WHOLE BAND ANALYSIS OF ABSORPTION BANDS OF CARBON DIOXIDE IN THE SPECTRAL RECION $3.6 TO 4.0 \mu m$.
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Date
1982
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Ohio State University
Abstract
The technique of whole band $analysis^{1}$ has been used to obtain, simultaneously, line parameter estimates from three band $systems^{2}$ between $3.6 and 4.0 \mu m$. These systems include two Fermi resonant triads of the transition (2000-0000) of the isotopes ${^{16}o}{^{12}c}{^{10}O}$ and ${^{16}o}{^{12}c}{^{17}o}$. Parameter estimates, including rotational band constants, collision half-widths and band strengths are presented. In addition, modification of the spectra and their affect on the parameter estimates, produced by instrumental effects, are discussed.
Description
This work was supported by National Aeronautics and Space Administration grant No. NSC-7479. $^{1}$C. L. Lin, J.H. Shaw, and J.G. Calvert, JQSRT, 23, 387 (1980). $^{2}$M.L. Hoke, J.H. Shaw, Applied Optics,, in press.