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accumulation mode aerosol science agglomeration air-fuel ratio airborne anthropogenic arises aromatic ash fraction atmospheric aerosol burn carbonaceous carbonaceous fraction catalytic chemical coagulation combusting plume combustion chamber components concentration of soot condensation cycle density depends deposition diameter diesel engine diffusion flame dilution droplets effects elements emitted etai etal example exhaust gas exhaust system ferrocene Figure filter fuel gas phase gas-to-particle conversion global Hinds hydrocarbons injection inorganic internal combustion engines Kittelson laboratory flames layer liquid mass material mechanisms metals mixing-controlled molecular molecules morphologies nanometres nature nitrates nucleation mode nuclei number concentration number of particles organic compounds organic fraction oxidised oxygen particulate emissions particulate phase physisorption pollution precursors premixed premixed flame pressure pyrolysis re-entrainment regions release saturation secondary Section Seinfeld smog smoke soot formation soot oxidation soot particles species spherical spherules sulphates sulphuric acid surface area surface growth tailpipe temperature thermophoresis transport vapour volatile
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Sebastian Mosbach, Matthew S Celnik, Abhijeet Raj, Markus Kraft, Hongzhi R Zhang, Shuichi Kubo ... - 2009 - Combustion and Flame
Sebastian Mosbach, Matthew S Celnik, Abhijeet Raj, Markus Kraft, Hongzhi R Zhang, Shuichi Kubo ...