Resultados

  1. Vicente E.D., Ryšavý J., Rafael S., Lopes D., (2026). Laboratory and field measurement approaches for estimating real-world emission factors from residential solid fuel combustion: A critical review. Environmental Pollution, 128784. https://doi.org/https://doi.org/10.1016/j.envpol.2026.128784
  2. Vicente E.D., Jaroch M., Chmelář M., Krpec K., Hopan F., Ryšavý J. (2026). Coupled effects of ignition technique, chimney draught, and air supply on emissions from residential combustion. Applications in Energy and Combustion Science, 27, 100528. https://doi.org/10.1016/j.jaecs.2026.100528.
  1. Graça D, Ferreira J., Vicente E., Lopes D. (2026). High-resolution multi-sector emission projections using big data and climate scenarios, Research Summit,  15-17 Jul, 2026, Aveiro. Portugal
  2. Vicente E.D., Charres I., Rafael S., Paiva T., Torres D., Nunes T., Gouveia B., Cerqueira M., Graça D., Alves C., Ryšavý J., Galindo N., Lopes D. (2026). Preliminary insights into the oxidative potential of particulate matter from residential biomass burning under real-world conditions. 9th Iberian Meeting on Aerosol Science and Technology, 1-3 Jul, 2026, Valladolid, Spain.
  3. Lopes D. (2026). NOx emissions. Summer School – Ecosystems at risk: Modelling reactive nitrogen. 23 Jun, 2026, Faro, Portugal. [invited speaker]
  4. Lopes D., Graça D., Ferreira J., Vicente E.D. (2026). Energy and road transport in Portugal results and future challenges (BioBurn). FAIRMODE – 1st Webinar – Current practices and challenges concerning emissions projections for planning applications, 24 Apr, 2026, online.
  1. Santos S. (2026). Emissões de poluentes emergentes e impacto na qualidade do ar em áreas urbanas. MSc in Environmental Engineering, University of Aveiro.
  2. Zadorozhnyy V. (2026). Desenvolvimento e validação de um sistema de baixo custo para monitorização da qualidade do ar interior. BsC Computational Engineering, University of Aveiro.
  1. Vicente E., Jaroch M., Chmelář M., Krpec K., Hopan F., Ryšavý J. (2026). Coupled effects of ignition technique, chimney draught, and air supply on emissions from residential combustion. Zenodo. https://doi.org/10.5281/zenodo.20759960
  1. Vicente E.D., Lopes D., Charres I., Nunes T., Graça D., Cerqueira M., Gouveia B., Rafael S., Paiva T., Alves C. (2026). BioBurn: melhorar inventários de emissões da combustão residencial através de medições de campo. Indústria e Ambiente, Adaptações das cidades às alterações climáticas, 158, may/june.