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Table 1.

Parameters measured and inferred in this work.

Source-related parameters

Distancem 9.4 ± 0.7 kpc
Jet inclination anglemi 60 ± 5 deg
Jet opening anglemθ 1–10 deg

Thermal Bremsstrahlung region (IRAS 19132+1035) – the IRAS region

Diameterm 36 arcsec 1.6 pc
Volumei 6.6 × 1055 cm3
Integrated flux densitym 60 ± 6 mJy
Electron temperaturea 104–3 × 106 K
Shock-compressed gas electron densityi 395–630 particles/cm3
ISM gas densityi 100–160 particles/cm3
Shock front velocity 21–363 Km s−1
Region gas pressurei (ideal gas) 2.5 × 10−10–7.7 × 10−8 [erg/cm3]

Non-thermal emission region (cylindrical hot spot) – the northern feature

Flux densitym 5.2 ± 0.5 mJy
Luminosity 2 × 10+29 erg s−1
Radiusm 3.9 arcsec 0.18 pc
Lengthm 17.4 arcsec 0.9 pc
Volumei 2.6 × 1054 cm3
Cylinder pressurei (minimum energy) > 1.5 × 10−11 erg/cm3
Cylinder magnetic density B min i $ B_{\mathrm{min}}^{i} $ (minimum energy) > 2.18 × 10−5 Gauss

The lobe and the bow shock structure

Bow shock structure flux densitym 0.15 ± 0.01 mJy
Bow shock distance from binarym (cavity major axis) 17 arcmin 46 pc
Lobe minor axism 10 arcmin 27 pc
Bow shock structure thicknessm 60 arcsec 2.7 pc
Lobe volumei 6 × 1059 cm3
Lobe pressurei (equi-partition) > 1.3 × 10−12 erg/cm3
Lobe magnetic fieldi (synchrotron emission) > 6.4 × 10−6 Gauss

Jet energetics

Jet agei 0.09–0.22 Myr
Jet pressurei (self-similar model) 2.8 × 10−11 – 7.8 × 10−10 [erg/cm3]
One-sided power transferred (self-similar)i 3.3 × 1037–1.5 × 1039 erg s−1
One-sided power transferred (Enthalpy)i > 1.2 × 1037 erg s−1
One-sided power transferred (Hot spot)i > 1.7 × 1036 erg s−1
Pseudo-constant C1i 3.3–9

Notes. The table including the parameters measured (denoted with m) or inferred (denoted with i) in this work. Parameters have been divided based on the region they refer to. Where lengths are given in angular units and physical units, we intend the former as apparent, and the latter as corrected for projection effects, when appropriate.

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