Table of Contents
Dataset Papers in Chemistry
Volume 2013 (2013), Article ID 329406, 6 pages
http://dx.doi.org/10.7167/2013/329406
Dataset Paper

Infrared Absorption Spectra of Monohydric Alcohols

1Physics Department, Taras Shevchenko National University of Kyiv, 4 Glushkova Avenue, Kyiv 01601, Ukraine
2Physics Department, Vilnius University, 9-3 Sauletekio Avenue, 01513 Vilnius, Lithuania

Received 20 April 2012; Accepted 17 May 2012

Academic Editors: C. Bock, P. Fuentealba, M. Koyama, and R. Spezia

This dataset has been dedicated to the public domain using the CC0 waiver.

Dataset http://dx.doi.org/10.7167/2013/329406/dataset

Dataset

Dataset Item 1 (Spectrum). FTIR spectrum of liquid methanol CH3OH (Figure 1). FTIR spectrum is the dependence of the infrared absorbance (measured in arbitrary units (a.u.)) on the wavenumber (measured in the reversed centimeters (cm−1)).

Dataset Item 2 (Spectrum). FTIR spectrum of liquid ethanol C2H5OH (Figure 2). FTIR spectrum is the dependence of the infrared absorbance (measured in arbitrary units (a.u.)) on the wavenumber (measured in the reversed centimeters (cm−1)).

Dataset Item 3 (Spectrum). FTIR spectrum of liquid propanol C3H7OH (Figure 3). FTIR spectrum is the dependence of the infrared absorbance (measured in arbitrary units (a.u.)) on the wavenumber (measured in the reversed centimeters (cm−1)).

Dataset Item 4 (Spectrum). FTIR spectrum of liquid butanol C4H9OH (Figure 4). FTIR spectrum is the dependence of the infrared absorbance (measured in arbitrary units (a.u.)) on the wavenumber (measured in the reversed centimeters (cm−1)).

Dataset Item 5 (Spectrum). FTIR spectrum of liquid pentanol C5H11OH (Figure 5). FTIR spectrum is the dependence of the infrared absorbance (measured in arbitrary units (a.u.)) on the wavenumber (measured in the reversed centimeters (cm−1)).

Dataset Item 6 (Spectrum). FTIR spectrum of liquid hexanol C6H13OH (Figure 6). FTIR spectrum is the dependence of the infrared absorbance (measured in arbitrary units (a.u.)) on the wavenumber (measured in the reversed centimeters (cm−1)).

Dataset Item 7 (Spectrum). FTIR spectrum of liquid heptanol C7H15OH (Figure 7). FTIR spectrum is the dependence of the infrared absorbance (measured in arbitrary units (a.u.)) on the wavenumber (measured in the reversed centimeters (cm−1)).

Dataset Item 8 (Spectrum). FTIR spectrum of liquid octanol C8H17OH (Figure 8). FTIR spectrum is the dependence of the infrared absorbance (measured in arbitrary units (a.u.)) on the wavenumber (measured in the reversed centimeters (cm−1)).

Dataset Item 9 (Spectrum). FTIR spectrum of liquid nonanol C9H519H (Figure 9). FTIR spectrum is the dependence of the infrared absorbance (measured in arbitrary units (a.u.)) on the wavenumber (measured in the reversed centimeters (cm−1)).

Dataset Item 10 (Spectrum). FTIR spectrum of liquid decanol C10H21OH (Figure 10). FTIR spectrum is the dependence of the infrared absorbance (measured in arbitrary units (a.u.)) on the wavenumber (measured in the reversed centimeters (cm−1)).

Dataset Item 11 (Spectrum). FTIR spectrum of gaseous methanol CH3OH (Figure 11). FTIR spectrum is the dependence of the infrared absorbance (measured in arbitrary units (a.u.)) on the wavenumber (measured in the reversed centimeters (cm−1)).

Dataset Item 12 (Spectrum). FTIR spectrum of gaseous ethanol C2H5OH (Figure 12). FTIR spectrum is the dependence of the infrared absorbance (measured in arbitrary units (a.u.)) on the wavenumber (measured in the reversed centimeters (cm−1)).

Dataset Item 13 (Spectrum). FTIR spectrum of gaseous propanol C3H7OH (Figure 13). FTIR spectrum is the dependence of the infrared absorbance (measured in arbitrary units (a.u.)) on the wavenumber (measured in the reversed centimeters (cm−1)).

Dataset Item 14 (Spectrum). FTIR spectrum of gaseous butanol C4H9OH (Figure 14). FTIR spectrum is the dependence of the infrared absorbance (measured in arbitrary units (a.u.)) on the wavenumber (measured in the reversed centimeters (cm−1)).

Dataset Item 15 (Spectrum). FTIR spectrum of gaseous pentanol C5H11OH (Figure 15). FTIR spectrum is the dependence of the infrared absorbance (measured in arbitrary units (a.u.)) on the wavenumber (measured in the reversed centimeters (cm−1)).

Dataset Item 16 (Spectrum). FTIR spectrum of gaseous hexanol C6H13OH (Figure 16). FTIR spectrum is the dependence of the infrared absorbance (measured in arbitrary units (a.u.)) on the wavenumber (measured in the reversed centimeters (cm−1)).