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Theoretical infrared line shapes of H‐bonds within the strong anharmonic coupling theory and Fermi resonances effects
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Theoretical infrared line shapes of H‐bonds within the strong anharmonic coupling theory and Fermi resonances effects
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Bibliographic description
title:
Theoretical infrared line shapes of H‐bonds within the strong anharmonic coupling theory and Fermi resonances effects
author:
Issaoui Noureddine, Rekik Najeh, Oujia Brahim, Wójcik Marek
journal title:
International Journal of Quantum Chemistry
volume:
110
issue:
14
date of publication :
2010
pages:
2583-2602
ISSN:
0020-7608
eISSN:
1097-461X
DOI:
10.1002/qua.22395
notes:
Bibliogr. s. 2602.
language:
English
journal language:
English
keywords in English:
hydrogen bond, anharmonicity, Morse potential, Fermi resonances, infrared line shape, direct and indirect relaxation, linear response theory, autocorrelation function
affiliation:
Wydział Chemii : Zakład Chemii Fizycznej i Elektrochemii
type:
journal article
subtype:
academic paper
punktacja MNiSW [2010 A]: 32
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