\documentstyle{l-aa}
\begin{document}
% Chandra/LETG Procyon lines table
\setcounter{table}{3}
\begin{table*}
\caption{Chandra/LETG line fluxes of Procyon$^a$}\label{tab:flprocyon}
%\tabcolsep 3.pt
\begin{scriptsize}
\begin{tabular}{lrcrrrl}
\hline \hline
 Ion & {$\lambda$$_{\mathrm {model}}$} &  
 log $T_{\mathrm {max}}$ & $F_{\mathrm {obs}}$ & S/N & ratio & Blends \\ 
\hline
{Fe}{xvii} &  12.1240 & 6.8 & 6.03e-15 &   3.6 & -0.18 & {Ne}{x} 12.1321, {Ne}{x} 12.1375 \\
{Ne}{ix} &  13.4473 & 6.6 & 2.79e-14 &   8.3 & -0.34 &  \\
{Ne}{ix} &  13.6990 & 6.6 & 1.53e-14 &   6.2 & -0.36 & {Ne}{ix} 13.7130 \\
{Fe}{xvii} &  15.0140 & 6.7 & 2.71e-14 &   8.8 & -0.15 &  \\
{Fe}{xvii} &  15.2610 & 6.7 & 2.45e-14 &   8.5 &  0.00 & {O }{viii} 15.1760, 15.1765, {Fe}{xvii} 15.2509, 15.2615, 15.2797 \\
{O }{viii} &  16.0055 & 6.5 & 3.04e-14 &   8.3 &  0.07 & {O }{viii} 16.0067 \\
{Fe}{xvii} &  16.7800 & 6.7 & 1.44e-14 &   6.8 & -0.12 &  \\
{Fe}{xvii} &  17.0510 & 6.7 & 5.22e-14 &  12.0 &  0.14 & {Fe}{xvii} 17.0960 \\
{O }{vii} &  17.3960 & 6.4 & 5.25e-15 &   3.8 & -0.01 &  \\
{O }{vii} &  17.7680 & 6.4 & 1.69e-14 &   6.9 &  0.13 &  \\
{O }{vii} &  18.6270 & 6.3 & 4.76e-14 &  12.3 &  0.04 &  \\
{O }{viii} &  18.9671 & 6.5 & 1.88e-13 &  24.7 & -0.05 & {O }{viii} 18.9725 \\
{N }{vii} &  20.9095 & 6.3 & 1.26e-14 &   5.4 &  0.15 & {N }{vii} 20.9106 \\
{O }{vii} &  21.6015 & 6.3 & 2.66e-13 &  25.1 & -0.14 &  \\
{O }{vii} &  21.8036 & 6.3 & 7.20e-14 &  13.0 &  0.02 &  \\
{O }{vii} &  22.0977 & 6.3 & 2.42e-13 &  24.0 &  0.03 &  \\
{N }{vii} &  24.7792 & 6.3 & 7.00e-14 &  13.6 & -0.02 & {N }{vii} 24.7846 \\
{N }{vi} &  24.8980 & 6.2 & 5.64e-15 &   3.9 & -0.12 &  \\
{C }{vi} &  28.4652 & 6.2 & 2.85e-14 &   9.0 &  0.02 &  \\
{N }{vi} &  28.7870 & 6.2 & 5.09e-14 &  11.9 & -0.03 &  \\
{N }{vi} &  29.0843 & 6.1 & 1.97e-14 &   7.4 &  0.17 &  \\
{N }{vi} &  29.5347 & 6.1 & 1.69e-14 &   6.7 & -0.23 &  \\
{Ca}{xi} &  30.4710 & 6.3 & 2.19e-14 &   5.1 &  0.01 & {S }{xiv} 30.4270 \\
No id. &  31.0340 & \ldots  & 1.69e-14 &   5.0 & \ldots & {Si}{xii} 31.015 \\
{C }{vi} &  33.7342 & 6.1 & 2.44e-13 &  25.8 & -0.10 & {C }{vi} 33.7396 \\
{C }{v} &  34.9728 & 6.0 & 1.85e-14 &   7.2 &  0.17 &  \\
{S }{xiii} &  35.6670 & 6.4 & 2.66e-14 &   8.6 &  0.09 & {Ca}{xi} 35.6340, 35.7370 \\
{S }{xii} &  36.3980 & 6.4 & 1.55e-14 &   6.5 &  0.06 &  \\
{S }{xii} &  36.5730 & 6.4 & 1.01e-14 &   5.2 & -0.17 & {S }{xii} 36.5640 \\
{S }{xiii} &  37.5980 & 6.4 & 1.24e-14 &   5.5 &  0.20 & {S }{xii} 37.5670 \\
{S }{xi} &  39.2400 & 6.3 & 4.48e-14 &  10.2 &  0.06 & {S }{xi} 39.3000,  39.3200 \\
{C }{v} &  40.2674 & 6.0 & 1.06e-13 &  12.2 &  0.13 &  \\
No id. &  40.7250 & \ldots  & 9.27e-14 &   9.2 & \ldots &  {C}{v} 40.731 \\
{C }{v} &  41.4715 & 6.0 & 3.68e-14 &   5.7 & -0.26 & {Ar}{ix} 41.4760 \\
No id. &  42.5330 & \ldots  & 5.48e-14 &   7.7 & \ldots & {S}{x} 42.543 \\
{Si}{xi} &  43.7630 & 6.2 & 3.69e-14 &  10.8 & -0.02 &  \\
{Si}{xii} &  44.0190 & 6.3 & 1.38e-14 &   6.8 & -0.24 &  \\
{Si}{xii} &  44.1650 & 6.3 & 4.44e-14 &  12.2 & -0.18 & {Mg}{x} 44.0500, {Si}{xi} 44.0690, {Si}{xii} 44.1780 \\
No id. &  44.4110 & \ldots  & 6.59e-15 &   4.7 & \ldots &  \\
{Si}{xii} &  45.6910 & 6.3 & 1.09e-14 &   9.1 & -0.34 &  \\
{Si}{xi} &  46.2980 & 6.2 & 1.47e-14 &  10.5 &  0.30 &  \\
{Si}{xi} &  46.3990 & 6.2 & 1.61e-14 &  11.0 & -0.15 & {Si}{xi} 46.4090 \\
{Fe}{xvi} &  46.7180 & 6.5 & 9.39e-15 &   8.4 &  0.25 & {Fe}{xvi} 46.6610 \\
{S }{xi} &  47.0300 & 6.3 & 8.36e-15 &   5.9 & -0.08 & {Si}{xi} 46.9960, 47.0770, {Si}{x} 47.0450 \\
No id. &  47.2500 & \ldots  & 1.66e-14 &   8.3 & \ldots & {S}{ix} 47.249 \\
No id. &  47.4000 & \ldots  & 1.23e-14 &   7.1 & \ldots & {S}{ix} 47.433 \\
{Si}{x} &  47.4890 & 6.2 & 1.29e-14 &   7.3 &  0.31 &  \\
No id. &  47.6240 &\ldots   & 1.77e-14 &   8.5 & \ldots & {S}{x} 47.655 \\
No id. &  47.7500 & \ldots  & 1.12e-14 &   6.8 & \ldots & {S}{x} 47.791 \\
No id. &  47.8790 &\ldots   & 1.47e-14 &   7.8 & \ldots & {Si}{xi} 47.899 \\
{Ar}{ix} &  48.7390 & 6.1 & 7.53e-15 &   7.5 &  0.00 & {Si}{x} 48.6760, 48.7890 \\
{Si}{xi} &  49.2220 & 6.2 & 6.12e-14 &  21.7 & -0.11 &  \\
No id. &  49.3340 & \ldots  & 1.48e-14 &  10.7 & \ldots & {S}{ix} 49.328 \\
{Si}{x} &  49.7010 & 6.2 & 7.39e-15 &   7.6 &  0.14 & {Si}{x} 49.7510 \\
{Fe}{xvi} &  50.3500 & 6.5 & 1.65e-14 &  11.4 &  0.20 & {Si}{x} 50.3160, 50.3330, 50.3590 \\
