Changes between Version 278 and Version 279 of doc/app/initialization_parameters


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Timestamp:
Apr 7, 2016 12:59:09 PM (9 years ago)
Author:
hoffmann
Comment:

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  • doc/app/initialization_parameters

    v278 v279  
    6767'' 'kessler' ''\\\\
    6868      One-moment cloud microphysics according to Kessler (1969). It is also based on the saturation adjustment scheme to diagnose cloud water. However, it allows precipitation if the liquid cloud water exceeds a threshold value. This water is instantaneously removed from the model domain. Additionally,  liquid cloud water is allowed to sediment if [#cloud_water_sedimentation cloud_water_sedimentation] is set to true.
    69  \\\\
     69'' 'seifert_beheng' '' \\\\
    7070      Two-moment cloud microphysics according to Seifert and Beheng (2006). It is also based on the saturation adjustment scheme to diagnose cloud water. The cloud drop number concentration is set via [#nc_const nc_const]. Rain water and hence precipitation is treated with two additional prognostic equations for rain water content and rain drop concentration, including autoconversion, accretion, selfcollection, breakup, evaporation, and sedimentation. Ventilation effect on evaporation is steered by [#ventilation_effect ventilation_effect] and set to true per default. Sedimentation can be controlled via [#c_sedimentation c_sedimentation], [#limiter_sedimentation limiter_sedimentation]. Turbulence effects on accretion and autoconversion are steered via [#collision_turbulence collision_turbulence].
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