# EXPERIMENTAL DETERMINATION TO LARGE INTERNUCLEAR SEPARATION OF THE '$\Sigma^{+}$ STATE ELECTRIC DIPOLE MOMENT FUNCTION OF CO

Please use this identifier to cite or link to this item: http://hdl.handle.net/1811/11943

Files Size Format View
1983-TA-04.jpg 78.19Kb JPEG image

 Title: EXPERIMENTAL DETERMINATION TO LARGE INTERNUCLEAR SEPARATION OF THE '$\Sigma^{+}$ STATE ELECTRIC DIPOLE MOMENT FUNCTION OF CO Creators: Chackerian, C., Jr.; Farrenq, R.; Guelachvili, G.; Rossetti, C.; Urban, W. Issue Date: 1983 Publisher: Ohio State University Abstract: We have experimentally determined the EDMF of CO’s ground electronic state to about the classical turning points of the V=40th level. The $Pade’$ approximant representation of the EDMF is determined via a non-linear least-squares fit which combines numerically obtained vibrational wavefunctions and experimentally determined vibrational band intensities for which $\Delta v=1,2,3$ and 40 for both emission spectra by considering pairs of vibrational transitions from common upper vibrational states and assuming a well defined rotational temperature. These results should be useful in the interpretation of solar infrared spectra. Description: Author Institution: NASA Ames Research Center, Astrophysical Experiments Branch; Laboratoire d' Infrarouge, Universite de Paris-Sud. Campus; Institut for Angewandte Physik der, Universitat Bonn Wegel str. 8, 0-5300 URI: http://hdl.handle.net/1811/11943 Other Identifiers: 1983-TA-04