Synopsis
General: Introduction.- Theory of GC.- The Mobile Phase (Carrier Gas).- Columns and Stationary Phases.- Inlet Systems and Sample Introduction.- Detectors.- Programming of Temperature and Pressure.- Qualitative Analysis.- Quantitative Analysis.- Coupling Techniques.- Choice (Selection?) of Column and Operating Parameters/Conditions.- Solvent Free Injection Techniques.- Shortening of Analysis Time (Fast GC).- Column Coupling, Column Switching and Comprehensive Two-Dimensional GC.- Method Validation.- Applications: Separation of Enantiomers.- Sample Preparation Techniques for GC.- Derivatization.- Analysis of Gases and Low Boiling Samples.- Petrochemical Analysis.- Environmental Applications.- Clinical and Pharmaceutical Applications.- Analysis of Flavours and Fragrances.- GC in Food Analysis.- GC in Forensic Sciences.- GC in Biomarker and Metabolomic Research.- Process GC.- Physicochemical Measurements.- Pyrolysis GC.
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