Table 3: Input parameters for the final model of NGC 5907. At the left hand side the physical quantities at R₀=10 kpc are given and at the right hand side the corresponding normalised parameters of the normalised profile. The corresponding description is given in Sect. 6.3.
at $R_0=10~\rm kpc$ scaling parameter

$z_{\rm s}$ [pc] 520 $\sigma _{\rm e}$ [km s^-1] 32

$\Sigma_{\rm s} [{M}_{\odot}~{\rm pc}^{-2}]$ 18.7 $Q_{\rm s}$ 0.25

$\Sigma_{\rm g}$ 8.8 $Q_{\rm g}$ 0.11

$\Sigma_{\rm h}$ 48.5 $Q_{\rm h}$ 0.64

$\sigma_{\rm h}$ [km s^-1] 110 $s_{\rm h}$ 3.5

$z_{\rm g}$ [pc] 110 $t_{\rm g}$ [Gyr] 3.0

**Table 3:** Input parameters for the final model of NGC 5907. At the left hand side the physical quantities at R₀=10 kpc are given and at the right hand side the corresponding normalised parameters of the normalised profile. The corresponding description is given in Sect. 6.3.
at $R_0=10~\rm kpc$	scaling parameter
$z_{\rm s}$ [pc]	520	$\sigma _{\rm e}$ [km s^-1]	32
$\Sigma_{\rm s} [{M}_{\odot}~{\rm pc}^{-2}]$	18.7	$Q_{\rm s}$	0.25
$\Sigma_{\rm g}$	8.8	$Q_{\rm g}$	0.11
$\Sigma_{\rm h}$	48.5	$Q_{\rm h}$	0.64
$\sigma_{\rm h}$ [km s^-1]	110	$s_{\rm h}$	3.5
$z_{\rm g}$ [pc]	110	$t_{\rm g}$ [Gyr]	3.0

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