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Vibrational spectroscopy of Cu+(H2)4: about anharmonicity and fluxionality - Physical Chemistry Chemical Physics (RSC Publishing)
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![SOLVED: Q6 High-resolution vibrational spectroscopy for H"SCl gives transition Vo+ CIn (fundamental) 2885. 32 (first ovcrtone) 5668, 0 3 (second overtone) 8347.0 0 =4 (third overtone) 10,923, 0 5 (fourth overtone) 13,396.5 SOLVED: Q6 High-resolution vibrational spectroscopy for H"SCl gives transition Vo+ CIn (fundamental) 2885. 32 (first ovcrtone) 5668, 0 3 (second overtone) 8347.0 0 =4 (third overtone) 10,923, 0 5 (fourth overtone) 13,396.5](https://cdn.numerade.com/ask_images/848aa10a19a9467e8f926e92012c4b74.jpg)
SOLVED: Q6 High-resolution vibrational spectroscopy for H"SCl gives transition Vo+ CIn (fundamental) 2885. 32 (first ovcrtone) 5668, 0 3 (second overtone) 8347.0 0 =4 (third overtone) 10,923, 0 5 (fourth overtone) 13,396.5
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Modeling vibrational anharmonicity in infrared spectra of high frequency vibrations of polyatomic molecules: The Journal of Chemical Physics: Vol 150, No 9
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