Linearly Polarized IR Spectroscopy: Theory and Applications for Structural Analysis (Hardcover)

Linear-Dichroic Infrared (IR-LD) Spectroscopy: BackgroundTheoretical PrerequisitesSymmetry Analysis of Normal Vibrations and Dipole Moments of Transition Generated TherefromElements and Operations of SymmetrySymmetry Analysis of the Dipole Moments of TransitionOrientation of the SamplesOrientation in Liquid Crystal SolutionsOrientation as Suspension in Liquid CrystalsPhotometrization and Processing of IR-LD Spectra: Differential Reducing ProcedureEffects in the Infrared Spectra of CrystalsBackground of the Orientation Method of Colloid Suspensions in a Nematic HostOrientation ProcedureValidation of the Orientation ProcedureAccuracy and RepeatabilityThe Quantitative Ratio of Liquid Crystals and Solid SamplesPreliminary Rubbing Out of the KBr PlatesPeak Function Type for the Curve-Fitting ProcedureNumber of Scans in the MeasurementsExperimental DesignMathematical Tools for the Interpretation of the IR Spectroscopic PatternsIR Spectra SubtractionThe Smoothing ProcedureAccuracy and PrecisionDeconvolutionCurve-Fitting Procedure (CFP)Baseline Correction (BLC)Reducing-Difference Procedure (RDP) for IR-LD Spectra InterpretationStructural Elucidation of Inorganic Compounds and GlassesInorganic CompoundsR Spectroscopic Elucidation of GlassesStructural Elucidation of Organic CompoundsAnalysis of Heterocyclic CompoundsSmall Biologically Active MoleculesApplication in the Pharmaceutical AnalysisAnalysis of Morphine AlkaloidsApplication in the Chemistry of DyesStilbazolium SaltsDicyanoisophorone DerivativesAppendix: List of AcronymsReferences