Infrared Spectroscopy: Fundamentals and ApplicationsProvides an introduction to those needing to use infrared spectroscopy for the first time, explaining the fundamental aspects of this technique, how to obtain a spectrum and how to analyse infrared data covering a wide range of applications.
Part of the ANTS (Analytical Techniques in the Sciences) Series. |
Contents
1 | |
FUNDAMENTALS AND APPLICATIONS 2 Experimental Methods | 15 |
FUNDAMENTALS AND APPLICATIONS 3 Spectral Analysis | 45 |
FUNDAMENTALS AND APPLICATIONS 4 Organic Molecules | 71 |
FUNDAMENTALS AND APPLICATIONS 5 Inorganic Molecules | 95 |
FUNDAMENTALS AND APPLICATIONS 6 Polymers | 113 |
FUNDAMENTALS AND APPLICATIONS 7 Biological Applications | 137 |
FUNDAMENTALS AND APPLICATIONS 8 Industrial and Environmental Applications | 167 |
FUNDAMENTALS AND APPLICATIONS Responses to SelfAssessment Questions | 187 |
FUNDAMENTALS AND APPLICATIONS Bibliography | 205 |
FUNDAMENTALS AND APPLICATIONS Glossary of Terms | 211 |
FUNDAMENTALS AND APPLICATIONS SI Units and Physical Constants | 215 |
FUNDAMENTALS AND APPLICATIONS Periodic Table | 219 |
FUNDAMENTALS AND APPLICATIONS Index | 221 |
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Common terms and phrases
absorbance absorption acid ACOL Series aliphatic amide I band analytical Applications of Infrared Aromatic assigned asymmetric stretching atoms bands appear bands due beam bending bands benzene Biological Applications C–H bending C–H stretching C–H stretching bands calibration carbonyl cell chain Chalmers chapter Characteristic infrared bands Chemistry Chichester cm−1 band cm−1 range cm−1 region complex component bands compounds concentration detector diffuse reflectance ester Fourier-transform frequency FTIR FTIR spectroscopy groups Handbook of Vibrational hydrogen bonding infrared modes infrared spectra infrared spectrometer Infrared Spectroscopy intensity J. M. and Griffiths John Wiley ligands lipids liquid m-xylene methods Modern Infrared Spectroscopy molecular molecules observed overtone P. R. Eds pathlength peak photoacoustic spectroscopy polymer produce protein quantitative analysis radiation random coil reproduced by permission sample shown in Figure shows solution solvent spectrum stretching bands Stuart symmetric Table techniques University of Greenwich Vibrational Spectroscopy wavelength Wavenumber cm−1 Wiley & Sons