CALCULATION OF ENERGY LEVELS AND IR INTENSITIES OF $CO_{2}$ FOR HIGH TEMPERATURE APPLICATIONS
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Date
2001
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Ohio State University
Abstract
In order to be able to predict radiative transfer in hot gases issued from combustion, a spectroscopic database including the hot band contributions is generated for $C^{12} \ast O^{16} \ast_{2}$. The nuclear potential energy surface and the dipole moment surface are taken as expansions in normal coordinates and are determined by fitting selected experimental data. The energy levels are obtained using the Lanczos method with basis functions expressed as products of harmonic oscillator functions and a rotational function. The wave functions are also calculated iteratively using inverse iteration. These methods allow us to calculate energy levels and wave functions up to $J=200$ and a total energy varying from $13000 cm^{-1}$ to $18000 cm^{-1}$ according to J values.
Description
Author Institution: Guelph-Waterloo Centre for Graduate Work in Chemistry and Biochemistry, Grande Voie des Vignes; Laboratoire EM2C du CNRS et ECP, Grande Voie des Vignes