\begin{table} %\centering \par \caption {\label{coldens_asso} Line parameters of associated \ion{N}{v} absorption systems. The ionization parameter has been estimated with an superposition of a \citet{haardtmadau2001} UV background and a QSO power law spectrum with a slope $\alpha$ where the relative intensity of the QSO radiation is varied between $0.1 \le J_{{\rm QSO}}/J_{{\rm HM01}} \le 100$. The quoted uncertainties of $\log U$ represent the resulting parameter range. If no~$\alpha$ is given, a pure \citet{haardtmadau2001} background has been adopted.} \begin{tabular}{l c c c c c c r c r} \hline\hline\\[-3mm] QSO & $z_{{\rm sys}}$ & $\log N_{{\rm sys}}(\ion{H}{i})$ & \# & $\alpha$ & $\log U$ & ion & $v~ ({\rm km~s}^{-1})$ & $\log N$ & $b~ ({\rm km~s}^{-1})$ \\ \hline\\[-3mm] \textrm{HE~1341-1020} & 2.1463 & $13.983\pm0.014$ & 1 & $-1.0$ & $-1.79\pm^{0.37}_{0.16}$ & \ion{N}{v} & $ -30.7 \pm 0.3$ & $12.741 \pm 0.020$ & $ 8.27 \pm 0.50$ \\ & & & & & & \ion{C}{iv} & $ -33.3 \pm 0.5$ & $13.163 \pm 0.048$ & $ 4.63 \pm 0.49$ \\ & & & & & & \ion{C}{iv} & $ -23.6 \pm 0.6$ & $13.085 \pm 0.061$ & $ 4.83 \pm 0.64$ \\ & & & & & & \ion{C}{iii} & $ -27.7 \pm 0.9$ & $13.129 \pm 0.066$ & $ 8.36 \pm 1.63$ \\ & & & & & & \ion{O}{vi} & $ -27.0 \pm 0.9$ & $13.725 \pm 0.093$ & $ 7.16 \pm 1.02$ \\ & & & & & & \ion{Si}{iv} & $ -29.3 \pm 0.9$ & $11.904 \pm 0.036$ & $13.04 \pm 1.40$ \\ & & & & & & \ion{Si}{iii} & $ -23.6 \pm 0.2$ & $12.860 \pm 0.006$ & $23.01 \pm 0.23$ \\ & & & 2 & $-1.0$ & $-0.94\pm^{0.51}_{0.22}$ & \ion{N}{v} & $ -0.1 \pm 0.1$ & $13.530 \pm 0.004$ & $16.16 \pm 0.21$ \\ & & & & & & \ion{C}{iv} & $ -0.2 \pm 0.2$ & $13.613 \pm 0.005$ & $16.23 \pm 0.21$ \\ & & & & & & \ion{C}{iii} & $ -4.4 \pm 1.7$ & $12.606 \pm 0.097$ & $ 7.31 \pm 3.00$ \\ & & & & & & \ion{O}{vi} & $ 4.7 \pm 1.0$ & $15.065 \pm 0.046$ & $16.05 \pm 1.75$ \\ \textrm{HE~1341-1020} & 2.1474 & $17.112\pm0.053$ & 1 & $-1.0$ & $\dots$ & \ion{N}{v} & $ -17.3 \pm 0.5$ & $14.526 \pm 0.021$ & $13.52 \pm 0.28$ \\ & & & & & & \ion{C}{iii} & $ -35.1 \pm 1.6$ & $13.599 \pm 0.117$ & $10.19 \pm 1.71$ \\ & & & & & & \ion{C}{ii} & $ -20.8 \pm 0.2$ & $13.375 \pm 0.016$ & $ 6.57 \pm 0.28$ \\ & & & & & & \ion{O}{vi} & $ -11.6 \pm 0.5$ & $15.430 \pm 0.021$ & $27.76 \pm 0.46$ \\ & & & & & & \ion{Si}{iv} & $ -7.8 \pm 0.3$ & $15.281 \pm 0.043$ & $11.99 \pm 0.15$ \\ & & & & & & \ion{Si}{ii} & $ -21.7 \pm 0.3$ & $11.815 \pm 0.029$ & $ 3.31 \pm 0.59$ \\ & & & & & & \ion{Mg}{ii} & $ -21.6 \pm 0.2$ & $11.938 \pm 0.016$ & $ 4.40 \pm 0.32$ \\ & & & & & & \ion{Al}{iii} & $ -20.5 \pm 1.8$ & $11.657 \pm 0.109$ & $ 8.91 \pm 2.44$ \\ & & & & & & \ion{Al}{ii} & $ -18.2 \pm 1.0$ & $11.016 \pm 0.067$ & $ 6.56 \pm 1.54$ \\ & & & 2 & $-1.0$ & $-3.07\pm^{1.28}_{0.88}$ & \ion{N}{v} & $ 3.4 \pm 0.4$ & $14.361 \pm 0.031$ & $ 9.30 \pm 0.52$ \\ & & & & & & \ion{N}{iii} & $ -0.2 \pm 0.4$ & $15.663 \pm 0.191$ & $16.84 \pm 1.00$ \\ & & & & & & \ion{N}{ii} & $ -0.8 \pm 0.4$ & $13.144 \pm 0.021$ & $ 9.86 \pm 0.62$ \\ & & & & & & \ion{C}{iv} & $ -2.2 \pm 0.0$ & $16.884 \pm 0.050$ & $15.68 \pm 0.13$ \\ & & & & & & \ion{C}{ii} & $ 0.1 \pm 0.1$ & $14.204 \pm 0.008$ & $ 9.08 \pm 0.19$ \\ & & & & & & \ion{Si}{iii} & $ -0.5 \pm 0.1$ & $17.441 \pm 0.333$ & $ 9.78 \pm 0.35$ \\ & & & & & & \ion{Si}{ii} & $ -2.2 \pm 0.1$ & $12.791 \pm 0.006$ & $ 8.05 \pm 0.19$ \\ & & & & & & \ion{Mg}{ii} & $ -1.5 \pm 0.1$ & $13.058 \pm 0.004$ & $ 8.48 \pm 0.12$ \\ & & & & & & \ion{Al}{iii} & $ 0.8 \pm 0.4$ & $12.309 \pm 0.028$ & $ 9.83 \pm 0.86$ \\ & & & & & & \ion{Al}{ii} & $ 0.6 \pm 0.5$ & $11.325 \pm 0.037$ & $ 7.20 \pm 1.10$ \\ & & & 3 & $-1.0$ & $\dots$ & \ion{N}{v} & $ 22.2 \pm 0.5$ & $13.732 \pm 0.030$ & $ 9.55 \pm 0.35$ \\ & & & & & & \ion{N}{ii} & $ 24.1 \pm 1.2$ & $12.328 \pm 0.138$ & $ 2.00 \pm 0.00$ \\ & & & & & & \ion{C}{iii} & $ 10.9 \pm 2.0$ & $14.502 \pm 0.260$ & $17.89 \pm 2.23$ \\ & & & & & & \ion{C}{ii} & $ 23.5 \pm 0.2$ & $13.029 \pm 0.018$ & $ 6.21 \pm 0.35$ \\ & & & & & & \ion{O}{vi} & $ 31.8 \pm 0.5$ & $13.463 \pm 0.064$ & $ 3.57 \pm 1.13$ \\ & & & & & & \ion{Si}{iv} & $ 23.0 \pm 0.3$ & $13.669 \pm 0.032$ & $ 6.21 \pm 0.20$ \\ & & & & & & \ion{Si}{ii} & $ 20.1 \pm 1.4$ & $11.834 \pm 0.056$ & $12.11 \pm 1.53$ \\ & & & & & & \ion{Mg}{ii} & $ 20.5 \pm 0.3$ & $12.221 \pm 0.015$ & $ 8.84 \pm 0.38$ \\ & & & & & & \ion{Al}{iii} & $ 24.7 \pm 1.0$ & $11.636 \pm 0.070$ & $ 7.84 \pm 1.68$ \\ \textrm{Q~0329-385} & 2.3520 & $13.015\pm0.117$ & 1 & $-0.37$ & $-1.60\pm^{0.23}_{0.07}$ & \ion{N}{v} & $ 0.4 \pm 0.2$ & $12.888 \pm 0.042$ & $ 1.69 \pm 0.45$ \\ & & & & & & \ion{C}{iv} & $ -0.4 \pm 0.3$ & $13.144 \pm 0.058$ & $ 5.13 \pm 0.28$ \\ & & & 2 & $-0.37$ & $-2.00\pm^{0.26}_{0.09}$ & \ion{N}{v} & $ 5.5 \pm 0.2$ & $13.501 \pm 0.011$ & $10.36 \pm 0.18$ \\ & & & & & & \ion{C}{iv} & $ 9.0 \pm 0.7$ & $13.243 \pm 0.047$ & $ 8.27 \pm 0.51$ \\ & & & & & & \ion{C}{iii} & $ 7.2 \pm 0.8$ & $13.020 \pm 0.075$ & $10.79 \pm 1.37$ \\ & & & & & & \ion{O}{vi} & $ 5.2 \pm 0.3$ & $13.321 \pm 0.072$ & $ 3.94 \pm 0.96$ \\ & & & & & & \ion{O}{vi} & $ 8.3 \pm 0.3$ & $14.001 \pm 0.019$ & $14.54 \pm 0.39$ \\ \textrm{HE~1158-1843} & 2.4278 & $13.617\pm0.003$ & 1 & $-1.0$ & $-0.93\pm^{0.40}_{0.17}$ & \ion{N}{v} & $ -0.4 \pm 0.2$ & $13.420 \pm 0.005$ & $20.37 \pm 0.23$ \\ & & & & & & \ion{C}{iv} & $ 0.0 \pm 0.4$ & $12.719 \pm 0.012$ & $20.96 \pm 0.62$ \\ & & & & & & \ion{O}{vi} & $ 8.3 \pm 0.1$ & $14.167 \pm 0.010$ & $18.36 \pm 0.20$ \\ \textrm{HE~1158-1843} & 2.4427 & $14.350\pm0.002$ & 1 & $-1.0$ & $-1.54\pm^{0.24}_{0.18}$ & \ion{N}{v} & $-188.8 \pm 1.1$ & $12.273 \pm 0.060$ & $10.04 \pm 1.57$ \\ & & & & & & \ion{C}{iv} & $-187.4 \pm 0.7$ & $11.460 \pm 0.114$ & $ 2.80 \pm 2.08$ \\ & & & & & & \ion{C}{iii} & $-187.4 \pm 0.0$ & $10.918 \pm 0.472$ & $ 2.80 \pm 0.00$ \\ & & & & & & \ion{O}{vi} & $-187.2 \pm 0.2$ & $13.118 \pm 0.034$ & $ 5.82 \pm 0.44$ \\ & & & 2 & $-1.0$ & $-0.63\pm^{0.43}_{0.19}$ & \ion{N}{v} & $-166.8 \pm 0.6$ & $12.467 \pm 0.050$ & $ 8.44 \pm 1.18$ \\ & & & & & & \ion{C}{iv} & $-162.2 \pm 0.8$ & $12.436 \pm 0.036$ & $16.34 \pm 1.63$ \\ & & & & & & \ion{C}{iii} & $-162.2 \pm 0.0$ & $11.051 \pm 0.445$ & $16.30 \pm 0.00$ \\ & & & & & & \ion{O}{vi} & $-167.4 \pm 0.2$ & $13.822 \pm 0.013$ & $14.90 \pm 0.43$ \\ & & & 3 & $-1.0$ & $-1.02\pm^{0.48}_{0.20}$ & \ion{N}{v} & $-126.5 \pm 0.2$ & $12.932 \pm 0.037$ & $ 7.11 \pm 0.45$ \\ & & & & & & \ion{C}{iv} & $-127.0 \pm 0.5$ & $13.084 \pm 0.030$ & $13.68 \pm 0.65$ \\ & & & & & & \ion{C}{iii} & $-127.0 \pm 0.0$ & $11.928 \pm 0.051$ & $13.70 \pm 0.00$ \\ & & & 4 & $-1.0$ & $-1.00\pm^{0.49}_{0.20}$ & \ion{N}{v} & $-123.0 \pm 0.3$ & $13.500 \pm 0.009$ & $26.34 \pm 0.86$ \\ & & & & & & \ion{O}{vi} & $-121.4 \pm 0.1$ & $14.552 \pm 0.003$ & $24.15 \pm 0.19$ \\ \hline & & & & & & \ion{C}{iv} & $-102.1 \pm 1.0$ & $12.789 \pm 0.069$ & $14.31 \pm 1.98$ \\ & & & & & & \ion{C}{iii} & $-102.2 \pm 0.0$ & $11.518 \pm 0.151$ & $14.30 \pm 0.00$ \\ & & & 5 & $-1.0$ & $-1.40\pm^{0.40}_{0.16}$ & \ion{N}{v} & $ -75.1 \pm 0.3$ & $12.886 \pm 0.044$ & $ 8.60 \pm 0.63$ \\ & & & & & & \ion{C}{iv} & $ -75.1 \pm 0.2$ & $13.193 \pm 0.015$ & $10.57 \pm 0.29$ \\ & & & & & & \ion{C}{iii} & $ -75.1 \pm 0.0$ & $12.344 \pm 0.015$ & $10.60 \pm 0.00$ \\ & & & 6 & $-1.0$ & $-0.69\pm^{0.45}_{0.19}$ & \ion{N}{v} & $ -36.3 \pm 0.2$ & $14.227 \pm 0.004$ & $29.95 \pm 0.42$ \\ & & & & & & \ion{C}{iv} & $ -38.9 \pm 1.0$ & $13.827 \pm 0.030$ & $20.77 \pm 0.77$ \\ & & & & & & \ion{C}{iii} & $ -39.0 \pm 0.0$ & $12.375 \pm 0.035$ & $13.54 \pm 1.05$ \\ & & & 7 & $-1.0$ & $-0.52\pm^{0.40}_{0.17}$ & \ion{N}{v} & $ -28.3 \pm 0.2$ & $12.984 \pm 0.033$ & $ 4.89 \pm 0.49$ \\ & & & & & & \ion{C}{iv} & $ -28.1 \pm 0.7$ & $12.736 \pm 0.259$ & $ 8.41 \pm 1.99$ \\ & & & & & & \ion{C}{iii} & $ -28.1 \pm 0.0$ & $10.575 \pm 1.180$ & $ 8.40 \pm 0.00$ \\ & & & 8 & $-1.0$ & $-0.77\pm^{0.47}_{0.19}$ & \ion{N}{v} & $ 0.0 \pm 0.1$ & $13.903 \pm 0.012$ & $ 6.36 \pm 0.18$ \\ & & & & & & \ion{C}{iv} & $ 0.2 \pm 0.5$ & $13.783 \pm 0.038$ & $ 9.40 \pm 0.58$ \\ & & & & & & \ion{C}{iii} & $ 0.2 \pm 0.0$ & $12.376 \pm 0.020$ & $ 9.40 \pm 0.00$ \\ & & & 9 & $-1.0$ & $-0.64\pm^{0.90}_{0.26}$ & \ion{N}{v} & $ 10.7 \pm 0.1$ & $13.764 \pm 0.028$ & $ 2.00 \pm 0.00$ \\ & & & & & & \ion{C}{iv} & $ 13.3 \pm 0.7$ & $13.274 \pm 0.126$ & $ 7.04 \pm 1.14$ \\ & & & & & & \ion{C}{iii} & $ 13.2 \pm 0.0$ & $11.936 \pm 0.060$ & $ 7.00 \pm 0.00$ \\ & & & & & & \ion{O}{vi} & $ 12.7 \pm 0.1$ & $16.677 \pm 0.023$ & $39.46 \pm 0.23$ \\ & & &10 & $-1.0$ & $-0.69\pm^{0.45}_{0.19}$ & \ion{N}{v} & $ 22.0 \pm 0.2$ & $13.983 \pm 0.017$ & $13.54 \pm 0.61$ \\ & & & & & & \ion{C}{iv} & $ 26.8 \pm 0.4$ & $13.174 \pm 0.049$ & $ 6.72 \pm 0.55$ \\ & & & & & & \ion{C}{iii} & $ 26.8 \pm 0.0$ & $11.822 \pm 0.044$ & $ 6.70 \pm 0.00$ \\ & & &11 & $-1.0$ & $-1.07\pm^{0.48}_{0.19}$ & \ion{N}{v} & $ 46.9 \pm 0.2$ & $13.763 \pm 0.011$ & $ 9.71 \pm 0.17$ \\ & & & & & & \ion{C}{iv} & $ 45.1 \pm 0.1$ & $13.525 \pm 0.007$ & $11.44 \pm 0.19$ \\ & & & & & & \ion{C}{iii} & $ 45.2 \pm 0.0$ & $12.401 \pm 0.015$ & $11.40 \pm 0.00$ \\ & & & & & & \ion{O}{vi} & $ 48.8 \pm 0.0$ & $15.000 \pm 0.000$ & $15.00 \pm 0.00$ \\ & & &12 & $-1.0$ & $-1.12\pm^{0.48}_{0.19}$ & \ion{N}{v} & $ 78.9 \pm 0.1$ & $13.806 \pm 0.003$ & $12.43 \pm 0.10$ \\ & & & & & & \ion{C}{iv} & $ 78.4 \pm 0.1$ & $13.450 \pm 0.002$ & $11.90 \pm 0.09$ \\ & & & & & & \ion{C}{iii} & $ 78.4 \pm 0.0$ & $12.360 \pm 0.016$ & $11.90 \pm 0.00$ \\ & & & & & & \ion{O}{vi} & $ 86.5 \pm 0.0$ & $15.000 \pm 0.000$ & $15.00 \pm 0.00$ \\ & & &13 & $-1.0$ & $-1.15\pm^{0.47}_{0.19}$ & \ion{N}{v} & $ 100.9 \pm 0.1$ & $12.277 \pm 1.272$ & $ 0.60 \pm 1.23$ \\ & & & & & & \ion{C}{iv} & $ 102.9 \pm 0.3$ & $12.015 \pm 0.035$ & $ 4.70 \pm 0.71$ \\ & & & & & & \ion{C}{iii} & $ 102.9 \pm 0.0$ & $10.950 \pm 0.256$ & $ 4.70 \pm 0.00$ \\ & & &14 & $-1.0$ & $-1.24\pm^{0.32}_{0.26}$ & \ion{N}{v} & $ 125.0 \pm 0.3$ & $12.479 \pm 0.042$ & $ 4.46 \pm 0.77$ \\ & & & & & & \ion{C}{iv} & $ 125.2 \pm 0.4$ & $12.529 \pm 0.035$ & $10.05 \pm 0.60$ \\ & & & & & & \ion{C}{iii} & $ 125.2 \pm 0.0$ & $11.620 \pm 0.152$ & $10.00 \pm 0.00$ \\ & & &15 & $-1.0$ & $-1.95\pm^{0.38}_{0.16}$ & \ion{N}{v} & $ 135.0 \pm 0.8$ & $13.121 \pm 0.016$ & $30.62 \pm 1.40$ \\ & & & & & & \ion{O}{vi} & $ 133.9 \pm 0.1$ & $13.919 \pm 0.005$ & $10.65 \pm 0.15$ \\ & & & & & & \ion{C}{iv} & $ 150.3 \pm 2.0$ & $12.339 \pm 0.057$ & $19.09 \pm 2.37$ \\ & & & & & & \ion{C}{iii} & $ 150.3 \pm 0.0$ & $12.245 \pm 0.087$ & $19.10 \pm 0.00$ \\ & & & & & & \ion{O}{vi} & $ 158.4 \pm 0.2$ & $13.510 \pm 0.011$ & $10.81 \pm 0.30$ \\ \textrm{Q~0453-423} & 2.6362 & $14.757\pm0.003$ & 1 & $-0.89$ & $-2.07\pm^{0.47}_{0.17}$ & \ion{N}{v} & $ -0.6 \pm 0.6$ & $12.392 \pm 0.026$ & $12.07 \pm 0.91$ \\ & & & & & & \ion{C}{iv} & $ -0.2 \pm 0.0$ & $13.639 \pm 0.002$ & $ 9.57 \pm 0.04$ \\ & & & & & & \ion{C}{iii} & $ 1.8 \pm 1.5$ & $13.470 \pm 0.131$ & $ 8.91 \pm 1.42$ \\ & & & & & & \ion{O}{vi} & $ 5.0 \pm 0.2$ & $13.748 \pm 0.006$ & $14.77 \pm 0.27$ \\ & & & & & & \ion{Si}{iv} & $ 0.6 \pm 0.1$ & $12.355 \pm 0.009$ & $ 8.46 \pm 0.22$ \\ & & & & & & \ion{Si}{iii} & $ 2.6 \pm 0.5$ & $11.726 \pm 0.038$ & $ 7.30 \pm 0.62$ \\ \textrm{PKS~0329-255} & 2.7089 & $14.712\pm0.048$ & 1 & $-1.0$ & $-0.64\pm^{0.40}_{0.17}$ & \ion{N}{v} & $ 0.4 \pm 0.1$ & $13.280 \pm 0.009$ & $ 5.60 \pm 0.19$ \\ & & & & & & \ion{C}{iv} & $ 0.2 \pm 0.0$ & $13.575 \pm 0.004$ & $ 6.17 \pm 0.06$ \\ & & & & & & \ion{C}{iii} & $ 0.3 \pm 0.6$ & $12.115 \pm 0.048$ & $ 4.91 \pm 1.04$ \\ & & & & & & \ion{O}{vi} & $ 6.0 \pm 0.3$ & $14.902 \pm 0.054$ & $11.22 \pm 0.68$ \\ \textrm{HE~2347-4342} & 2.8780 & $13.786\pm0.008$ & 1 & $\dots$ & $\dots$ & \ion{N}{v} & $ -1.0 \pm 0.7$ & $12.747 \pm 0.097$ & $11.76 \pm 1.30$ \\ & & & & & & \ion{C}{iv} & $ 0.3 \pm 0.2$ & $12.939 \pm 0.009$ & $14.40 \pm 0.36$ \\ & & & 2 & $\dots$ & $\dots$ & \ion{N}{v} & $ 8.1 \pm 1.5$ & $13.060 \pm 0.048$ & $26.88 \pm 1.58$ \\ & & & & & & \ion{C}{iv} & $ 30.0 \pm 0.9$ & $12.161 \pm 0.047$ & $11.17 \pm 1.39$ \\ \textrm{HE~2347-4342} & 2.8916 & $14.857\pm0.041$ & 1 & $\dots$ & $\dots$ & \ion{C}{iv} & $-170.6 \pm 5.3$ & $12.247 \pm 0.209$ & $14.24 \pm 8.10$ \\ & & & & & & \ion{C}{iii} & $-161.5 \pm 7.8$ & $12.328 \pm 0.245$ & $21.08 \pm 12.35$ \\ \hline & & & 2 & $\dots$ & $-0.30$ & \ion{N}{v} & $-103.2 \pm 4.5$ & $12.901 \pm 0.118$ & $21.81 \pm 6.70$ \\ & & & & & & \ion{C}{iv} & $-107.7 \pm 4.2$ & $12.443 \pm 0.147$ & $16.63 \pm 6.53$ \\ & & & & & & \ion{C}{iii} & $-104.9 \pm 30.8$ & $11.395 \pm 1.597$ & $11.86 \pm 51.06$ \\ & & & & & & \ion{O}{vi} & $-104.0 \pm 0.4$ & $14.502 \pm 0.031$ & $13.45 \pm 0.65$ \\ & & & 3 & $\dots$ & $+0.29$ & \ion{N}{v} & $ -49.0 \pm 0.3$ & $13.928 \pm 0.013$ & $13.40 \pm 0.43$ \\ & & & & & & \ion{C}{iv} & $ -48.8 \pm 0.4$ & $13.574 \pm 0.014$ & $13.59 \pm 0.50$ \\ & & & & & & \ion{C}{iii} & $ -48.5 \pm 16.6$ & $11.518 \pm 1.206$ & $ 7.26 \pm 30.71$ \\ & & & & & & \ion{O}{vi} & $ -44.9 \pm 1.5$ & $15.043 \pm 0.081$ & $17.68 \pm 1.44$ \\ & & & 4 & $\dots$ & $+0.21$ & \ion{N}{v} & $ -2.1 \pm 0.3$ & $13.872 \pm 0.016$ & $10.50 \pm 0.39$ \\ & & & & & & \ion{C}{iii} & $ -1.0 \pm 6.8$ & $12.078 \pm 0.458$ & $ 7.97 \pm 11.22$ \\ & & & & & & \ion{C}{iv} & $ -0.3 \pm 0.2$ & $13.715 \pm 0.015$ & $10.21 \pm 0.34$ \\ & & & & & & \ion{O}{vi} & $ 0.4 \pm 1.5$ & $14.934 \pm 0.070$ & $16.83 \pm 1.62$ \\ & & & 5 & $\dots$ & $\dots$ & \ion{N}{v} & $ 52.1 \pm 8.0$ & $12.640 \pm 0.217$ & $23.60 \pm 12.82$ \\ & & & & & & \ion{C}{iv} & $ 46.0 \pm 7.5$ & $12.122 \pm 0.288$ & $14.60 \pm 11.44$ \\ & & & & & & \ion{C}{iii} & $ 59.0 \pm 16.1$ & $11.290 \pm 1.883$ & $ 4.37 \pm 38.94$ \\ & & & & & & \ion{O}{vi} & $ 45.0 \pm 1.4$ & $14.064 \pm 0.099$ & $ 8.57 \pm 1.62$ \\ & & & & & & \ion{O}{vi} & $ 64.9 \pm 4.0$ & $13.826 \pm 0.179$ & $12.59 \pm 5.04$ \\ \textrm{HE~2347-4342} & 2.8984 & $14.359\pm0.124$ & 1 & $\dots$ & $\dots$ & \ion{C}{iv} & $-183.3 \pm 0.5$ & $12.873 \pm 0.041$ & $ 4.13 \pm 0.93$ \\ & & & & & & \ion{C}{iii} & $-183.4 \pm 12.9$ & $11.550 \pm 1.671$ & $ 2.96 \pm 38.21$ \\ & & & & & & \ion{O}{vi} & $-180.7 \pm 1.7$ & $12.851 \pm 0.176$ & $ 3.37 \pm 4.73$ \\ & & & 2 & $\dots$ & $\dots$ & \ion{N}{v} & $ -95.4 \pm 0.4$ & $14.529 \pm 0.090$ & $ 8.16 \pm 0.78$ \\ & & & & & & \ion{C}{iv} & $ -93.6 \pm 1.3$ & $14.898 \pm 0.183$ & $10.33 \pm 1.13$ \\ & & & & & & \ion{C}{iii} & $ -80.7 \pm 3.9$ & $13.773 \pm 0.068$ & $34.80 \pm 