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The Importance of Quantifying Food Volatiles: A Comprehensive Overview
Introduction The quantification of food volatiles is a critical aspect of food science that directly influences…
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Ab Initio Methods Accurate Molecular Properties Air Quality Monitoring Benchmarking Chemical Ionization Mass Spectrometry CIMS analysis using PTR-MS Collision Model Collision theory by Su and Chesnavich CrystalDiskMark Density functional theory Electrochemical Sensors Environmental and health challenges Environmental monitoring Environmental Research exchange-correlation Food and Flavour Gas Sensing Technology Gas sensors monitor soil and plant emissions Hybrid functionals Instruments calibration ion-molecule collision reactions Ionization energy Langevin theory Long-Term Health Effects of VOCs mass-to-charge ratio Mass Spectrometry Metal oxide semiconductor sensors Natural Sources Parametrized Trajectory Model presence of VOCs in the atmosphere Proton affinity Proton Transfer Reaction Mass Spectrometry Proton transfer reactions PTR-MS quadrupole mass spectrometer rate coefficient calculator Rate coefficient for ion molecule ptr-ms Rate coefficients Selected Ion Flow Tube Mass Spectrometry (SIFT-MS) SIFT-MS SIFT-MS measurements Soft Chemical Ionization volatile organic compounds Volatile organic compounds (VOC) Volatile Organic Compounds (VOCs) in the Atmosphere