Fig. 1

Collision efficiency as a function of $a_{\rm AB} $"

Fig. 2

Schematic of different proportions of two components ($\phi=0.5,0.4,0.3$)"

Table 1

Initial distribution (monodisperse)"

Fig. 3

Evolution of normalized $M_{00} $ for Brownian kernel in the continuum regime and free molecular regime with different$a_{\rm AB} $ ($\phi =0.5$)"

Fig. 4

Evolution of power density of excess component A for Brownian kernel in the continuum regime and free molecular regime with different $a_{\rm AB} $ as a function of the time scale $\overline {v}/\overline {v}_0 $"

Fig. 5

Evolution of S.I. for Brownian kernel in the continuum regime and free molecular regime with different $a _{\rm AB} $ as a function of the time scale $\overline {v}/\overline {v}_0 $ ($\phi=0.5$)"

Fig. 6

Evolution of S.I. for Brownian kernel in the continuum regime as a function of the time scale $\overline {v}/\overline{v}_0 $ ($a_{\rm AB}=4$, $\phi =0.5$)"

Fig. 7

Dependence of power density of excess component A, $\chi_\infty $ on $a_{\rm AB} $ for Brownian kernel in free molecular regime"

Fig. 8

Dependence of power density of excess component A, $\chi_\infty $ on $a_{\rm AB} $ for Brownian kernel in continuum regime"

Table 2

Coefficients of the fitted curves of different initial conditions"