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Table 2:

List of the model runs.
id Density Type Grain size Figure Ref.
  n [cm-3]   a0 [ $\ensuremath{\mu{\rm m}} $]  
(1) (2) (3) (4) (5)
1 103 ice 0.1  
2 104 silicates 0.1 Fig. 10
3 104 ice 0.1 Fig. 10
4 105 silicates 0.1 Fig. 10
5 105 silicates 1  
6a 105 ice 0.1 Figs. 6, 8, 7
7 105 ice 1 Fig. 11
8 105 ice 0.03 Fig. 11
9 105 ice, compactb 0.1 Fig. 9
10 105 ice, head-onc 0.1 Figs. 8, 9
11 106 silicates 0.1 Fig. 10
12 106 ice 0.1 Fig. 10
13 107 ice 0.1  
Note: (1) Model number. (2) Number density of the gas. (3) Collision type, describing material parameters and collision setup. Here, ``ice'' refers to ice-coated silicates of bulk density identical to bare silicates, $\rho_{\rm s} = 2.65~ {\rm g~ cm^{-3}}$, but different material properties: $\gamma=370~ {\rm erg~ cm^{-2}}$ and $\mathcal{E}^\star=3.7\times10^{10}~ {\rm dyn~ cm^{-2}}$. For bare silicates, $\gamma=25\ {\rm erg\ cm^{-2}}$ and $\mathcal{E}^\star = 2.8\times10^{11}~ {\rm dyn~ cm^{-2}}$. (4) Monomer radius. (5) Figure reference. a The standard model; b filling factor of particles restricted to a minimum of 33%; c central impact collisions only (b=0).

Source LaTeX | All tables | In the text

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