Airborne Measurements for Environmental Research. Methods and Instruments. Wiley Series in Atmospheric Physics and Remote Sensing
- Language: English
- 641 Pages
- Published: March 2013
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Abstract - The thesis presents the results of studies of aerosol particle formation using ion and electron beam analytical techniques. The sources of aerosol particle formation studied are the following: 1.production of primary aerosol particles in the high Arctic region during summers 2.emission of ultrafine aerosol particles from wear on the road-tire interface 3.emission of aerosol particles from district heating units operating on three commonly used biofuels. A source of primary and nearly hydrophobic aerosol particles within the Arctic pack ice region during summers with a composition similar to that of average crustal rock was identified. Wear on the road-tire interface was found to generate numerous ultrafine aerosol particles of varying morphology. The particle number emission factors per vehicle and kilometer driven are similar in magnitude to the tail-pipe exhaust emissions obtained by use of modern engine technology. Particle emissions from the combustion of biomass were characterized in terms of their elemental composition and particle formation mechanisms.
The author, Arash Gharibi, received his PhD degree in applied nuclear physics from Lund University,Lund,Sweden(2006).He has done research in astro-particle physics at KTH and CERN. Currently,he is working as an assistant professor at COER,Zhejiang University,Hangzhou,China.Arash Gharibi is dedicated to studying physics in various aspects.