Numerical models
LISA develops and/or uses digital tools to model spectra, reverse satellite observations data, to study chemical processes, quantify dust emissions, or even to perform atmospheric modeling coupling emissions, transport, chemistry and deposition.
| Modeling and simulation of Spectra | Inversion of the IASI data | Explicit generation of chemical schemes |
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| Objective : calculate the energy levels, intensities and profiles of molecular lines. | Objective : Reverse infrared spectra fromsatellite IASI to determine concentration profiles or integrated chemical species content. | Objective : describe explicitly the oxidation multiphasic of volatile organic compounds (VOCs) in the atmosphere |
| Modeling of dust emissions | Chemistry-transport models | OLYMPUS Emisson Model |
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| Objective : quantify emissions of desert aerosols by describing their spatial and temporal variability | Objective : Analyze and forecast fields of concentrations of chemical and particulate species |
Objective : Model emissions from anthropogenic sources. |





