Secondary Aerosol Formation from Combustion Aerosols. Joakim Pagels. Div. Aerosol Technology (EAT). Objectives. ?. Improved understanding of the contribution from combustion sources to secondary aerosol formation, importance for both health and climate
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Secondary Aerosol Formation
from Combustion Aerosols
Div. Aerosol Technology (EAT)
Secondary Aerosol Formation from Anthropogenic Combustion Sources.
Partners: Erik Swietlicki, Copenhagen University (Merete Bilde), Umeå University (Christoffer Boman), Insbruck University (Armin Wisthaler)
Funding Period (2008-2010, 2.8 MSEK)
Single Particle Chemical Composition and Mixing Characteristics of Fine and Ultrafine Particles in Indoor and Outdoor Air
Partners: Erik Swietlicki
Funding Period (2007-2010 2+2 year Research Assistantship, 1.4 +1.4 MSEK)
Aerosol Mass Spectrometry for Characterisation of Particles in Flue gases from Wood and Crop Fuels - A tool for Minimising Emissions.
Partners: Erik Swietlicki, Umeå University (Christoffer Boman)
Funding Period (2008-2009, 0.5 MSEK)
Equipment for Research on Aerosols and their Effects on Climate and Human Health – Funding to buy a HR-TOF-Aerosol Mass Spectrometer
PI: Erik Swietlicki, Partners: CAST
Funding Period (2007, 4.5 MSEK)
Efficient Hot Airstarved Low Temp.
Robinson et al. 2007 Science
H2SO4 coated Soot:
Pagels et al. 2008, Khalizov et al. 2008 to be submitted to AS&T
H2SO4 coated Soot:
Aerosol Particle Mass analyzer (APM) (Ehara et al., 1997)
Mass classified aerosol exit
Any Wood, Biomass, Paper, Wood Products, Cellulose containing Products: