2024-2030
EVOQUE
Détection de COV à sélectivité accrue à l'aide d'un nouveau système GC-QEPAS
Responsable :
Équipes de recherche :
Axe(s) de recherche :
Capteurs et Instrumentations, Matériaux, Photonique et Ondes
Partenaires :
Munster Technological University, Risorse e Tecnologia, Mirsense, Instrument Analytical Solutions, Universita degli studi di Torino, Tematys, Illycaffe SPA, Tyndall National Institute, Politecnico di Bari
Financé par :
Enhanced Selectivity VOC Detection
Using Novel GC-QEPAS
Volatile organic compounds (VOCs) are organic chemicals that have a high vapor pressure at room temperature. Based on their origin and formation mechanisms, VOCs can be markers in many industrial processes; in food production as quality markers, technological indicators, and process contaminants; in plant phenotyping as botanical/geographical tracers and authenticity markers; and in crop storage as shelf-life indicators. VOCs also pose a range of hazards to human health and the environment.
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Voir aussi
CASIMIR
CASemate for Irradiation in Montpellier for Industry and Research