{Si}{x} &  50.5240 & 6.2 & 6.60e-14 &  22.8 &  0.12 & {Fe}{xvi} 50.5550 \\
{Si}{x} &  50.7030 & 6.2 & 4.43e-14 &  18.7 & -0.24 & {Si}{x} 50.6910 \\
{Si}{xi} &  52.2980 & 6.2 & 2.53e-14 &  13.8 & -0.42 & {Si}{xi} 52.2690, {Al}{xi} 52.2990 \\
{Al}{xi} &  52.4460 & 6.2 & 9.05e-15 &   8.3 & -0.00 &  \\
{Si}{x} &  52.6110 & 6.2 & 9.34e-15 &   8.5 & -0.08 & {Si}{x} 52.6120 \\
No id. &  52.7600 & \ldots  & 1.55e-14 &  10.8 & \ldots & {S}{viii} 52.756 \\
{Fe}{xv} &  52.9110 & 6.4 & 9.92e-15 &   8.8 & -0.04 &  \\
No id. &  53.0480 & \ldots  & 7.36e-15 &   7.5 & \ldots &  \\
{Fe}{xv} &  53.1100 & 6.4 & 6.60e-15 &   7.0 &  0.22 & {Si}{x} 53.1530 \\
{Si}{x} &  54.5990 & 6.2 & 1.10e-14 &   8.9 &  0.32 &  \\
{Si}{ix} &  55.1160 & 6.1 & 3.04e-14 &  14.7 &  0.40 & {Si}{ix} 55.0390, 55.0940, {Ni}{xvii} 55.0390 \\
{Si}{ix} &  55.3050 & 6.1 & 8.40e-14 &  24.2 &  0.05 & {Si}{ix} 55.2340, 55.3830, 55.4010 \\
No id. &  56.9000 & \ldots  & 1.53e-14 &   7.1 & \ldots & {Si}{x} 56.08 \\
{Fe}{xv} &  59.4050 & 6.3 & 8.68e-15 &   5.2 & -0.52 &  \\
{S }{vii} &  60.1610 & 5.8 & 1.13e-14 &   5.9 &  0.35 & {Si}{x} 60.1180 \\
No id. &  61.0500 & \ldots  & 5.52e-14 &  13.1 & \ldots & {Si}{viii} 61.019 \\
{Si}{ix} &  61.6490 & 6.1 & 3.90e-14 &  11.0 &  0.49 & {Si}{ix} 61.6000, 61.6970 \\
No id. &  61.8500 &\ldots   & 2.78e-14 &   9.3 & \ldots & {Si}{ix} 61.852 \\
No id. &  61.9300 &\ldots   & 2.81e-14 &   9.3 & \ldots & {Si}{viii} 61.914 \\
{Si}{x} &  62.6950 & 6.2 & 2.17e-14 &   8.2 & -0.18 & {Mg}{ix} 62.6610, 62.7510 \\
{Fe}{xvi} &  62.8790 & 6.5 & 1.92e-14 &   7.7 &  0.04 &  \\
{Si}{ix} &  62.9750 & 6.1 & 9.72e-15 &   5.5 &  0.61 &  \\
\hline
\end{tabular}
\end{scriptsize}
\end{table*}

\setcounter{table}{3}
\begin{table*}
\caption{Chandra/LETG line fluxes of Procyon continued.}
%\tabcolsep 3.pt
\begin{scriptsize}
\begin{tabular}{lrcrrrl}
\hline \hline
 Ion & {$\lambda$$_{\mathrm {model}}$} &
 log $T_{\mathrm {max}}$ & $F_{\mathrm {obs}}$ & S/N & ratio & Blends \\
\hline
{Mg}{x} &  63.1520 & 6.1 & 2.08e-14 &   8.0 & -0.19 &  \\
{Mg}{x} &  63.2950 & 6.1 & 3.82e-14 &  10.9 & -0.23 & {Mg}{x} 63.3110 \\
{Fe}{xvi} &  63.7190 & 6.5 & 2.25e-14 &   8.4 & -0.21 &  \\
{Fe}{xv} &  63.9580 & 6.3 & 1.94e-14 &   7.8 &  0.26 &  \\
No id. &  64.1230 & \ldots  & 2.52e-14 &   8.8 & \ldots &  \\
{Mg}{x} &  65.6730 & 6.1 & 9.77e-15 &   7.8 & -0.22 &  \\
{Mg}{x} &  65.8450 & 6.1 & 2.69e-14 &  13.3 & -0.11 & {Ne}{viii} 65.8940 \\
{Fe}{xvi} &  66.2630 & 6.5 & 9.90e-15 &   7.9 & -0.07 &  \\
No id. &  66.3130 & \ldots  & 9.61e-15 &   8.0 & \ldots & {Ne}{viii} 66.330 \\
{Fe}{xvi} &  66.3680 & 6.5 & 1.58e-14 &  10.0 & -0.04 &  \\
{Mg}{ix} &  67.1350 & 6.0 & 1.37e-14 &   6.3 &  0.30 & {Mg}{ix} 67.1410 \\
{Mg}{ix} &  67.2390 & 6.0 & 2.55e-14 &   8.6 &  0.19 & {Mg}{ix} 67.2460 \\
{Ne}{viii} &  67.3820 & 5.9 & 1.84e-14 &   7.3 &  0.33 & {Si}{x} 67.3550, {Ne}{viii} 67.3860 \\
{Fe}{xv} &  69.6490 & 6.3 & 5.09e-14 &  18.0 & -0.18 &  \\
No id. &  69.8730 & \ldots  & 3.50e-14 &  14.8 & \ldots & {Si}{viii} 69.825 \\
{Fe}{xv} &  70.0540 & 6.3 & 2.90e-14 &  13.5 &  0.34 & {Fe}{xv} 69.9450, 69.9870 \\
No id. &  71.9110 & \ldots  & 1.99e-14 &  11.1 & \ldots & {Mg}{ix} 71.901 \\
{S }{vii} &  72.0280 & 5.8 & 1.82e-14 &  10.6 &  0.60 & {Mg}{ix} 72.0280 \\
{Mg}{ix} &  72.3120 & 6.0 & 3.48e-14 &  14.7 & -0.12 &  \\
{S }{vii} &  72.6630 & 5.8 & 1.50e-14 &   9.7 &  1.01 &  \\
{S }{vii} &  72.8980 & 5.8 & 1.47e-14 &   9.5 &  0.87 &  \\
{Fe}{xv} &  73.4730 & 6.3 & 1.08e-14 &   8.2 & -0.43 & {Ne}{viii} 73.4750 \\
{Ne}{viii} &  73.5630 & 5.9 & 1.07e-14 &   8.1 &  0.19 & {Ne}{viii} 73.5650 \\
{Mg}{viii} &  74.8580 & 5.9 & 2.39e-14 &  11.9 &  0.10 &  \\
{Mg}{viii} &  75.0440 & 5.9 & 3.01e-14 &  13.4 & -0.02 & {Mg}{viii} 75.0340 \\
No id. &  76.0310 & \ldots  & 1.96e-14 &  10.7 & \ldots & {Fe}{x} 76.006 \\
{Mg}{ix} &  77.7370 & 6.0 & 2.86e-14 &  12.8 & -0.12 &  \\
No id. &  77.8340 & \ldots  & 1.16e-14 &   8.1 & \ldots &  \\
No id. &  79.4950 & \ldots  & 1.23e-14 &   8.4 & \ldots & {Fe}{xii} 79.488 \\
No id. &  80.5320 & \ldots  & 1.38e-14 &   8.7 & \ldots & {Fe}{xii} 80.510 \\
No id. &  82.7000 & \ldots  & 2.92e-14 &   8.6 & \ldots & {Fe}{xii} 82.744 \\
No id. &  83.5980 & \ldots  & 1.02e-14 &   7.3 & \ldots & {Mg}{viii} 83.587 \\
{Mg}{vii} &  83.9100 & 5.9 & 4.07e-15 &   4.6 & -0.01 &  \\
No id. &  83.9960 & \ldots  & 1.82e-14 &   9.7 & \ldots & {Mg}{vii} 84.025 \\
