Abstract
A comprehensive theoretical framework is presented, based on the use of moments of concentration histories, i.e. multiplying concentration readings by time of reading and then integrating with regard to time. The concept is applicable to characterize either the diffusion of the supplied air or a contaminant released within the room. Results are presented from about 50 measurements demonstrating the usefulness and practical applicability of the approach for assessing air quality in ventilated buildings. Different experimental procedures have been explored and are discussed.
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