2017 Cambridge Particle Meeting
The meeting was held on Friday, 23rd June.
Schedule of Presentations
PDF downloads of the schedule of talks and abstracts are available here:
Presentation Downloads
Where permission has been received from authors/their institutions, PDF copies of presentations may be downloaded:
- David Kittelson, University of Minnesota Particle number measurements: Correcting for losses at 10 nm or smaller
- Justin Koczak, University of Michigan Morphology and Nanostructure of Size-Selected Ultrafine Particles Emitted by a Gasoline Direct Injection Engine
- Felix Leach, University of Oxford Particulate Emissions from a Highly Boosted GDI engine
- Jacob Swanson, Minnesota State University On-road particle and gaseous emissions from a PFI and GDI hybrid electric vehicle
- Suzanne E. Paulson, University of California, Los Angeles The Design of the Built Environment, the Roadway Pollutant Concentrations and Pedestrian Exposure in Complex Urban Areas
- Marc Stettler, Imperial College London Aircraft Black Carbon Particle Number Emissions – New Predictive Method & Uncertainty Analysis
- Arvind Thiruvengadam, West Virginia University Investigation of DPF failure modes- Effect on particle number, size distribution, and failure identification strategies
- Tyler Johnson, University of Cambridge Theory and Experimental Validation of the Steady-State AAC Data Inversion
- Mario Schriefl, Graz University of Technology Investigation of a Piezoelectric Plasma Generator as a Charging Source for Aerosols
- Marin Vojkovic, Université de Lille Surface chemical analysis of soot aerosol by Two-step Laser Mass Spectrometry: Improvements of sensitivity and selectivity
- Nickolas Eaves, University of Cambridge Experimental and computational study of the evolution of soot particle morphology in a diluted laminar co-flow ethylene diffusion flame
- Hamisu Dandajeh, University College London Effect of molecular structure of C1 – C7 hydrocarbons on PAH formation
- Martin Irwin, Cambustion Ltd. Obtaining the mixing state of black carbon using the CPMA-SP2 method; from concept to the field
- David Green, King's College London High time resolution measurements of PM2.5 and PM10 using X-ray fluorescence
- Yuchieh Ting, University of Manchester The Processes and Emissions of Residential Solid Fuel Combustion from Cooking Stoves
- Hu Li, University of Leeds Particle size distribution as a function of time during pine wood combustion on a cone calorimeter