In the present work infrared thermography is used to analyze the cooling effect of a hot solid surface induced by liquid droplets. In particular water droplets are released onto a BaF2 disk heated by radiation from above; the interface temperature is measured from below by means of an AVIO TVS500 infrared camera, carrying a micro-bolometric FPA sensor which operates in the long wave spectral range. The study is focused on the non-intrusive technique used to measure the transient temperature at the interface between impinging droplets and hot surface; experimental data are reported and compared with theoretical results.
Investigation of surface cooling by droplet evaporation with IR infrared thermography / L., Tarozzi; Muscio, Alberto; Tartarini, Paolo. - STAMPA. - (2007), pp. 377-382. (Intervento presentato al convegno 9th A.I.T.A. – International Workshop on Advanced Infrared Technology and Applications tenutosi a Leon (Mexico) nel 08-12/10/2007).
Investigation of surface cooling by droplet evaporation with IR infrared thermography
MUSCIO, Alberto;TARTARINI, Paolo
2007
Abstract
In the present work infrared thermography is used to analyze the cooling effect of a hot solid surface induced by liquid droplets. In particular water droplets are released onto a BaF2 disk heated by radiation from above; the interface temperature is measured from below by means of an AVIO TVS500 infrared camera, carrying a micro-bolometric FPA sensor which operates in the long wave spectral range. The study is focused on the non-intrusive technique used to measure the transient temperature at the interface between impinging droplets and hot surface; experimental data are reported and compared with theoretical results.
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