Monitoring VOC for climate change and for indoor and outdoor air quality at trace level concentrations need reference standard materials at high metrological performance. To improve this performance, the description of phenomena involved in mixtures generation by rigorous models is mandatory. A model to describe diffusion cells of a primary generator was developed and validated with experimental data. A good agreement was found between the uncertainties of measurements and calculations.
Modelling of a standard gas mixtures generator with computational fluid dynamics / Sassi, G.; Lecuna, Maricarmen; Demichelis, A.; Sassi, M.. - (2015). (Intervento presentato al convegno 21st IMEKO World Congress on Measurement in Research and Industry tenutosi a Prague Congress Centre, cze nel 2015).
Modelling of a standard gas mixtures generator with computational fluid dynamics
Sassi G.;Lecuna Maricarmen;
2015
Abstract
Monitoring VOC for climate change and for indoor and outdoor air quality at trace level concentrations need reference standard materials at high metrological performance. To improve this performance, the description of phenomena involved in mixtures generation by rigorous models is mandatory. A model to describe diffusion cells of a primary generator was developed and validated with experimental data. A good agreement was found between the uncertainties of measurements and calculations.File | Dimensione | Formato | |
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https://hdl.handle.net/11583/2882327