We are currently working in adapting a microphysical model previously developed for the water ice clouds formation on Mars ([14], based on that of [17]) with the aim at coupling it to a mesoscale and a general circulation model We will describe the model used and present the modifications we initiated
International audienceWe have implemented full CO 2 ice cloud microphysics into the LMD Mars Global ...
International audienceSince the first claimed detection of CO2 ice clouds by the Mariner campaign (H...
International audienceMesospheric CO2 ice clouds on Mars are simulated with a 1D microphysical model...
We are currently working in adapting a microphysical model previously developed for the water ice cl...
The first unambiguous spectroscopic observation of CO2 ice clouds on Mars came from Montmessin et al...
International audienceWe have implemented full CO 2 ice cloud microphysics into the LMD Mars Global ...
International audienceSince the first claimed detection of CO2 ice clouds by the Mariner campaign (H...
International audienceMesospheric CO2 ice clouds on Mars are simulated with a 1D microphysical model...
We are currently working in adapting a microphysical model previously developed for the water ice cl...
The first unambiguous spectroscopic observation of CO2 ice clouds on Mars came from Montmessin et al...
International audienceWe have implemented full CO 2 ice cloud microphysics into the LMD Mars Global ...
International audienceSince the first claimed detection of CO2 ice clouds by the Mariner campaign (H...
International audienceMesospheric CO2 ice clouds on Mars are simulated with a 1D microphysical model...