No id. &  86.8220 & \ldots  & 1.94e-14 &  10.1 & \ldots & {Mg}{viii} 86.847 \\
{Mg}{viii} &  87.0210 & 5.9 & 1.50e-14 &   8.8 &  0.47 &  \\
{Ne}{viii} &  88.0820 & 5.8 & 5.06e-14 &  16.2 &  0.06 & {Ne}{viii} 88.1190 \\
No id. &  91.8360 & \ldots  & 1.97e-14 &  10.2 & \ldots & {Ni}{x} 91.790 \\
No id. &  94.0510 & \ldots  & 3.76e-14 &  13.9 & \ldots & {Fe}{x} 94.012\\
No id. &  96.0420 & \ldots  & 3.18e-14 &  12.5 & \ldots & {Si}{vi} 96.022 \\
No id. &  96.1430 & \ldots  & 3.22e-14 &  12.5 & \ldots & {Fe}{x}  96.122 \\
{Ne}{vii} &  97.4950 & 5.8 & 1.37e-14 &   8.0 &  0.27 &  \\
{Ne}{viii} &  98.1150 & 5.8 & 2.78e-14 &  11.4 &  0.06 &  \\
{Ne}{viii} &  98.2600 & 5.8 & 5.25e-14 &  15.6 &  0.08 &  \\
No id. & 100.6000 & \ldots  & 2.42e-14 &  10.5 & \ldots & {Mg}{viii} 100.597 \\
No id. & 102.1000 & \ldots  & 6.31e-15 &   5.3 & \ldots &  \\
{Ne}{viii} & 102.9110 & 5.8 & 1.41e-14 &   8.0 &  0.06 &  \\
{Ne}{viii} & 103.0850 & 5.8 & 2.40e-14 &  10.4 & -0.01 &  \\
No id. & 103.5740 & \ldots  & 3.38e-14 &  12.3 & \ldots & {Fe}{ix} 103.566 \\
No id. & 103.9370 & \ldots  & 1.42e-14 &   8.0 & \ldots &  \\
No id. & 105.2350 & \ldots  & 2.57e-14 &  10.8 & \ldots & {Fe}{ix} 105.208 \\
No id. & 111.2550 & \ldots  & 1.93e-14 &   9.4 & \ldots & {Ca}{x} 111.198 \\
No id. & 113.7970 & \ldots  & 1.52e-14 &   8.3 & \ldots & {Fe}{viii} 113.763 \\
{O }{vi} & 115.8210 & 5.5 & 1.34e-14 &   7.9 &  0.32 & {O }{vi} 115.8300 \\
{Ne}{vii} & 116.6930 & 5.8 & 1.13e-14 &   7.2 & -0.00 &  \\
No id. & 127.7000 & \ldots  & 1.45e-14 &   6.5 & \ldots & {Ne}{vii} 127.663 \\
{Fe}{viii} & 130.9410 & 5.7 & 1.23e-14 &   6.0 & -0.03 &  \\
No id. & 131.2800 & \ldots  & 2.32e-14 &   8.2 & \ldots & {Fe}{viii} 131.24 \\
No id. & 148.4290 & \ldots  & 1.36e-13 &  20.3 & \ldots & {Ni}{xi} 148.402 \\
{O }{vi} & 150.0890 & 5.5 & 7.13e-14 &  14.7 &  0.43 & {O }{vi} 150.1250 \\
{Ni}{xii} & 152.1540 & 6.2 & 7.13e-14 &  14.7 &  0.01 &  \\
{Ni}{xii} & 154.1620 & 6.2 & 3.60e-14 &  10.4 &  0.02 &  \\
{Ni}{xiii} & 157.7290 & 6.2 & 3.11e-14 &   9.5 & -0.10 & {Ni}{xii} 157.8130 \\
No id. & 158.4290 & \ldots  & 2.20e-14 &   8.0 & \ldots & {Ni}{x} 158.377 \\
No id. & 160.0590 & \ldots  & 2.26e-14 &   7.9 & \ldots & {Ni}{x} 159.977 \\
{Ni}{xii} & 160.5550 & 6.2 & 1.75e-14 &   6.9 &  0.06 &  \\
No id. & 167.5560 & \ldots  & 4.32e-14 &   9.7 & \ldots & {Fe}{viii} 167.486 \\
No id. & 168.2090 & \ldots  & 6.75e-14 &  11.8 & \ldots & {Fe}{viii} 168.172 \\
{Fe}{ix} & 171.0730 & 5.9 & 8.75e-13 &  29.7 & -0.17 &  \\
%-----------------
\hline
\end{tabular}

{$^a$ Line fluxes (in erg cm$^{-2}$ s$^{-1}$) 
  measured in Chandra/LETG Procyon summed spectra. 
  log $T_{\mathrm {max}}$ indicates the maximum
  temperature (K) of formation of the line (unweighted by the
  EMD). ``Ratio'' is the log~($F_{\mathrm {obs}}$/$F_{\mathrm {pred}}$) 
  of the line. 
  Blends amounting to more than 5\% of the total flux for each line are
  indicated. For some lines not identified in APED, a tentative identification is suggested in the ``Blends'' column based on \citet{kelly}.}
\end{scriptsize}
\end{table*}

%------------------------------------------------- begin table
% Chandra/LETG eps Eri lines table
\setcounter{table}{4}
\begin{table*}
\caption{Chandra/LETG line fluxes of $\epsilon$~Eri$^a$}\label{tab:fleeri}
\tabcolsep 3.pt
\begin{scriptsize}
\begin{tabular}{lrcrrrl}
\hline \hline
 Ion & {$\lambda$$_{\mathrm {model}}$} &  
 log $T_{\mathrm {max}}$ & $F_{\mathrm {obs}}$ & S/N & ratio & Blends \\ 
\hline
%------------------------------------------------------
{Si}{xiii} &   6.6479 & 7.0 & 4.57e-14 &   8.0 & -0.07 & {Si}{xiii}  6.6882 \\
{Si}{xiii} &   6.7403 & 7.0 & 2.35e-14 &   5.7 & -0.02 & {Si}{xiii}  6.7388,  6.7432 \\
{Mg}{xii} &   8.4192 & 7.0 & 3.00e-14 &   6.8 & -0.10 & {Mg}{xii}  8.4246 \\
{Mg}{xi} &   9.1687 & 6.8 & 4.95e-14 &   8.4 & -0.25 &  \\
{Mg}{xi} &   9.2312 & 6.8 & 7.83e-14 &  10.5 &  0.12 & {Mg}{xi}  9.3143 \\
{Ne}{x} &   9.7080 & 6.8 & 1.65e-14 &   4.8 & -0.00 & {Ne}{x}  9.7080,  9.7085, {Fe}{xix}  9.6938 \\
{Ne}{x} &  10.2385 & 6.8 & 3.31e-14 &   6.8 & -0.17 & {Ne}{x} 10.2396 \\
{Fe}{xvii} &  11.2540 & 6.8 & 4.85e-14 &   8.6 & -0.01 & {Fe}{xviii} 11.3260 \\
{Fe}{xviii} &  11.5270 & 6.9 & 4.99e-14 &   8.9 & -0.05 & {Fe}{xviii} 11.5270, {Ne}{ix} 11.5440 \\
{Ne}{x} &  12.1320 & 6.8 & 3.15e-13 &  22.8 &  0.14 & {Ne}{x} 12.1321 \\
