Table 6: Component structure of the $z{_{\rm abs}} = 1.892$ DLA system toward Q1210+17.
Comp. $z_{\rm abs}$ $v_{\rm rel}^*$ $b (\sigma_b)$ Ion $\log N (\sigma_{\log N})$
    [km s-1] [km s-1]    
Low- and intermediate-ion transitions
           
1 1.89126 -53 3.0 (0.4) Fe II 12.85 (0.02)
        Si II 13.10 (0.03)
        Al II 11.93 (0.04)
        P II <12.77
        Mg II >13.74
2 1.89140 -38 5.4 (0.2) Fe II 13.55 (0.01)
        Si II 13.75 (0.02)
        Al II 12.41 (0.03)
        P II <13.09
        Mg II >13.58
3 1.89158 -20 7.7 (0.8) Fe II 14.19 (0.02)
        Si II 14.43 (0.06)
        Al II >13.20
        S II 14.09 (0.02)
        Mn II 11.91 (0.02)
        Cr II 12.55 (0.05)
        N I 13.83 (0.06)
        Zn II 11.45 (0.17)
        Ni II 12.86 (0.08)
        P II <13.27
        Mg II >14.22
        Al III 12.36 (0.03)
4 1.89177 0 5.8 (0.1) Fe II 14.84 (0.03)
        Si II 15.19 (0.02)
        Al II >14.93
        S II 14.81 (0.01)
        Mn II 12.57 (0.01)
        Cr II 13.11 (0.02)
        N I 14.59 (0.10)
        Zn II 12.29 (0.02)
        Ni II 13.52 (0.05)
        Ti II 12.34 (0.08)
        P II <13.72
        Mg II <15.51
        Al III 12.77 (0.02)
5 1.89192 +16 7.6 (0.1) Fe II 14.13 (0.01)
        Si II 14.38 (0.06)
        Al II >12.76
        S II 14.13 (0.05)
        Mn II 11.88 (0.02)
        Cr II 12.45 (0.07)
        N I 13.78 (0.10)
        Zn II 11.44 (0.17)
        Ni II 12.82 (0.08)
        Mg II >14.71
        Al III 12.17 (0.05)
6 1.89222 +47 11.7 (0.5) Mg II 12.34 (0.04)
7 1.89242 +67 4.4 (0.2) Fe II 12.57 (0.01)
        Si II 12.90 (0.04)
        Al II 11.26 (0.10)
        Mg II 12.89 (0.01)

* Velocity relative to z=1.89177.

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