Table 1: Overview of all the runs.
Model-ida Model Parameters Notes
  $R\ ^b$ $\alpha _{\rm T}$ $\delta$  
R1Ta4-P 1 AU 10-4 0.95 default model
R1Ta2-P 1 AU 10-2 0.95 increased turbulence
R1Ta6-P 1 AU 10-6 0.95 decreased turbulence
R1Ta4-C 1 AU 10-4 2/3 compact model
R5Ta4-P 5 AU 10-4 0.95 default model at 5AU
R5Ta2-P 5 AU 10-2 0.95 increased turbulence
R5Ta6-P 5 AU 10-4 0.95 decreased turbulence
R5Ta4-C 5 AU 10-6 2/3 compact model
a Model names are intended to be mnemonic. "Rx'' stands for radius at x AU. Ta, denotes the strength of the turbulence, e.g., Ta4 stands for $\alpha _{\rm T} = 10^{-4}$. Finally, the suffix denotes whether models are porous (P) or compact (C).
b At 1 AU quartz particles coagulate: $\rho_{\rm g}/\rho_{\rm d} = 240$, $\gamma = 25\ {\rm ergs\ cm}^{-2}$, $\rho_{\rm s} = 3.0\ {\rm g\ cm}^{-3}$; at 5 AU coagulation is between ices: $\gamma = 370\ {\rm ergs\ cm^{-2}}$, $\rho_{\rm s}=1.0\ {\rm g\ cm^{-3}}$, $\rho_{\rm g}/\rho_{\rm d} = 57$. The gas parameters correspond to a minimum mass solar nebula model (see Sect. 2.1).


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