Modern Infrared SpectroscopyACOL (University of Greenwich) by Wiley, 1996 - 180 pagina's This introduction to one of the most powerful spectroscopic techniques available to analytical chemists explores both theoretical and practical aspects. A section on spectrum interpretation and quantitative analysis enables the reader to obtain information on a specific spectra. Later chapters examine important applications of infrared spectroscopy in fields as diverse as drug analysis, pollution monitoring and polymers. |
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MODERN INFRARED SPECTROSCOPY (SET PRICE OF 34 BOOKS) Barbara Stuart,Bill George,Peter Mclntyre Geen voorbeeld beschikbaar - 2008 |
Veelvoorkomende woorden en zinsdelen
400 Wavenumber Absorbance acetone aliphatic alkali halide analysis aromatic asymmetric stretching atoms beam Beer-Lambert Law bending vibrations benzene C-H bonds C-H stretching carbon CCl4 CH₂ change in dipole chapter cm-¹ cm-1 Fig CO₂ combination bands component compound containing concentration cont crystal deformation derivative detector diffuse reflectance dimethylbenzene dipole moment dispersive electromagnetic energy examined example film fingerprint region Fourier transformation Fourier-transform infrared FT-IR FT-IR spectrometers function fundamental H H H hydrogen bonding infrared active infrared bands infrared radiation infrared spectrometer infrared spectroscopy infrared spectrum instruments intense band interferogram interferometer internal reflectance liquid material method mid-infrared mirror mol dm-3 molar absorptivity molecular molecule mulling agent non-linear Objectives On completion out-of-plane bending overtone p-xylene peak Photoacoustic spectroscopy polymer quantitative reduced mass refractive index shown in Figure solid samples soluble solution solvent spectra stretching bands stretching frequency stretching mode stretching vibration subtraction symmetric technique Transmittance unknown substance wavelength Wavenumber Wavenumber/cm-1 Fig