Table 2: Table of the simulations and parameters for the heliospheric jet. With the label D0 we gather all the monochromatic simulations used to determine the dispersion relation and the linear dynamic features of the heliospheric jet.
HELIOSPHERIC JET

$\sigma = 0$ , $\mathcal A = 1$ , T₀ = 0.39

RUN $\delta$ MAIN FEATURES

D0 0.45 $\kappa = 0.15{-}0.95$

D1 10^-3 $\kappa = 0.55$

D2 5 $\kappa = 0.55$

D1WN 10^-3 white noise $\kappa_{1} = 0.1$

D2WN 5 white noise $\kappa_{1} = 0.1$

D3WN 0.5 white noise $\kappa_{1} = \pi$

**Table 2:** Table of the simulations and parameters for the heliospheric jet. With the label D0 we gather all the monochromatic simulations used to determine the dispersion relation and the linear dynamic features of the heliospheric jet.
HELIOSPHERIC JET
$\sigma = 0$ , $\mathcal A = 1$ , T₀ = 0.39
RUN	$\delta$	MAIN FEATURES
D0	0.45	$\kappa = 0.15{-}0.95$
D1	10^-3	$\kappa = 0.55$
D2	5	$\kappa = 0.55$
D1WN	10^-3	white noise $\kappa_{1} = 0.1$
D2WN	5	white noise $\kappa_{1} = 0.1$
D3WN	0.5	white noise $\kappa_{1} = \pi$

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