TEMPERATURE DEPENDENCE OF THE SHAPE OF THE ROTATION-VIBRATION FUNDAMENTAL OF HCl IN SOLUTION

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1978

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Ohio State University

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Moment analyses have been made of the rotation-vibration fundamental of HCl dissolved in a number of nonpolar solvents. The second moment of the band is found to vary linearly with temperature in agreement with Gordon’s theory. The fourth moment, which is a function of the torque acting on the solute molecule due to solute-solvent interaction, exhibits a more complex temperature dependence. The results will be interpreted using a simple model.""

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Author Institution: D\'epartment de Chimie, Universit\'e Laval, Qu\'ebec; Centre des Recherches sur les Atomes et Les Mol\'ecules, Universit\'e Laval, Qu\'ebec

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http://hdl.handle.net/1811/10651

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Abstracts of OSU International Symposium on Molecular Spectroscopy 1970-1979