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Ultrafine Particle Concentrations in Schoolrooms and Homes. Final Report
Field monitoring of ultrafine particles and copollutants was undertaken at seven houses and six classrooms in the East Bay region near San Francisco, California. At each site, time-resolved measurements were made indoors and outdoors of particle number (PN) concentration in addition to nitric oxide, ozone, carbon dioxide and carbon monoxide. Data were also acquired through the use of questionnaires (houses), observation (classrooms), and temperature and proximity sensors. The information from each site were analyzed to characterize (1) indoor and outdoor PN concentrations; (2) key factors that influence indoor PN concentrations; and (3) the exposure of building occupants to indoor PN and its determinants.
Ultrafine Particle Concentrations in Schoolrooms and Homes. Final Report
Field monitoring of ultrafine particles and copollutants was undertaken at seven houses and six classrooms in the East Bay region near San Francisco, California. At each site, time-resolved measurements were made indoors and outdoors of particle number (PN) concentration in addition to nitric oxide, ozone, carbon dioxide and carbon monoxide. Data were also acquired through the use of questionnaires (houses), observation (classrooms), and temperature and proximity sensors. The information from each site were analyzed to characterize (1) indoor and outdoor PN concentrations; (2) key factors that influence indoor PN concentrations; and (3) the exposure of building occupants to indoor PN and its determinants.
Ultrafine Particle Concentrations in Schoolrooms and Homes. Final Report
W. W. Nazaroff (author) / S. Bhangar (author) / N. A. Mullen (author) / S. V. Hering (author) / N. M. Kreisberg (author)
2010
143 pages
Report
No indication
English
Air Pollution & Control , Environmental Health & Safety , Architectural Design & Environmental Engineering , Particulates , Indoor air pollution , Buildings , Air pollution monitoring , Pollutants , Particle size distribution , Nitric oxide , Ozone , Carbon dioxide , Carbon monoxide , Air pollution detection , Environmental exposure , Air pollution effects(Humans) , Health effects , Inhalation , Classrooms , Residential buildings , California , San Francisco(California)
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