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Microphysical processing of aerosol particles in orographic clouds

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Table 1. Table of the different aerosol modes of the aerosol module M7. The size range of each mode is given for the count median radius r k
Figure 1. Microphysical transfer processes between the differ- differ-ent aerosol modes (coll represdiffer-ents in-cloud and below-cloud colli-sion scavenging, act represents activation scavenging, frz represents freezing, melt represents melting, auto re
Figure 2. Skew-T–log-P diagram of the atmospheric soundings for the idealized 2-D simulations showing the temperature (red) and the dew point temperature (blue) with a surface relative humidity of 90 %
Table 3. Parameters of the initial aerosol size distributions (Muhlbauer and Lohmann, 2008) and mass fractional composition (Cozic et al., 2008) with N a the aerosol number density, r the mode mean radius, σ the standard deviation and M a the aerosol mass
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