Astronomy & Astrophysics

Table 1: For each value of $\alpha _{\rm turb}$ , we list the number of realizations simulated ( ${\cal N}_{\rm real}$ ), the mean mass in objects at the end of the simulations ( $M_{\rm tot}/M_\odot$ ), the average number of objects formed per simulation $\left (\left <{\cal N}_{\rm obj}\right >\right )$ , the companion probability (cp), the companion frequency (cf), the multiplicity frequency (mf) and the pairing factor (pf). The companion frequency, cf, is given for all objects and then seperately for low-mass objects ( $M < 0.5 ~M_\odot$ ) and for high-mass objects ( $M > 0.5 ~M_\odot$ ).
Table 2: A summary of the results of the simulations with $\alpha_{\rm turb} = 0.05,~0.10\;{\rm and}\;0.25~$ , at time $t = 0.3~{\rm Myr}~$ . Column 1 gives the simulation identifier and Col. 2 gives $\alpha _{\rm turb}$ . Column 3 gives $M_{\rm obj}$ , the total mass of objects formed (stars plus brown dwarfs), Col. 4 gives ${\cal N}_{\rm obj}$ , the total number of objects formed, and Col. 5 gives ${\cal N}_{\rm BD}$ , the total number of brown dwarfs formed. Column 6 gives the multiplicities of the multiple systems formed, and the final column (Col. 7) gives the mass of each individual object. Those objects which are part of a binary system are distinguished with ^b, those which are part of a triple system are distinguished with a ^t, and those which are part of a quadruple system (or in one case a quintuple system) are distinguished with ^q.