Ray Marsili

• Part 1 Isolation and concentration of food aroma compounds: solvent extraction and distillation techniques for the analysis of odour active compounds in foods; gas chromatographic headspace and purge-and-trap techniques for the analysis of aroma chemicals in foods and beverages; direct thermal desorption-gas chromatography of low-moisture foods; solid phase microextraction - a new rapid, sensitive extraction technique for food aroma chemicals. Part 2 Instrumental considerations and techniques for improving sensitivity, resolution, discrimination and identification of odour active chemicals in foods: multidimensional gas chromatography techniques for achieving superior peak resolution; enantiomers - why they are important to aroma and flavour research and how to measure them; gas chromatography/mass spectrometry detectors for food aroma studies. Part 3 Resolving food-aroma problems through the combination of instrumental and sensory techniques: off-flavours and malodours in foods and beverages; techniques for determining most significant contributors to food aroma - advantages and limitations of CHARM and aroma extraction dilution analysis; correlating analytical data with sensory techniques. Part 4 New non-chromatography-based technology for monitoring aroma compounds in foods and beverages: the electronic nose - polymer sensor array-based instruments that emulate the human nose.

". . .provides the reader with extensive information. . .. . . .includes a wealth of information. . .. . . .of use to anyone involved in flavor analysis whether it is in academia or industry. "---Trans IChemE

Ray Marsili

• Part 1 Isolation and concentration of food aroma compounds: solvent extraction and distillation techniques for the analysis of odour active compounds in foods; gas chromatographic headspace and purge-and-trap techniques for the analysis of aroma chemicals in foods and beverages; direct thermal desorption-gas chromatography of low-moisture foods; solid phase microextraction - a new rapid, sensitive extraction technique for food aroma chemicals. Part 2 Instrumental considerations and techniques for improving sensitivity, resolution, discrimination and identification of odour active chemicals in foods: multidimensional gas chromatography techniques for achieving superior peak resolution; enantiomers - why they are important to aroma and flavour research and how to measure them; gas chromatography/mass spectrometry detectors for food aroma studies. Part 3 Resolving food-aroma problems through the combination of instrumental and sensory techniques: off-flavours and malodours in foods and beverages; techniques for determining most significant contributors to food aroma - advantages and limitations of CHARM and aroma extraction dilution analysis; correlating analytical data with sensory techniques. Part 4 New non-chromatography-based technology for monitoring aroma compounds in foods and beverages: the electronic nose - polymer sensor array-based instruments that emulate the human nose.

". . .provides the reader with extensive information. . .. . . .includes a wealth of information. . .. . . .of use to anyone involved in flavor analysis whether it is in academia or industry. "---Trans IChemE

Ray Marsili

• Part 1 Isolation and concentration of food aroma compounds: solvent extraction and distillation techniques for the analysis of odour active compounds in foods; gas chromatographic headspace and purge-and-trap techniques for the analysis of aroma chemicals in foods and beverages; direct thermal desorption-gas chromatography of low-moisture foods; solid phase microextraction - a new rapid, sensitive extraction technique for food aroma chemicals. Part 2 Instrumental considerations and techniques for improving sensitivity, resolution, discrimination and identification of odour active chemicals in foods: multidimensional gas chromatography techniques for achieving superior peak resolution; enantiomers - why they are important to aroma and flavour research and how to measure them; gas chromatography/mass spectrometry detectors for food aroma studies. Part 3 Resolving food-aroma problems through the combination of instrumental and sensory techniques: off-flavours and malodours in foods and beverages; techniques for determining most significant contributors to food aroma - advantages and limitations of CHARM and aroma extraction dilution analysis; correlating analytical data with sensory techniques. Part 4 New non-chromatography-based technology for monitoring aroma compounds in foods and beverages: the electronic nose - polymer sensor array-based instruments that emulate the human nose.

". . .provides the reader with extensive information. . .. . . .includes a wealth of information. . .. . . .of use to anyone involved in flavor analysis whether it is in academia or industry. "---Trans IChemE