Table B.2: Main parameters of the relaxation runs. These runs had uniform $\nu =0.1$ and $\sigma $ (as given in the table). $t_{\rm relax}$ is the duration of the runs. $t_{\rm r2}=1$ for the runs with $\rho _0=B_0^2$, and $t_{\rm r2}=5$ for the runs with $\rho_0=\vert\vec{B}_0\vert$ (except the one at $\Phi_{\rm g}=2.50~\pi$, in which also an artificial reduction of $\rho $ was applied).
y0 $\rho_0$ v0 $(1-\sigma)$ $\Phi_{\rm g}$ $t_{\rm relax}$
1.0 B02 0.001 0.0004 2.06 $\pi$ 120
      0.0004 2.30 $\pi$ 120
      0.001 2.53 $\pi$ 280
      0.002 2.75 $\pi$ 753
      0.005 2.95 $\pi$ 1095
1.0 $\vert\vec{B}_0\vert$ 0.01 0.0001 0.39 $\pi$ 120
      0.0001 0.86 $\pi$ 200
      0.0001 1.33 $\pi$ 200
      0.0001 2.28 $\pi$ 600
      0.0005 2.50 $\pi$  
      0.0001 2.65 $\pi$ 1120
      0.0001 2.91 $\pi$ 1358


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