Our models
- Polyphemus (complete simulation system for air quality modeling, based on AtmoData and Polair3D);
- Mercure_Saturne (CFD Flow Modeling Software);
- L95-GRS : simplified 1D model of meteorology coupled with transport and photochemistry of ozone.
- SCRAM (Size-Composition Resolved Aerosol Model) a model to simulate externally-mixed aerosol particles.
- SOAP (Secondary Organic Aerosol Processor) a 0D model to simulate gas-particle partitioning and Secondary Organic Aerosol formation.
- OTPS (Optimal Transport Problem Solver) A code to solve the problem of the optimal transport.
- SPACK (preprocessor for atmospheric chemical kinetics);
- SIREAM (Size resolved aerosol model);
- MAM (Modal aerosol model).
- SULINT (Surface Layer Interpolation) : This software permits to reconstruct the vertcal profiles of wind, temperature and humidity from measurements at two levels in the atmospheric surface layer. An analytical method and an iterative method are available. ( Download )
- Pollemission: This software computes traffic emissions of atmospheric pollutants.
- MUNICH (The Model of Urban Network of Intersecting Canyons and Highways) MUNICH is used to simulate subgrid concentrations in the urban canopy represented by the street network.