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Solvation and lon association in the system AgNO3−CH3CN: A Raman and infrared spectral study

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Abstract

Detailed studies of the Raman and infrared line parameters of AgNO3−CH3CN systems ranging from dilute solutions to 9M are reported. A concentration quotient of 1.1M −1 was obtained for the formation of the Ag+NO 3 ion pair when C<4M. The complex appears to have point group CsV) with Ag+ in a “roll-on” position. The Ag+ ion is solvated by four molecules of CH3CN; nitrate ion replaces three of these when bound to Ag+. When C>4M, multiple ion aggregates form in the solution. A low-frequency 110 cm−1 line is ascribed to librational motions of NO 3 , probably bound to Ag+.

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Godfrey Chang, Tc., Irish, D.E. Solvation and lon association in the system AgNO3−CH3CN: A Raman and infrared spectral study. J Solution Chem 3, 161–174 (1974). https://doi.org/10.1007/BF00645631

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  • DOI: https://doi.org/10.1007/BF00645631

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