Table 1: The parameters $z_1^\prime $ (initial position of the boundary layer), $V^\prime $ (mean velocity of the boundary layer), and $\eta $-q ($\eta $-quenching activated or not) that define the configurations analyzed, and the ranges of values of $B_{\rm s}$, $C_\alpha $ and |q| used for the simulations. As regards $C_\alpha $, we mainly used values between 5 and 200, since for smaller values the dynamo is not excited and for larger values the spin period would be too short.
  $z_1^\prime $ $V^\prime $ $\eta $-q $B_{\rm s}/B_{\rm eq}$ $C_\alpha $ |q|

A		 0.3 0.0 no 10-7-10-1 $\leq$103 10-8-102
B 0.8 0.0 no 10-7-10-1 $\leq$103 10-8-102
Aq 0.3 0.0 yes 10-7-10-1 $\leq$103 10-8-102
Bq 0.8 0.0 yes 10-7-10-1 $\leq$103 10-8-102

AB		 0.3 0.0125 no 10-7 $\leq$103 10-8-102
ABq 0.3 0.0125 yes 10-7 $\leq$103 10-8-102


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