Table 2.

Relevant parameters of the sub-resolution model. Column 1: label of the run. Column 2: temperature of the cold phase. Column 3: pressure at which the molecular fraction is fmol = 0.5. Column 4: half-opening angle of the cone, in degrees. Column 5: maximum lifetime of a wind particle (see also M15). Column 6: duration of a multiphase stage in dynamical times. Column 7: number density threshold for multiphase particles. Column 8: gas particle's probability of becoming a wind particle. Columns 9 and 10: thermal and kinetic SN feedback energy efficiency, respectively. Column 11: fraction of SN energy directly injected into the hot phase of the ISM. Column 12: evaporation fraction. Column 13: SF efficiency, as a fraction of the molecular gas.

SimulationTc (K)P0 (kB K cm−3)θ (°)twind (Myr)tclock/tdynnthresh (cm−3)Pkinffb,outffb,kinffb,localfevf
AqC5-newH3002 × 1043020−tclock10.010.050.20.70.020.10.02
AqC5-oldH3002 × 1046030−tclock10.010.030.20.50.020.10.02
AqC6-newH3002 × 1043020−tclock10.010.030.20.80.020.10.02
AqC6-oldH3002 × 1046030−tclock10.010.030.20.50.020.10.02
SimulationTc (K)P0 (kB K cm−3)θ (°)twind (Myr)tclock/tdynnthresh (cm−3)Pkinffb,outffb,kinffb,localfevf
AqC5-newH3002 × 1043020−tclock10.010.050.20.70.020.10.02
AqC5-oldH3002 × 1046030−tclock10.010.030.20.50.020.10.02
AqC6-newH3002 × 1043020−tclock10.010.030.20.80.020.10.02
AqC6-oldH3002 × 1046030−tclock10.010.030.20.50.020.10.02
Table 2.

Relevant parameters of the sub-resolution model. Column 1: label of the run. Column 2: temperature of the cold phase. Column 3: pressure at which the molecular fraction is fmol = 0.5. Column 4: half-opening angle of the cone, in degrees. Column 5: maximum lifetime of a wind particle (see also M15). Column 6: duration of a multiphase stage in dynamical times. Column 7: number density threshold for multiphase particles. Column 8: gas particle's probability of becoming a wind particle. Columns 9 and 10: thermal and kinetic SN feedback energy efficiency, respectively. Column 11: fraction of SN energy directly injected into the hot phase of the ISM. Column 12: evaporation fraction. Column 13: SF efficiency, as a fraction of the molecular gas.

SimulationTc (K)P0 (kB K cm−3)θ (°)twind (Myr)tclock/tdynnthresh (cm−3)Pkinffb,outffb,kinffb,localfevf
AqC5-newH3002 × 1043020−tclock10.010.050.20.70.020.10.02
AqC5-oldH3002 × 1046030−tclock10.010.030.20.50.020.10.02
AqC6-newH3002 × 1043020−tclock10.010.030.20.80.020.10.02
AqC6-oldH3002 × 1046030−tclock10.010.030.20.50.020.10.02
SimulationTc (K)P0 (kB K cm−3)θ (°)twind (Myr)tclock/tdynnthresh (cm−3)Pkinffb,outffb,kinffb,localfevf
AqC5-newH3002 × 1043020−tclock10.010.050.20.70.020.10.02
AqC5-oldH3002 × 1046030−tclock10.010.030.20.50.020.10.02
AqC6-newH3002 × 1043020−tclock10.010.030.20.80.020.10.02
AqC6-oldH3002 × 1046030−tclock10.010.030.20.50.020.10.02
Close
This Feature Is Available To Subscribers Only

Sign In or Create an Account

Close

This PDF is available to Subscribers Only

View Article Abstract & Purchase Options

For full access to this pdf, sign in to an existing account, or purchase an annual subscription.

Close