High-Resolution Spectroscopic Study of Higher Lying Vibrational Fundamental and Combination Bands of Astrophysically Significant Methanol Molecule in the Range 2 - 5 Μm Region: 2ϑ8, Θ9, 2ϑ4, Θ2, Θ1, Θ9+ Θ12, Θ7+ Θ8, and Other Hot and Combination Bands

Author:

Mukhopadhyay Indranath,Horneman V.–M.

Publisher

Elsevier BV

Reference5 articles.

1. The use of term-value fits in testing spectroscopic assignments;J K G Watson;J. Mol. Spectrosc,1994

2. High-resolution synchrotron radiation Fourier transform infrared spectrum of the COH-bending mode in methanol-D1 (CH2DOH);Indranath Mukhopadhyay;Infrared Physics & Technology,2017

3. High-resolution infrared spectrum of the CD2 wagging band of methanol-D2 (CHD2OH) for the lowest lying torsional vibrational state (e0);Indranath Mukhopadhyay;Infrared Physics & Technology,2016

4. Perturbation mediated forbidden transitions in the in-plane rocking mode of O-18 substituted methanol: Very high-resolution Fourier transform spectroscopy using globar and synchrotron radiation sources in the 10-�m region;Indranath Mukhopadhyay;Infrared Physics & Technology,2023

5. Torsional Splittings in Small-Amplitude Vibrational Fundamental States of Methanol-Type Molecules;Jon T Hougen;Journal of Molecular Spectroscopy,2001

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