Fig.1

Vertical profiles of air temperature and dew-point temperature used for model initialization"

Fig.2

Size distribution of aerosol number concentration used for model initialization"

Fig.3

Variation with time of mass concentration of liquid drops at the time of 10 (a), 20 (b), 26 (c), 28 (d), 30 (e), 34 (f), 36 (g), 40 (h), and 54 (i) mins in Scheme 2"

Fig.4

Variation with time of number concentration of liquid drops at the time of 10 (a), 20 (b), 26 (c), 28 (d), 30 (e), 34 (f), 36 (g), 40 (h), and 54 (i) mins in Scheme 2"

Table 1

Characteristics of a period of warm cloud in different growth stages"

Fig.5

Spatial distributions of mass concentration of liquid drops at the time of 18 min in Scheme 1 (a), Scheme 2(b), and Scheme 3 (c), at 28 min in Scheme 1 (d), Scheme 2 (e), and Scheme 3 (f), at 38 min in Scheme 1 (g), Scheme 2 (h), and Scheme 3 (i), at 44 min in Scheme 1 (j), Scheme 2 (k), and Scheme 3 (l)"

Fig.6

Spatial distributions of number concentration of liquid drops at the time of 18 min in Scheme 1 (a), Scheme 2 (b), and Scheme 3 (c), at 28 min in Scheme 1 (d), Scheme 2 (e), and Scheme 3 (f), at 38 min in Scheme 1 (g), Scheme 2 (h), and Scheme 3 (i), at 44 min in Scheme 1 (j), cheme 2 (k), and Scheme 3 (l)"

Fig.7

Height-time variation of vertical velocity in the central grid under different aerosol backgrounds in Scheme 1 (a), Scheme 2 (b), and Scheme 3 (c)"

Fig.8

Hight-time variation of liquid water content in Scheme 1(a), Scheme 2 (b), and Scheme 3 (c)"

Fig.9

Hight-time variation of collision threshold under different aerosol backgrounds in Scheme 1 (a), Scheme 2 (b), and Scheme 3 (c)"

Fig.10

Hight-time variation of number concentration of cloud droplets in the central grid in Scheme 1 (a), Scheme 2 (b), and Scheme 3 (c)"

Fig.11

Hight-time variation of relative dispersion degree in the central grid under different aerosol backgrounds in Scheme 1 (a), Scheme 2 (b), and Scheme 3 (c)"

Fig.12

Height-time variation of cloud droplet′s average radius in Scheme 1 (a), Scheme 2 (b), and Scheme 3 (c)"

Fig.13

Height-time variation of standard deviation of cloud droplet size spectrum in the central grid in Scheme 1 (a), Scheme 2(b), and Scheme 3 (c)"

Table 3

Microphysical characteristics of cloud during different growth stages under the different aerosol backgrounds"

Fig.14

Characteristics of cloud droplet size spectrum in Scheme 1 (a), Scheme 2 (b), and Scheme 3 (c)"