55 | | Cloud droplets require to use particles (i.e. the NAMELIST group [[particles_par]] has to be included in the parameter file). Then each particle is a representative for a certain number of droplets. The droplet features (number of droplets, initial radius, etc.) can be steered with the respective particle parameters (see e.g. [../parpar#radius radius]). The real number of initial droplets in a grid cell is equal to the initial number of droplets (defined by the particle source parameters [../parpar#pst, [../parpar#psl psl], [../parpar#psr psr], [../parpar#pss pss], [../parpar#psn psn], [../parpar#psb psb], [../parpar#pdx pdx], [../parpar#pdy pdy] and [../parpar#pdz pdz]) times the [../parpar#initial_weighting_factor initial_weighting_factor].\\\\ |
| 55 | Cloud droplets require to use particles (i.e. the NAMELIST group [[particles_par]] has to be included in the parameter file). Then each particle is a representative for a certain number of droplets. The droplet features (number of droplets, initial radius, etc.) can be steered with the respective particle parameters (see e.g. [../parpar#radius radius]). The real number of initial droplets in a grid cell is equal to the initial number of droplets (defined by the particle source parameters [../parpar#pst pst], [../parpar#psl psl], [../parpar#psr psr], [../parpar#pss pss], [../parpar#psn psn], [../parpar#psb psb], [../parpar#pdx pdx], [../parpar#pdy pdy] and [../parpar#pdz pdz]) times the [../parpar#initial_weighting_factor initial_weighting_factor].\\\\ |