{Fe}{xxi} &  12.2840 & 7.0 & 7.90e-14 &  11.5 & -0.08 & {Fe}{xvii} 12.2660 \\
{Ni}{xix} &  12.4350 & 6.9 & 6.62e-14 &  10.6 &  0.06 & {Fe}{xxi} 12.3930 \\
{Fe}{xx} &  12.5760 & 7.0 & 1.38e-14 &   4.9 &  0.26 & {Fe}{xx} 12.5760, {Fe}{xxi} 12.5698 \\
{Fe}{xxi} &  12.6490 & 7.0 & 1.20e-14 &   4.5 & -0.04 & {Ni}{xix} 12.6560 \\
No id. &  12.7550 & \ldots & 1.30e-14 &   4.8 & \ldots & {Fe}{xxii} 12.7540 \\
{Fe}{xx} &  12.8240 & 7.0 & 4.33e-14 &   8.7 & -0.17 & {Fe}{xx} 12.8460, 12.8640 \\
{Fe}{xx} &  12.9650 & 7.0 & 4.09e-14 &   8.5 &  0.24 & {Fe}{xx} 12.9120, 12.9920, {Fe}{xix} 12.9330 \\
{Ne}{ix} &  13.4473 & 6.6 & 4.98e-13 &  30.6 &  0.07 & {Fe}{xix} 13.5180, {Ne}{ix} 13.5531 \\
{Ne}{ix} &  13.6990 & 6.6 & 2.01e-13 &  19.6 &  0.13 &  \\
{Fe}{xvii} &  13.8250 & 6.8 & 1.18e-13 &  15.1 &  0.03 & {Fe}{xix} 13.7458, 13.7950, {Ni}{xix} 13.7790, {Fe}{xvii} 13.8920 \\
{Fe}{xviii} &  13.9530 & 6.9 & 3.45e-14 &   8.2 &  0.40 & {Fe}{xix} 13.9549, 13.9551, {Fe}{xx} 13.9620 \\
{Ni}{xix} &  14.0430 & 6.8 & 4.48e-14 &   9.4 & -0.06 & {Fe}{xxi} 14.0080, {Ni}{xix} 14.0770 \\
{Fe}{xviii} &  14.2080 & 6.9 & 1.09e-13 &  14.7 & -0.17 & {Fe}{xviii} 14.2080 \\
{Fe}{xviii} &  14.2560 & 6.9 & 4.82e-14 &   9.8 &  0.09 & {Fe}{xviii} 14.2560, {Fe}{xx} 14.2670 \\
{Fe}{xviii} &  14.3430 & 6.9 & 9.73e-14 &  14.0 &  0.06 & {Fe}{xviii} 14.3730, 14.4250, 14.4392 \\
{Fe}{xviii} &  14.5710 & 6.9 & 6.44e-14 &  11.6 &  0.09 & {Fe}{xviii} 14.5340, 14.6011 \\
{Fe}{xix} &  14.6640 & 6.9 & 2.65e-14 &   7.5 &  0.26 & {Fe}{xviii} 14.6884 \\
{Fe}{xvii} &  15.0140 & 6.7 & 6.12e-13 &  36.4 & -0.05 &  \\
{Fe}{xvii} &  15.2610 & 6.7 & 3.56e-13 &  28.1 &  0.13 & {O }{viii} 15.1760 \\
{Fe}{xvii} &  15.4530 & 6.7 & 6.57e-14 &  12.0 &  0.36 & {Fe}{xviii} 15.4940 \\
{Fe}{xviii} &  15.6250 & 6.8 & 3.52e-14 &   8.9 & -0.05 &  \\
{Fe}{xviii} &  15.7590 & 6.8 & 1.35e-14 &   5.6 &  0.38 &  \\
{Fe}{xviii} &  15.8240 & 6.8 & 3.61e-14 &   9.1 & -0.03 & {Fe}{xviii} 15.8700 \\
{Fe}{xviii} &  15.9310 & 6.8 & 1.60e-14 &   6.0 &  0.24 &  \\
{O }{viii} &  16.0055 & 6.5 & 1.75e-13 &  20.0 &  0.03 & {Fe}{xviii} 16.0040, {O }{viii} 16.0067 \\
{Fe}{xviii} &  16.0710 & 6.8 & 9.38e-14 &  14.8 & -0.00 & {Fe}{xix} 16.1100, {Fe}{xviii} 16.1590 \\
{Fe}{xvii} &  16.3500 & 6.7 & 1.93e-14 &   6.9 &  0.09 & {Fe}{xviii} 16.3200, {Fe}{xix} 16.3414 \\
{Fe}{xvii} &  16.7800 & 6.7 & 3.12e-13 &  27.5 &  0.01 &  \\
{Fe}{xvii} &  17.0510 & 6.7 & 8.11e-13 &  41.0 &  0.13 & {Fe}{xvii} 17.0960 \\
{O }{vii} &  18.6270 & 6.3 & 4.60e-14 &  10.5 & -0.07 &  \\
{Ca}{xviii} &  18.7320 & 6.9 & 6.14e-15 &   3.8 & -0.03 & {Ca}{xviii} 18.6910, {Ar}{xvi} 18.6960 \\
No id. &  18.7870 & \ldots & 9.36e-15 &   4.8 & \ldots &  \\
{O }{viii} &  18.9671 & 6.5 & 7.31e-13 &  42.4 & -0.02 & {O }{viii} 18.9725 \\
{N }{vii} &  20.9095 & 6.3 & 1.04e-14 &   4.2 & -0.08 & {N }{vii} 20.9106 \\
{Ca}{xvii} &  21.1980 & 6.8 & 2.31e-14 &   6.3 &  0.27 &  \\
{Ca}{xvi} &  21.4500 & 6.7 & 9.30e-15 &   4.1 &  0.00 &  \\
{O }{vii} &  21.6015 & 6.3 & 3.98e-13 &  26.6 & -0.02 &  \\
No id. &  21.7100 & \ldots & 2.18e-14 &   6.2 & \ldots &  \\
{O }{vii} &  21.8036 & 6.3 & 8.64e-14 &  12.4 &  0.04 &  \\
No id. &  22.0220 & \ldots & 1.61e-14 &   5.4 & \ldots &  \\
{O }{vii} &  22.0977 & 6.3 & 2.64e-13 &  21.8 &  0.05 &  \\
{S }{xiv} &  24.2850 & 6.5 & 1.89e-14 &   6.1 &  0.58 & {S }{xiv} 24.2890 \\
{N }{vii} &  24.7792 & 6.3 & 8.76e-14 &  13.2 & -0.02 & {N }{vii} 24.7846 \\
{N }{vi} &  24.8980 & 6.2 & 1.14e-14 &   4.8 &  0.04 & {Ar}{xvi} 24.8540 \\
{Ar}{xvi} &  24.9910 & 6.7 & 1.03e-14 &   4.5 & -0.00 &  \\
{C }{vi} &  28.4652 & 6.2 & 2.41e-14 &   7.2 & -0.05 & {C }{vi} 28.4663 \\
{N }{vi} &  28.7870 & 6.2 & 2.24e-14 &   6.9 & -0.14 &  \\
{N }{vi} &  29.0843 & 6.1 & 2.14e-14 &   6.7 &  0.41 &  \\
{N }{vi} &  29.5347 & 6.1 & 1.45e-14 &   5.4 &  0.03 &  \\
{S }{xiv} &  30.4270 & 6.5 & 3.95e-14 &   8.3 & -0.28 & {S }{xiv} 30.4690, {Ca}{xi} 30.4710 \\
No id. &  32.2410 & \ldots & 2.76e-14 &   7.6 & \ldots &  \\
{S }{xiv} &  32.4160 & 6.5 & 2.14e-14 &   6.7 &  0.05 &  \\
{S }{xiv} &  32.5600 & 6.5 & 3.20e-14 &   8.1 & -0.08 & {S }{xiv} 32.5750 \\
{S }{xiv} &  33.5490 & 6.5 & 2.45e-14 &   7.1 &  0.13 &  \\
{C }{vi} &  33.7342 & 6.1 & 1.76e-13 &  19.1 & -0.01 & {C }{vi} 33.7396 \\
{S }{xiii} &  35.6670 & 6.4 & 3.66e-14 &   8.8 & -0.17 & {Ca}{xi} 35.6340, 35.7370 \\
{S }{xii} &  36.3980 & 6.4 & 3.44e-14 &   8.4 &  0.19 &  \\
