Description
This software pack, together with the figures it produces, presents supplementary material in support of the publication: J. De Keyser, N. Edberg, P. Henri, H.-U. Auster, M. Galand, M. Rubin, H. Nilsson, J. Soucek, N. André, V. Della Corte, H. Rothkaehl, R. Funase, S. Kasahara, C. Corral Van Damme. Estimating the in situ plasma and neutral gas observation time windows during a comet flyby: Application to the Comet Interceptor mission, 2023. https://doi.org/10.1016/j.pss.2024.105878
This entry contains the MATLAB software, as well as the figures obtained with the software and used in the above-mentioned publication.
Resources
| Name | Format | Description | Link |
|---|---|---|---|
| Program files (MATLAB 2022a) | ZIP | Open resource | |
| Figures | ZIP | Open resource | |
| Figures | ZIP | Open resource | |
| Program files (MATLAB 2022a) | ZIP | Open resource |
Tags
- air-composition
- aircore
- air-quality
- atmosphere-services
- atmospheric-modelling
- atmospheric-trace-gases
- belgium
- bow-shock
- ch4-methane
- chemical-composition-and-climate
- co2-carbon-dioxide
- co-carbon-monoxide
- coccon
- comet
- comet-interceptor
- earth
- eos-aura
- europe
- fiducial-reference-measurements
- free-troposphere
- frm4ghg
- ftir
- gcm
- global-change
- greenhouse-gases
- groundbased-observations
- h2o-water-vapor
- hcho-formaldehyde
- high-resolution
- iasi
- in-situ
- marine-boundary-layer
- mars
- measurements
- mineral-dust
- model
- model-data
- multi-point-measurements
- ndacc
- nomad
- nomad-uvis
- o3-ozone
- observed-data
- omi
- planetary-aeronomy
- planetary-atmospheres
- plasma
- qa4ecv
- remote-sensing
- simulations
- space-mission-development
- stratosphere
- tccon
- tropical-atmosphere
- troposphere
- vertical-profile
- voc-volatile-organic-compounds