4.49$ \\ & & & 3 & $\dots$ & $\dots$ & \ion{N}{v} & $ -74.8 \pm 1.8$ & $14.018 \pm 0.109$ & $30.37 \pm 2.16$ \\ & & & & & & \ion{C}{iv} & $ -60.6 \pm 1.6$ & $14.639 \pm 0.108$ & $12.74 \pm 1.23$ \\ & & & & & & \ion{O}{vi} & $ -74.2 \pm 0.7$ & $15.481 \pm 0.140$ & $23.50 \pm 1.96$ \\ & & & 4 & $\dots$ & $\dots$ & \ion{N}{v} & $ -60.4 \pm 1.0$ & $13.832 \pm 0.097$ & $10.26 \pm 1.54$ \\ & & & & & & \ion{O}{vi} & $ -56.8 \pm 4.1$ & $14.598 \pm 0.057$ & $89.01 \pm 11.12$ \\ & & & 5 & $\dots$ & $+0.03$ & \ion{N}{v} & $ -0.2 \pm 0.6$ & $13.360 \pm 0.030$ & $ 9.97 \pm 0.93$ \\ & & & & & & \ion{C}{iv} & $ 0.2 \pm 0.2$ & $14.014 \pm 0.017$ & $ 8.48 \pm 0.24$ \\ & & & & & & \ion{C}{iii} & $ 1.3 \pm 6.9$ & $12.704 \pm 0.305$ & $12.98 \pm 7.92$ \\ & & & & & & \ion{O}{vi} & $ 2.2 \pm 0.5$ & $14.245 \pm 0.044$ & $ 9.15 \pm 0.86$ \\ \textrm{HE~2347-4342} & 2.9027 & $16.302\pm0.021$ & 1 & $+0.56$ & $\dots$ & \ion{N}{v} & $-100.3 \pm 4.3$ & $12.855 \pm 0.124$ & $21.64 \pm 6.59$ \\ & & & & & & \ion{C}{iv} & $-107.1 \pm 5.7$ & $12.796 \pm 0.254$ & $33.09 \pm 12.66$ \\ & & & & & & \ion{O}{vi} & $-101.7 \pm 1.0$ & $15.082 \pm 0.045$ & $26.12 \pm 2.43$ \\ & & & 2 & $+0.56$ & $\dots$ & \ion{N}{v} & $ -29.3 \pm 1.4$ & $13.010 \pm 0.069$ & $10.86 \pm 2.36$ \\ & & & & & & \ion{C}{iv} & $ -26.9 \pm 0.8$ & $13.323 \pm 0.038$ & $12.18 \pm 1.15$ \\ & & & & & & \ion{C}{iii} & $ -29.2 \pm 11.3$ & $11.653 \pm 0.857$ & $ 6.68 \pm 21.30$ \\ & & & & & & \ion{O}{vi} & $ -35.1 \pm 7.0$ & $14.919 \pm 0.381$ & $14.28 \pm 5.20$ \\ & & & 3 & $+0.56$ & $-0.11\pm^{0.02}_{0.09}$ & \ion{N}{v} & $ -1.4 \pm 0.7$ & $13.272 \pm 0.038$ & $ 8.90 \pm 1.12$ \\ & & & & & & \ion{C}{iv} & $ -0.2 \pm 0.4$ & $13.514 \pm 0.029$ & $ 9.30 \pm 0.86$ \\ & & & & & & \ion{C}{iii} & $ 1.3 \pm 5.3$ & $12.329 \pm 0.268$ & $12.21 \pm 8.83$ \\ & & & 4 & $+0.56$ & $-0.26\pm^{0.00}_{0.01}$ & \ion{N}{v} & $ 106.8 \pm 1.4$ & $13.415 \pm 0.041$ & $19.25 \pm 2.06$ \\ & & & & & & \ion{C}{iv} & $ 107.0 \pm 0.8$ & $13.663 \pm 0.025$ & $19.82 \pm 1.12$ \\ \hline \end{tabular} \end{table}