{S }{xiii} &  37.5980 & 6.4 & 1.81e-14 &   5.8 & -0.09 &  \\
No id. &  37.9500 & \ldots & 3.67e-14 &   8.2 & \ldots & ({O}{viii} 18.97, 2$^{\rm nd}$ order) \\
{C }{v} &  40.2674 & 6.0 & 4.11e-14 &   6.7 &  0.29 & {S }{xi} 40.2730 \\
{S }{xii} &  43.6510 & 6.4 & 9.55e-15 &   6.7 &  0.45 &  \\
{Si}{xi} &  43.7630 & 6.2 & 2.48e-14 &  11.7 &  0.22 &  \\
{Si}{xii} &  44.0190 & 6.3 & 3.54e-14 &  14.0 &  0.06 & {Mg}{x} 44.0500, {Si}{xi} 44.0690 \\
{Si}{xii} &  44.1650 & 6.3 & 4.95e-14 &  16.6 &  0.06 & {Si}{xii} 44.1780 \\
{Si}{xii} &  45.5210 & 6.3 & 1.05e-14 &   7.7 &  0.01 &  \\
\hline
\end{tabular}
\end{scriptsize}
\end{table*}

\setcounter{table}{4}
\begin{table*}
\caption{Chandra/LETG line fluxes of $\epsilon$~Eri continued.}
%\tabcolsep 3.pt
\begin{scriptsize}
\begin{tabular}{lrcrrrl}
\hline \hline
 Ion & {$\lambda$$_{\mathrm {model}}$} &
 log $T_{\mathrm {max}}$ & $F_{\mathrm {obs}}$ & S/N & ratio & Blends \\
\hline
{Si}{xii} &  45.6910 & 6.3 & 1.98e-14 &  10.6 & -0.02 &  \\
{Ar}{ix} &  48.7390 & 6.1 & 6.69e-15 &   6.2 & -0.01 & {Si}{x} 48.6760, 48.7890 \\
{Si}{xi} &  49.2220 & 6.2 & 3.08e-14 &  13.4 & -0.09 & {Ar}{ix} 49.1860, {Fe}{xvii} 49.2623 \\
{Fe}{xvi} &  50.3500 & 6.5 & 3.51e-14 &  14.2 &  0.27 & {Fe}{xvii} 50.3419 \\
{Si}{x} &  50.5240 & 6.2 & 2.88e-14 &  12.7 &  0.10 & {Fe}{xvi} 50.5550 \\
{Si}{x} &  50.7030 & 6.2 & 1.83e-14 &  10.0 & -0.08 & {Si}{x} 50.6910 \\
{Si}{xi} &  52.2980 & 6.2 & 1.98e-14 &   7.1 & -0.12 & {Si}{xi} 52.2690 \\
{Fe}{xv} &  52.9110 & 6.4 & 2.24e-14 &   7.6 &  0.32 &  \\
{Fe}{xv} &  53.1100 & 6.4 & 5.83e-15 &   3.9 &  0.21 &  \\
{Fe}{xvi} &  54.1420 & 6.5 & 2.97e-14 &   8.8 &  0.29 &  \\
{Fe}{xvi} &  54.7280 & 6.5 & 4.66e-14 &  11.0 &  0.19 & {Fe}{xvi} 54.7630 \\
No id. &  56.9000 & \ldots & 2.61e-14 &  11.4 & \ldots & ({O}{viii} 18.97, 3$^{\rm rd}$ order) \\
{Mg}{x} &  57.8760 & 6.1 & 3.35e-14 &  12.8 &  0.09 & {Fe}{xvii} 57.9119, {Mg}{x} 57.9200 \\
No id. &  58.9500 & \ldots & 1.45e-14 &   8.3 & \ldots &  \\
{Fe}{xv} &  59.4050 & 6.3 & 2.19e-14 &  10.2 & -0.07 &  \\
{Fe}{xvi} &  62.8790 & 6.5 & 2.21e-14 &   7.2 & -0.20 &  \\
{Mg}{x} &  63.1520 & 6.1 & 1.03e-14 &   4.9 & -0.10 &  \\
{Mg}{x} &  63.2950 & 6.1 & 2.59e-14 &   7.8 &  0.00 & {Mg}{x} 63.3110 \\
{Fe}{xvi} &  63.7190 & 6.5 & 5.73e-14 &  11.6 & -0.10 &  \\
{Fe}{xv} &  63.9580 & 6.3 & 1.13e-14 &   5.1 &  0.07 &  \\
{Mg}{x} &  65.6730 & 6.1 & 9.06e-15 &   6.5 &  0.07 & {Ne}{x} 65.6440 \\
{Mg}{x} &  65.8450 & 6.1 & 1.26e-14 &   7.8 & -0.05 & {Ne}{viii} 65.8940 \\
{Fe}{xvi} &  66.2630 & 6.5 & 1.93e-14 &   9.4 & -0.10 &  \\
No id. &  66.3200 & \ldots & 1.45e-14 &   8.4 & \ldots & ({O}{vii} 22.0977, 3$^{\rm rd}$ order) \\
{Fe}{xvi} &  66.3680 & 6.5 & 3.60e-14 &  13.0 & -0.00 &  \\
{Fe}{xv} &  69.6490 & 6.3 & 3.78e-14 &  13.5 & -0.25 &  \\
{Fe}{xv} &  70.0540 & 6.3 & 1.94e-14 &   9.7 &  0.24 & {Fe}{xv} 69.9450, 69.9870 \\
No id. &  71.9090 & \ldots & 1.27e-14 &   5.3 & \ldots & {Mg}{ix} 71.901 \\
{Mg}{ix} &  72.3120 & 6.0 & 1.10e-14 &   4.9 &  0.23 &  \\
{Fe}{xv} &  73.4730 & 6.3 & 2.59e-14 &  11.0 &  0.00 & {Ne}{viii} 73.4750 \\
No id. &  76.51700 & \ldots & 1.47e-14 &   8.1 & \ldots & {Fe}{xvi} 76.51 \\
{Ne}{viii} &  88.0820 & 5.8 & 4.25e-14 &  12.9 & -0.07 & {Ne}{viii} 88.0820, 88.1190 \\
{Fe}{xviii} &  93.9230 & 6.8 & 6.53e-14 &  16.0 & -0.23 &  \\
{Ne}{viii} &  98.1150 & 5.8 & 1.44e-14 &   7.2 & -0.01 &  \\
{Ne}{viii} &  98.2600 & 5.8 & 2.59e-14 &   9.6 & -0.05 & {Ne}{viii} 98.2740 \\
{Fe}{xix} & 101.5500 & 6.9 & 1.03e-14 &   6.0 & -0.33 &  \\
{Fe}{xviii} & 103.9370 & 6.8 & 1.83e-14 &   8.0 & -0.30 &  \\
{Fe}{xix} & 108.3700 & \ldots & 1.70e-14 &   7.7 & \ldots &  \\
{Fe}{xxii} & 117.1700 & \ldots & 5.72e-15 &   4.5 & \ldots &  \\
{Fe}{xx} & 121.8300 &\ldots  & 4.77e-15 &   3.9 & \ldots &  \\
{Fe}{xx} & 132.8500 & \ldots & 2.94e-14 &   8.2 & \ldots &  \\
{Ca}{xii} & 141.0380 & 6.3 & 1.61e-14 &   4.8 & -0.27 & {Ca}{xii} 141.0380 \\
{Fe}{ix} & 171.0730 & 5.9 & 1.45e-13 &  10.8 &  0.06 &  \\
{Fe}{x} & 174.5340 & 6.0 & 7.62e-14 &   7.3 & -0.13 &  \\
%-----------------
\hline
\end{tabular}

{$^a$ Line fluxes (in erg cm$^{-2}$ s$^{-1}$) 
  measured in Chandra/LETG $\epsilon$~Eri spectrum. 
  log $T_{\mathrm {max}}$ indicates the maximum
  temperature (K) of formation of the line (unweighted by the
  EMD). ``Ratio'' is the log($F_{\mathrm {obs}}$/$F_{\mathrm {pred}}$) 
  of the line. 
