... | ... | @@ -125,7 +125,7 @@ This time, our goal will be to have more precise results. We will use our calcul |
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6. We add the species we ignored in our previous run (because we can !), add the clouds and use a eddy diffusion calculation based on a model from Ackerman et al., taking into account convection:
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```text
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n_species = 10 ! number of absorbing species ; an error can happen if this number doesn't match the size of species_names or species_mode
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n_species = 13 ! number of absorbing species ; an error can happen if this number doesn't match the size of species_names or species_mode
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n_cia = 3 ! number of collision induced absorptions ; an error can happen if this number doesn't match the size of cia_names
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n_clouds = 2 ! number of clouds in atmosphere ; an error can happen if this number doesn't match the size of the cloud arrays
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eddy_mode = 'AckermanConvective' ! eddy diffusion coefficient mode ('constant'|'Ackerman'|'AckermanConvective'|'infinity')
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