Table E.1.
Assumed parameters in computing mass outflow rates and energetics.
| Outflow properties assumptions | |||||
|---|---|---|---|---|---|
| Reference | Geometry | Temperature Te | Electron density (ne) (cm−3) | Radius (Kpc) | Velocity |
| 1 | spherical | - | 500 | 10 | Eq. 6, V90 |
| 2 | conical | - | 500 | - | V10 |
| 3 | biconical & thin shell | 104 | 500 | 2 | W80 |
| 4 | biconical | - | 200 | 1 | V98 & Vr |
| 5 | thin shell | 104 | 150 | r10 | Eq. 6 |
| 5 | spherical | 104 | 200 | - | Eq. 6 |
| 6 | conical | 104 | 100 | - | v10 & W80 |
| 7 | spherical | - | 100 | 5 | Eq. 6 |
Notes: We show the reference (1.Brusa et al. 2022, 2.Vayner et al. 2021, 3.Kakkad et al. 2020, 4.Perrotta et al. 2019, 5.Leung et al. 2019, 6.Kakkad et al. 2016, 7.Brusa et al. 2015), geometry is the assumed geometry whether conical, biconical, spherical or thin shell, Te is the electron temperature, ne is the gas electron density, the radius at which the outflow was computed (assumed or measured), the outflow velocity used.
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