Many studies show that particle toxicity increases with decreasing their size. They emphasize the role of submicrometric particles, in particular of ultrafine particles (<100 nm), and have drawn the attention on particle surface area or number rather than mass. Given the paucity of data on size distributions of submicrometer particles, and in particular UltraFine Particles (UFPs), in downtown Rome, a study was undertaken from 2008.
Submicrometer aerosol distribution in urban area
AVINO P
;
2014-01-01
Abstract
Many studies show that particle toxicity increases with decreasing their size. They emphasize the role of submicrometric particles, in particular of ultrafine particles (<100 nm), and have drawn the attention on particle surface area or number rather than mass. Given the paucity of data on size distributions of submicrometer particles, and in particular UltraFine Particles (UFPs), in downtown Rome, a study was undertaken from 2008.File in questo prodotto:
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