Description
The page provides information related to the chemical mechanism (organic compounds) and deposition scheme of the MAGRITTE v1.1 model. More specifically:
1. the chemical mechanism in KPP format,
2. absorption cross sections for the photolysis of specific classes of organic compounds,
3. fortran code for the calculation of resistances to the deposition of chemical compounds,
4. dry deposition velocity measurements used for evaluation of the model
Resources
| Name | Format | Description | Link |
|---|---|---|---|
| Photolysis rates for use in box modelling | TXT | Open resource | |
| Reaction mechanism (SPC file) | TXT | Open resource | |
| Reaction mechanism (EQN file) | TXT | Open resource | |
| Reaction mechanism (SPC file) | TXT | Open resource | |
| Reaction mechanism (EQN file) | TXT | Open resource | |
| Photolysis rates for use in box modelling | TXT | Open resource | |
| Absorption cross sections of hydroperoxycarbonyls | Unknown | Open resource | |
| Absorption cross sections of hydroperoxycarbonyls | Unknown | Open resource | |
| Project data page | HTML | Open resource | |
| Project data page | HTML | Open resource |
Tags
- air-quality
- atmosphere-services
- chemical-composition-and-climate
- chemical-mechanism
- chemistry
- chemistry-transport-model
- cluster
- co2-carbon-dioxide
- density
- deposition
- limb-observations
- mars
- model-data
- observed-data
- planetary-aeronomy
- planetary-atmospheres
- planetology
- plasmasphere
- plume
- rbsp
- remote-sensing
- roadmap
- stratospheric-transport
- temperature
- thermal-structure
- upper-atmosphere
- voc-volatile-organic-compounds