  Blends amounting to more than 5\% of the total flux for each line are
  indicated. The lines in the range $\lambda$$\lambda$108--133 were excluded from the fit due to suspected problems of calibration.}
\end{scriptsize}
\end{table*}
%-----------------


%------------------------------------------------- begin table
% Chandra/HETG lambda And lines table
\setcounter{table}{5}
\begin{table*}
\caption{Chandra/HETG line fluxes of $\lambda$~And$^a$}\label{tab:flland}
\tabcolsep 3.pt
\begin{scriptsize}
\begin{tabular}{lrcrrrl}
\hline \hline
 Ion & {$\lambda$$_{\mathrm {model}}$} &  
 log $T_{\mathrm {max}}$ & $F_{\mathrm {obs}}$ & S/N & ratio & Blends \\ 
\hline
%------------------------------------------------------
{Ar}{xvii} &   3.9491 & 7.3 & 2.09e-14 &   3.9 &  0.00 &  \\
{S }{xvi} &   3.9908 & 7.4 & 9.47e-15 &   2.7 & -0.13 & {S }{xvi}  3.9920, {Ar}{xvii}  3.9941,  3.9942, {S }{xv}  3.9980 \\
{S }{xvi} &   4.7274 & 7.4 & 1.84e-14 &   3.7 & -0.09 & {S }{xvi}  4.7328 \\
{S }{xv} &   5.0387 & 7.2 & 4.05e-14 &   5.5 & -0.05 &  \\
{S }{xv} &   5.0665 & 7.1 & 1.87e-14 &   3.7 &  0.23 & {S }{xv}  5.0631 \\
{S }{xv} &   5.1015 & 7.2 & 2.37e-14 &   4.2 &  0.06 & {S }{xv}  5.0983, 5.1025 \\
{Si}{xiv} &   5.2168 & 7.2 & 2.27e-14 &   3.9 &  0.01 & {Si}{xiv}  5.2180 \\
{Si}{xiv} &   6.1804 & 7.2 & 1.47e-13 &  20.4 &  0.01 & {Si}{xiv}  6.1858 \\
{Mg}{xii} &   6.5800 & 7.0 & 4.39e-15 &   4.2 & -0.23 & {Fe}{xxiv}  6.5772, {Mg}{xii}  6.5802 \\
{Si}{xiii} &   6.6479 & 7.0 & 1.87e-13 &  25.7 & -0.02 &  \\
{Si}{xiii} &   6.6882 & 7.0 & 3.16e-14 &  10.5 & -0.07 & {Si}{xiii}  6.6850 \\
No id. &   6.7120 & \ldots & 2.42e-15 &   3.3 & \ldots &  \\
{Si}{xiii} &   6.7403 & 7.0 & 1.23e-13 &  21.6 &  0.08 & {Mg}{xii}  6.7378, {Si}{xiii}  6.7432 \\
{Mg}{xii} &   7.1058 & 7.0 & 4.53e-14 &  14.1 &  0.01 & {Mg}{xii}  7.1069 \\
{Al}{xiii} &   7.1710 & 7.1 & 3.22e-14 &  12.0 & -0.01 & {Fe}{xxiv}  7.1690, {Al}{xiii}  7.1764 \\
{Mg}{xi} &   7.4730 & 6.8 & 1.07e-14 &   7.0 &  0.04 &  \\
{Al}{xii} &   7.7573 & 6.9 & 3.04e-14 &  11.4 &  0.22 &  \\
{Mg}{xi} &   7.8503 & 6.8 & 2.94e-14 &  11.4 &  0.01 &  \\
{Al}{xii} &   7.8721 & 6.9 & 1.04e-14 &   6.7 & -0.12 & {Al}{xii}  7.8721 \\
{Fe}{xxiv} &   7.9857 & 7.3 & 1.56e-14 &   8.7 &  0.11 & {Fe}{xxiv}  7.9960 \\
{Fe}{xxiii} &   8.3038 & 7.2 & 8.09e-15 &   6.3 & -0.14 &  \\
{Fe}{xxiv} &   8.3761 & 7.3 & 5.79e-15 &   5.3 &  0.17 & {Fe}{xx}  8.3641 \\
{Mg}{xii} &   8.4192 & 7.0 & 3.33e-13 &  40.2 &  0.06 & {Mg}{xii}  8.4246 \\
{Fe}{xxi} &   8.5740 & 7.1 & 8.48e-15 &   5.6 & -0.01 & \\
{Fe}{xxii} &   8.9748 & 7.1 & 1.21e-14 &   6.9 & -0.06 &  \\
{Ni}{xxvi} &   9.0603 & 7.4 & 1.33e-14 &   7.7 & -0.02 & {Fe}{xxii}  9.0614, {Fe}{xx}  9.0647, 9.0659,  9.0683 \\
No id. &   9.1300 & \ldots  & 1.15e-14 &   7.1 & \ldots &  \\
{Mg}{xi} &   9.1687 & 6.8 & 2.03e-13 &  30.0 &  0.02 &  \\
{Fe}{xxi} &   9.1944 & 7.1 & 1.69e-14 &   8.6 &  0.15 & {Fe}{xx}  9.1882, 9.1979, {Mg}{xi}  9.1927, 9.1938 \\
No id. &   9.2190 & \ldots  & 6.70e-15 &   5.4 & \ldots & {Ne}{x} 9.215 \\
{Mg}{xi} &   9.2312 & 6.8 & 3.27e-14 &  12.0 & -0.03 & {Mg}{xi}  9.2282 \\
{Ni}{xix} &   9.2540 & 6.9 & 7.45e-15 &   5.7 &  0.29 &  \\
No id. &   9.2870 & \ldots & 1.40e-14 &   7.8 & \ldots &  {Ne}{x} 9.291 \\
{Mg}{xi} &   9.3143 & 6.8 & 9.75e-14 &  20.6 &  0.09 &  \\
No id. &  9.3600 & \ldots  & 1.16e-14 &   7.1 & \ldots &  \\
{Ni}{xx} &   9.3850 & 7.0 & 4.18e-15 &   4.2 & -0.29 & {Ni}{xxvi}  9.3853, {Ni}{xxv}  9.3900, {Fe}{xxii}  9.3933 \\
{Fe}{xxi} &   9.4797 & 7.0 & 3.71e-14 &  12.6 & -0.08 & {Ne}{x}  9.4807, 9.4809 \\
{Fe}{xix} &   9.6937 & 6.9 & 1.75e-14 &   8.5 &  0.42 & {Fe}{xix}  9.6938 \\
{Ne}{x} &   9.7080 & 6.8 & 5.33e-14 &  14.8 & -0.06 & {Fe}{xix}  9.6938, {Ne}{x}  9.7085 \\
{Ni}{xix} &   9.9770 & 6.9 & 2.34e-14 &   9.6 & -0.37 & {Ni}{xxv}  9.9700, {Fe}{xxi}  9.9887, {Fe}{xx}  9.9977, 10.0004, 10.0054 \\
No id. &  10.0200 & \ldots  & 1.89e-14 &   8.6 & \ldots & {Na}{xi}
10.0232, 10.0286  \\
{Fe}{xx} &  10.0529 & 7.0 & 1.16e-14 &   6.7 &  0.03 &  \\
{Fe}{xx} &  10.1203 & 7.0 & 1.31e-14 &   7.1 & -0.18 & {Ni}{xix} 10.1100, {Fe}{xix} 10.1195, {Fe}{xvii} 10.1210 \\
{Ne}{x} &  10.2385 & 6.8 & 1.91e-13 &  26.9 &  0.12 & {Ne}{x} 10.2396 \\
{Fe}{xxiv} &  10.6190 & 7.3 & 3.43e-14 &  11.0 & -0.16 & {Fe}{xix} 10.6295 \\
{Fe}{xix} &  10.6491 & 6.9 & 1.34e-14 &   6.8 & -0.22 & {Fe}{xix} 10.6414 \\
{Fe}{xxiv} &  10.6630 & 7.3 & 2.28e-14 &   8.9 & -0.14 & {Fe}{xvii} 10.6570 \\
{Fe}{xvii} &  10.7700 & 6.8 & 1.32e-14 &   6.7 & -0.25 & {Ne}{ix} 10.7650, {Fe}{xix} 10.7650 \\
{Fe}{xix} &  10.8160 & 6.9 & 2.17e-14 &   8.6 &  0.01 & \\
