# RESONANCE FUNCTIONS FOR LINE-WIDTH AND SHIFT CALCULATIONS

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 Title: RESONANCE FUNCTIONS FOR LINE-WIDTH AND SHIFT CALCULATIONS Creators: Lynch, R.; Gamache, Robert R.; Neshyba, S. P. Issue Date: 1993 Publisher: Ohio State University Abstract: The resonance functions for line-width and shift calculations, in either the straight line or the parabolic $approximation^{1}$, can be resolved into linear combinations of base functions of the form $1(m,n)=\int^{-}_{-}\frac{e^{ikz}}{(1+z^{2})^{m}_{2}}\int^{2}_{-}\frac{e^{ikz}}{(1+z^{2})^{n}_{2}}dz^{\prime}$ Methods for calculating the base functions and the complete resonance functions, both analytic 1 and numerical, are being developed. Description: 1. D. Robert and J. Bonamy. ""Short range force effects in semiclassical molecular line broadening calculations"", J. Phys. (Paris) 40,923 (1979) Author Institution: Center for Atmospheric Research, University of Massachusetts URI: http://hdl.handle.net/1811/18435 Other Identifiers: 1993-FD-5