of the C-A system in sunspot spectra is suggested, so as to resolve the questionable ...
  • On magnesium monoxide lines in sunspot spectra 
    Murty, P. S (D. Reidel Publishing Company, 1979-08)
    For use in the investigations of magnesium monoxide lines in sunspot spectra, values of Franck-Condon intensity factors for the red bands and the wavelength regions for the intense bands of the red and near-ultraviolet ...
  • On the e/sup1Σ/sup+ - d/sup1Σ/sup+ transition of TiO related to cool star spectra 
    Murty, P. S (Gordon and Breach Science, 1977)
    Based on the calculated intensity factors for the bands of the e/sup1Σ/sup + - d/sup 1 Σ/sup + transition of the TiO molecule, expected positions of unobserved bands are indicated, for use in studies of cool star spectra. ...
  • The predicted infrared spectrum of ZrO and its possible presence in S stars 
    Murty, P. S (D. Reidel Publishing Company, 1980-04)
    The unidentified absorption feature at 9730 ± 5 A observed in the spectra of pure S stars is provisionally identified with the predicted 9732 A (0, 0) band of the e `IT-c `z\ transition of ZrO molecule. Relative band ...
  • Probable wavelengths and relative intensities of MgO infrared bands 
    Murty, P. S (American Geophysical Union, 1978-09)
    The need for experimental data on some of the spectroscopic properties of MgO which may be useful during a further search for MgO in the lower E region of the ionosphere is emphasized. Predicted relative intensities of the ...
  • Relative intensities and predicted new bands of the A (E – X) and B (D – A) systems of ZrO 
    Murty, P. S (Gordon and Breach Science Publishers, 1980)
    Values of revised molecular constants for the ground state of the ZrO molecule are used to evaluate the Morse potential Franck-Condon intensity factors and r-centroids for bands of the E 1 Sigma(+) - X 1 Sigma(+) and D ...

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