{Fe}{xxiii} &  10.9810 & 7.2 & 3.23e-14 &  10.3 & -0.16 &  \\
{Ne}{ix} &  11.0010 & 6.6 & 1.55e-14 &   7.1 & -0.03 & {Ni}{xxii} 10.9920, 10.9927, {Fe}{xix} 11.0022 \\
{Fe}{xxiv} &  11.0290 & 7.3 & 4.17e-14 &  11.7 & -0.20 & {Fe}{xxiii} 11.0190, {Fe}{xvii} 11.0260 \\
No id. &  11.1000 & \ldots  & 6.16e-15 &   4.4 & \ldots &  \\
{Fe}{xvii} &  11.1310 & 6.8 & 1.20e-14 &   6.2 & -0.28 & {Fe}{xxii} 11.1376 \\
{Fe}{xxiv} &  11.1760 & 7.3 & 3.96e-14 &  11.1 & -0.17 & {Fe}{xxiv} 11.1870 \\
{Fe}{xvii} &  11.2540 & 6.8 & 1.89e-14 &   7.6 & -0.35 & {Fe}{xxiv} 11.2680 \\
{Ni}{xxii} &  11.3049 & 7.1 & 9.47e-15 &   5.4 & -0.16 & {Fe}{xviii} 11.2930, {Fe}{xix} 11.2980, {Ni}{xxi} 11.3180 \\
{Fe}{xviii} &  11.3260 & 6.9 & 2.64e-14 &   8.9 & -0.13 & {Fe}{xxiii} 11.3360 \\
{Fe}{xviii} &  11.4230 & 6.9 & 2.48e-14 &   8.4 & -0.24 & {Fe}{xxii} 11.4270 \\
{Fe}{xxiv} &  11.4320 & 7.3 & 2.79e-14 &   8.9 & -0.00 &  \\
{Fe}{xxiii} &  11.4580 & 7.2 & 1.08e-14 &   5.6 &  0.06 & \\
{Fe}{xxii} &  11.4900 & 7.1 & 1.30e-14 &   6.1 & -0.19 & \\
{Fe}{xviii} &  11.5270 & 6.9 & 2.62e-14 &   8.4 & -0.06 & \\
{Ne}{ix} &  11.5440 & 6.6 & 3.90e-14 &  10.2 &  0.01 & {Fe}{xviii} 11.5740 \\
{Fe}{xxiii} &  11.7360 & 7.2 & 6.52e-14 &  12.9 & -0.16 &  \\
{Fe}{xxii} &  11.7700 & 7.1 & 6.53e-14 &  13.2 & -0.19 &  \\
{Fe}{xxii} &  11.8020 & 7.1 & 1.94e-14 &   7.2 &  0.28 & \\
{Ni}{xx} &  11.8320 & 7.0 & 1.69e-14 &   6.7 &  0.08 &  \\
{Fe}{xxii} &  11.9320 & 7.1 & 2.00e-14 &   7.3 &  0.07 &  \\
{Fe}{xxii} &  11.9770 & 7.1 & 2.44e-14 &   8.0 & -0.11 & {Fe}{xxi} 11.9750 \\
{Ne}{x} &  12.1321 & 6.8 & 8.32e-13 &  45.9 & -0.06 & {Fe}{xvii} 12.1240, {Ne}{x} 12.1375 \\
{Fe}{xxiii} &  12.1610 & 7.2 & 2.79e-14 &   8.4 & -0.26 &  \\
{Fe}{xxii} &  12.2100 & 7.1 & 2.48e-14 &   7.9 &  0.18 &  \\
{Fe}{xvii} &  12.2660 & 6.8 & 6.12e-14 &  12.3 & -0.03 &  \\
\hline
\end{tabular}
\end{scriptsize}
\end{table*}

\setcounter{table}{5}
\begin{table*}
\caption{Chandra/LETG line fluxes of $\lambda$~And continued.}
%\tabcolsep 3.pt
\begin{scriptsize}
\begin{tabular}{lrcrrrl}
\hline \hline
 Ion & {$\lambda$$_{\mathrm {model}}$} &
 log $T_{\mathrm {max}}$ & $F_{\mathrm {obs}}$ & S/N & ratio & Blends \\
\hline
{Fe}{xxi} &  12.2840 & 7.0 & 1.60e-13 &  19.8 &  0.01 &  \\
{Fe}{xxi} &  12.3930 & 7.0 & 3.89e-14 &   9.7 &  0.11 & {Fe}{xxi} 12.3940 \\
{Ni}{xix} &  12.4350 & 6.9 & 4.83e-14 &  10.7 & -0.34 & {Fe}{xxi} 12.4220, {Fe}{xxii} 12.4311, 12.4318 \\
{Fe}{xx} &  12.4680 & 7.0 & 1.52e-14 &   6.0 &  0.26 & {Fe}{xxi} 12.4687 \\
{Fe}{xxi} &  12.4990 & 7.0 & 4.18e-14 &   9.9 &  0.21 & {Fe}{xxi} 12.4956 \\
{Fe}{xxii} &  12.7540 & 7.1 & 3.33e-14 &   8.6 & -0.04 &  \\
No id. &  12.8100 & \ldots  & 6.88e-14 &  12.3 & \ldots &  \\
{Fe}{xx} &  12.8240 & 7.0 & 1.66e-13 &  19.0 & -0.29 & {Fe}{xxi} 12.8220, {Fe}{xx} 12.8460, 12.8640 \\
{Fe}{xx} &  12.9650 & 7.0 & 9.34e-14 &  14.1 & -0.10 & {Fe}{xx} 12.9120, {Fe}{xix} 12.9311, 12.9330, {Fe}{xxii} 12.9530 \\
{Fe}{xx} &  12.9920 & 7.0 & 1.56e-14 &   5.7 & -0.19 & \\
{Fe}{xix} &  13.0220 & 6.9 & 3.26e-14 &   8.2 &  0.05 & {Fe}{xx} 13.0240 \\
{Fe}{xx} &  13.0610 & 7.0 & 3.61e-14 &   8.7 &  0.01 & {Fe}{xx} 13.0580 \\
{Fe}{xx} &  13.1000 & 7.0 & 1.35e-14 &   5.2 & -0.05 &  \\
{Fe}{xx} &  13.1530 & 7.0 & 4.54e-14 &   9.6 & -0.09 & {Fe}{xx} 13.1370 \\
{Fe}{xx} &  13.2740 & 7.0 & 5.72e-14 &  10.6 &  0.05 & {Fe}{xx} 13.2240, 13.2241, {Fe}{xxii} 13.2360, {Fe}{xxi} 13.2487, {Ni}{xx} 13.2560, {Fe}{xix} 13.2658 \\
{Ni}{xx} &  13.3090 & 6.9 & 3.99e-14 &   8.8 &  0.04 & {Fe}{xx} 13.3017, 13.3089, {Fe}{xix} 13.3191, {Fe}{xviii} 13.3230, {Ni}{xx} 13.3236 \\
{Fe}{xx} &  13.3850 & 7.0 & 4.82e-14 &   9.6 &  0.03 & {Fe}{xviii} 13.3550, 13.3948 \\
{Fe}{xx} &  13.4090 & 7.0 & 2.51e-14 &   6.9 &  0.27 & {Fe}{xviii} 13.4070 \\
{Fe}{xix} &  13.4230 & 6.9 & 4.01e-14 &   8.7 &  0.19 & {Fe}{xx} 13.4181, {Fe}{xxi} 13.4308 \\
{Ne}{ix} &  13.4473 & 6.6 & 2.84e-13 &  23.2 &  0.02 & {Fe}{xix} 13.4620 \\
{Fe}{xxi} &  13.5070 & 7.0 & 9.92e-14 &  13.6 &  0.04 & {Fe}{xix} 13.4970 \\
{Fe}{xix} &  13.5180 & 6.9 & 9.04e-14 &  13.0 & -0.14 &  \\
{Fe}{xx} &  13.5350 & 7.0 & 3.75e-14 &   8.3 &  0.28 & \\
{Ne}{ix} &  13.5531 & 6.6 & 3.67e-14 &   8.2 & -0.13 & {Fe}{xix} 13.5510, 13.5540, {Fe}{xx} 13.5583 \\
{Fe}{xix} &  13.6450 & 6.9 & 3.83e-14 &   8.1 &  0.18 & {Fe}{xix} 13.6481 \\
{Fe}{xix} &  13.6828 & 6.9 & 5.86e-14 &  10.1 &  0.35 & {Fe}{xix} 13.6742, 13.6752, 13.6881, 13.6897 \\
{Ne}{ix} &  13.6990 & 6.6 & 1.10e-13 &  13.8 &  0.06 &  \\
{Fe}{xix} &  13.7950 & 6.9 & 1.35e-13 &  15.2 & -0.08 & {Fe}{xix} 13.7315, 13.7458, 13.7590, {Fe}{xx} 13.7670, {Ni}{xix} 13.7790 \\
