Table 1.
Best-fit parameters of the torus+jet quiescent model.
| Parameter | Symbol | Value |
|---|---|---|
| Black Hole | ||
| Mass [M⊙] | M | 4.297 × 106 |
| Distance [kpc] | d | 8.277 |
| Spin | a | 0 |
| Inclination [deg] | i | 20 |
| Torus | ||
| Angular momentum [rg/c] | l | 4 |
| Inner radius [rg] | rin | 8 |
| Polytropic index | k | 5/3 |
| Central density [cm−3] |
 |
1.2 × 109 |
| Central temperature [K] |
 |
7 × 109 |
| Magnetization parameter | σT | 0.002 |
| Jet | ||
| Inner opening angle [deg] | θ1 | 20 |
| Outer opening angle [deg] | θ2 | θ1 + 3.5 |
| Jet base height [rg] | zb | 2 |
| Bulk Lorentz factor | Γj | 1.15 |
| Base number density [cm−3] |  |
3.5 × 106 |
| Base temperature [K] |  |
3 × 1010 |
| Temperature slope | sT | 0.21 |
| κ index | κJ | 5.5 |
| Magnetization parameter | σJ | (fixed) 1 |
Notes. We kept the same geometrical parameters, bulk Lorentz factor, and κ-index as Vincent et al. (2019), and we fit the base number density, base temperature, and temperature slope of the jet considering the correction (see bellow) and the new value of the jet magnetization parameter. The parameters of the torus are unchanged.
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