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211.	Pagels, Joakim, et al. (author) On-Line Characterisation of Particle Emissions from Indoor Combustion Sources 2005 Conference paper (peer-reviewed)
212.	Pagels, Joakim, et al. (author) On-Line Charracterisation of Indoor Combustion Sources - Chamber Studies of Particle Volatility and Hygroscopicity 2004 In: Journal of Aerosol Science. - 0021-8502. ; 2, s. 879-880 Conference paper (peer-reviewed)
213.	Pagels, Joakim, et al. (author) Ozone Initiated SOA Formation of Combustion Aerrosols 2009 In: European Aerosol Conference 2009. ; , s. 18-108 Conference paper (peer-reviewed)
214.	Pagels, Joakim, et al. (author) Physical and Chemical Properties of Fine Particles Emitted from Candles 2007 Conference paper (peer-reviewed)
215.	Pagels, Joakim, et al. (author) Processing of Soot by Controlled Sulphuric Acid and Water Condensation - Mass and Mobility Relationship 2009 In: Aerosol Science and Technology. - : Informa UK Limited. - 1521-7388 .- 0278-6826. ; 43:7, s. 629-640 Journal article (peer-reviewed)abstract The effects of atmospheric processing on soot particle morphology were studied in the laboratory using the Differential Mobility Analyzer-Aerosol Particle Mass Analyzer (DMA-APM) and the DMA-DMA (Tandem DMA) techniques. To simulate atmospheric processing, combustion soot agglomerates were altered by sulphuric acid vapor condensation, relative humidity (RH) cycling, and evaporation of the sulphuric acid and water by heating. Primary investigated properties were particle mobility size and mass. Secondary properties, derived from these, include effective density, fractal dimension, dynamic shape factor, and the mass fraction of condensed material. A transformation of the soot particles to more compact forms occurs as sulphuric acid and water condense onto fresh soot. The particle mass increases and initially the mobility diameter decreases, indicating restructuring of the soot core, likely due to surface tension forces. For a given soot source and condensing liquid, the degree of compaction depends strongly on the mass (or volume) fraction of condensed material. For water and sulphuric acid condensing on combustion soot, a mass increase of 2-3 times is needed for a transformation to spherical particles. In the limit of spherical particles without voids, the effective density then approaches the inherent material density, the fractal dimension approaches 3 and the dynamic shape factor approaches 1. Our results indicate that under typical atmospheric conditions, soot particles will be fully transformed to spherical droplets on a time scale of several hours. It is expected that the morphology changes and addition of soluble material to soot strongly affect the optical and hygroscopic properties of soot.
216.	Pagels, Joakim, et al. (author) Processing of Soot by Controlled Sulphuric Acid and Water Condensation – Mass and Mobility Relationship and Morphology 2007 Conference paper (peer-reviewed)
217.	Pagels, Joakim, et al. (author) Residential biomass combustion aerosols - influence of combustion conditions on physical and chemical particle characteristics 2006 In: ; , s. 240-241 Conference paper (peer-reviewed)
218.	Pagels, Joakim, et al. (author) Respiratory Deposition of Fine and Ultrafine Particles in Indoor Air 2005 Conference paper (other academic/artistic)
219.	Pagels, Joakim, et al. (author) Time resolved PAH-emissions from residential wood combustion 2011 In: Proceedings of European Aerosol Conference (EAC) 2011. Conference paper (peer-reviewed)
220.	Pagels, Joakim (author) Towards Conceptual Models of the Properties of Fresh and Processed Carbonaceous Aerosol Emissions (Invited Keynote Talk) 2015 In: Proceedings of the 14th International Congress on Combustion By-Products and Their Health Effects. Conference paper (peer-reviewed)

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Result 211-220 of 321

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Type of publication: conference paper (207); journal article (94); reports (11); research review (4); other publication (3); doctoral thesis (1); show more...; book chapter (1); show less...

Type of content: peer-reviewed (251); other academic/artistic (67); pop. science, debate, etc. (3)

Author/Editor: Pagels, Joakim (321); Swietlicki, Erik (131); Bohgard, Mats (129); Rissler, Jenny (105); Gudmundsson, Anders (95); Eriksson, Axel (87); show more...; Wierzbicka, Aneta (86); Nilsson, Patrik (70); Löndahl, Jakob (64); Nordin, Erik (53); Messing, Maria (46); Isaxon, Christina (45); Svenningsson, Birgit ... (42); Boman, Christoffer (40); Sanati, Mehri (35); Malmborg, Vilhelm (30); Strand, Michael (25); Hedmer, Maria (24); Nielsen, Jörn (24); Tinnerberg, Håkan (24); Deppert, Knut (23); Ludvigsson, Linus (23); Massling, Andreas (22); Svensson, Christian (22); Assarsson, Eva (20); Dahl, Andreas (19); Roldin, Pontus (19); Blomberg, Anders (19); Gren, Louise (19); Tunér, Martin (18); Sandström, Thomas (17); Loft, Steffen (16); Wittbom, Cerina (16); Kåredal, Monica (15); Martinsson, Johan (15); Nyström, Robin (15); Hagerman, Inger (15); Berglund, Margareta (14); Jönsson, Bo A (13); Dierschke, Katrin (13); Broberg Palmgren, Ka ... (12); Andersen, Christina (12); Omelekhina, Yuliya (12); Shamun, Sam (12); Andersson, Ulla B (11); Shen, Mengqin (11); Albin, Maria (10); Cedervall, Tommy (10); Xu, YiYi (10); Eriksson, Axel C. (10); show less...

University: Lund University (315); Umeå University (15); University of Gothenburg (8); Karolinska Institutet (7); Stockholm University (6); Linnaeus University (6); show more...; RISE (4); Luleå University of Technology (3); Linköping University (3); University of Skövde (1); Chalmers University of Technology (1); Swedish University of Agricultural Sciences (1); show less...

Language: English (315); Swedish (6)

Research subject (UKÄ/SCB): Engineering and Technology (225); Natural sciences (158); Medical and Health Sciences (65); Agricultural Sciences (1); Social Sciences (1)

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