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Full Description
Edible Oils Analysis: Trends In Infrared Spectroscopy and Other Analytical Methods provides the fundamentals of infrared spectroscopy and the latest research on its applications in edible oils and honey analysis.
The book is organized into two distinct sections, Infrared Spectroscopy in Edible Oils and Honey Analysis. The introductory part encourages readers with basic knowledge by bringing a theoretical background. Then the book introduces the most important sampling methodology used for infrared spectroscopy, such as chemometrics methods, and machine learning in infrared spectroscopy analysis. And finally, this title provides descriptions of analytical studies of the presented applications.
Food adulteration and consequently the determination of authenticity represent subjects of high importance in food industry, generating major concerns among food manufacturers. Thus, this is an excellent resource for food scientists, analytical chemists, quality control laboratories dealing with food and drug administration, besides governmental agencies responsible for food quality and safety
Contents
Preface
Part One: Infrared Spectroscopy
Theoretical Background and State-of-the-Art Instrumentation
Edible Oil Chemical Characterization
Edible Oil Discrimination and Adulteration
Edible Oil Thermal Degradation
Chemometrics Methods/Machine Learning in Infrared Spectroscopy Analysis
Part Two: Other Analytical Methods
Raman Spectroscopy Analysis of Edible Oils
Chromatographic Analysis of Edible Oils
Electrochemical Analysis of Edible Oils
Thermal Analysis of Edible Oils
Rheological Analysis of Edible Oils
Some Concluding Remarks
Index



