June 18-20

AT2018 topics include the research and development fields in which aerosols are relevant, ranging from conventional areas such as emission control, filtration and powder technology, to more recent ones such as advances in aerosol dynamics modeling, functional nanomaterials, Industry4.0 systems, and novel instrumentation techniques.


Click on the arrows to expand/contract the list under each main topic.

    1. Material synthesis and structuring via aerosol/gas phase processes
    2. Particle formation, dynamics and sintering
    3. Functional nanomaterials
    4. Coating and surface modification of nanoparticles
    5. Nanostructured materials from aerosols. Films and coatings by aerosol deposition
    6. Scaling-up: from lab-scale to industrial production via aerosol processing
    7. Filtration and gas cleaning technologies
    8. Electrical Phenomena. Charging and electrical effects. Electrosprays
    9. Industrial and high temperature aerosols. Combustion aerosols
    10. Emission control
    11. Powder technology
    1. Health effects and environmental impact of engineered nanoparticles
    2. Aerosol-based medical diagnostics and drug delivery
    3. Pharmaceutical aerosols
    4. Bioaerosols
    5. Aerosols in indoor and workplace environments
    6. Aerosol detection and protection
    7. Personal exposure assessment
    1. Novel measurement principles and new instrumentation
    2. Characterization techniques
    3. Comparison of different measurement methods
    4. Instrumentation for chemical characterization of aerosols
    5. Sampling and sampling artefacts
    1. Nucleation and growth
    2. Coagulation, agglomeration and fragmentation
    3. Aerosol dynamics
    4. Aerosol chemistry
    5. Optical properties