{Fe}{xvii} &  13.8250 & 6.8 & 4.80e-14 &   9.0 &  0.02 &  \\
{Fe}{xix} &  13.8390 & 6.9 & 1.72e-14 &   5.4 & -0.14 & {Fe}{xx} 13.8430 \\
{Fe}{xviii} &  13.9530 & 6.9 & 2.93e-14 &   6.7 & -0.08 & {Fe}{xix} 13.9549, 13.9551, {Fe}{xx} 13.9620 \\
{Fe}{xxi} &  14.0080 & 7.0 & 2.52e-14 &   6.5 &  0.00 &  \\
{Ni}{xix} &  14.0430 & 6.8 & 5.85e-14 &   9.8 &  0.24 &  \\
{Ni}{xix} &  14.0770 & 6.8 & 3.17e-14 &   7.2 &  0.02 &  \\
{Fe}{xviii} &  14.2080 & 6.9 & 1.80e-13 &  16.9 & -0.18 & \\
{Fe}{xviii} &  14.2560 & 6.9 & 8.16e-14 &  10.7 & -0.04 & {Fe}{xx} 14.2670 \\
{Fe}{xviii} &  14.3430 & 6.9 & 1.89e-14 &   4.8 & -0.29 & \\
{Fe}{xviii} &  14.3730 & 6.9 & 6.08e-14 &   8.5 & -0.05 &  \\
{Fe}{xviii} &  14.5340 & 6.9 & 5.80e-14 &   8.4 &  0.06 &  \\
{Fe}{xviii} &  14.5710 & 6.9 & 7.69e-15 &   3.1 & -0.54 & {Fe}{xx} 14.5617 \\
{Fe}{xviii} &  14.6011 & 6.8 & 1.23e-14 &   3.8 & -0.04 & {Fe}{xviii} 14.6006 \\
{Fe}{xix} &  14.6640 & 6.9 & 4.63e-14 &   7.6 &  0.11 &  \\
{Fe}{xix} &  14.7250 & 6.9 & 1.93e-14 &   5.1 & -0.05 & {Fe}{xviii} 14.7260 \\
{Fe}{xx} &  14.7540 & 7.0 & 2.21e-14 &   5.7 &  0.02 &  \\
{O }{viii} &  14.8205 & 6.5 & 3.51e-14 &   7.6 &  0.20 &  \\
{Fe}{xx} &  14.9703 & 7.0 & 3.77e-14 &   8.1 &  0.11 & {Fe}{xix} 14.9610 \\
{Fe}{xvii} &  15.0140 & 6.7 & 2.95e-13 &  22.5 & -0.26 &  \\
{Fe}{xx} &  15.0470 & 7.0 & 2.25e-14 &   6.2 &  0.27 & \\
{Fe}{xix} &  15.0790 & 6.9 & 6.87e-14 &  10.8 &  0.23 &  \\
{O }{viii} &  15.1760 & 6.5 & 6.76e-14 &  10.6 & -0.08 & {O }{viii} 15.1765, {Fe}{xix} 15.1770 \\
{Fe}{xix} &  15.1980 & 6.9 & 5.37e-14 &   9.5 &  0.20 &  \\
{Fe}{xvii} &  15.2610 & 6.7 & 1.33e-13 &  14.8 & -0.07 &  \\
{Fe}{xvii} &  15.4530 & 6.7 & 2.93e-14 &   6.8 &  0.23 &  \\
{Fe}{xviii} &  15.6250 & 6.8 & 7.00e-14 &  10.4 &  0.03 &  \\
{Fe}{xviii} &  15.8240 & 6.8 & 5.04e-14 &   8.7 &  0.11 &  \\
{Fe}{xviii} &  15.8700 & 6.8 & 4.68e-14 &   8.3 &  0.32 &  \\
{O }{viii} &  16.0055 & 6.5 & 2.37e-13 &  18.6 & -0.11 & {Fe}{xviii} 16.0040, {O }{viii} 16.0067 \\
{Fe}{xviii} &  16.0710 & 6.8 & 1.54e-13 &  14.9 &  0.25 &  \\
{Fe}{xix} &  16.1100 & 6.9 & 4.77e-14 &   8.3 & -0.01 & {Fe}{xviii} 16.1127 \\
{Fe}{xviii} &  16.1590 & 6.8 & 1.52e-14 &   4.7 & -0.37 &  \\
{Fe}{xvii} &  16.2285 & 6.7 & 8.52e-15 &   3.5 &  0.24 &  \\
{Fe}{xix} &  16.2830 & 6.9 & 8.24e-15 &   3.4 & -0.28 & {Fe}{xviii} 16.2882 \\
{Fe}{xviii} &  16.3200 & 6.8 & 1.75e-14 &   5.0 &  0.26 &  \\
{Fe}{xvii} &  16.3500 & 6.7 & 1.57e-14 &   4.7 &  0.18 & {Fe}{xix} 16.3414 \\
{Fe}{xvii} &  16.7800 & 6.7 & 1.74e-13 &  15.0 & -0.12 &  \\
{Fe}{xvii} &  17.0510 & 6.7 & 2.41e-13 &  17.4 & -0.01 &  \\
{Fe}{xvii} &  17.0960 & 6.7 & 2.25e-13 &  16.7 &  0.06 &  \\
{Fe}{xviii} &  17.6230 & 6.8 & 4.68e-14 &   7.1 & -0.08 &  \\
{O }{vii} &  18.6270 & 6.3 & 1.01e-14 &   3.1 & -0.31 & {Ar}{xvi} 18.6240 \\
{Ca}{xviii} &  18.6910 & 6.9 & 7.87e-15 &   2.7 & -0.00 &  \\
{O }{viii} &  18.9671 & 6.5 & 1.00e-12 &  29.4 & -0.09 & {O }{viii} 18.9725 \\
{O }{vii} &  21.6015 & 6.3 & 1.30e-13 &   8.2 &  0.03 &  \\
{O }{vii} &  21.8036 & 6.3 & 1.01e-14 &   2.2 & -0.22 &  \\
{O }{vii} &  22.0977 & 6.3 & 7.63e-14 &   5.7 &  0.05 & {Ca}{xvii} 22.1140 \\
%-----------------
\hline
\end{tabular}

{$^a$ Line fluxes (in erg cm$^{-2}$ s$^{-1}$) 
  measured in Chandra/HETG $\lambda$~And spectra. 
  log $T_{\mathrm {max}}$ indicates the maximum
  temperature (K) of formation of the line (unweighted by the
  EMD). ``Ratio'' is the log($F_{\mathrm {obs}}$/$F_{\mathrm {pred}}$) 
  of the line. 
  Blends amounting to more than 5\% of the total flux for each line are
  indicated.}
\end{scriptsize}
\end{table*}
%-----------------


%------------------------------------------------- begin table
% XMM/RGS V851 Cen lines table
\begin{table*}
\caption{XMM/RGS line fluxes of V851 Cen$^a$}\label{tab:flv851}
\tabcolsep 3.pt
\begin{scriptsize}
\begin{tabular}{lrcrrrl}
\hline \hline
 Ion & {$\lambda$$_{\mathrm {model}}$} &  
 log $T_{\mathrm {max}}$ & $F_{\mathrm {obs}}$ & S/N & ratio & Blends \\ 
\hline
%------------------------------------------------------
{Si}{xiii} &  6.6480 & 7.0 & 4.51e-14 &   3.1 & -0.00 & {Si}{xiii}  6.6882, 6.7403, {Mg}{xii}  6.7378 \\
{Mg}{xii} &  8.4192 & 7.0 & 9.90e-14 &   7.8 &  0.07 & {Mg}{xii}  8.4246 \\
{Mg}{xi} &  9.1687 & 6.8 & 3.52e-14 &   4.8 & -0.14 &  \\
{Mg}{xi} &  9.2312 & 6.8 & 4.64e-14 &   4.1 &  0.10 & {Mg}{xi}  9.3143, {Ni}{xxv}  9.3400 \\
{Fe}{xxi} &  9.4797 & 7.0 & 3.82e-14 &   4.2 &  0.27 & {Ne}{x}  9.4807,  9.4809 \\
{Ne}{x} &  9.7080 & 6.8 & 2.29e-14 &   4.1 & -0.20 & {Ne}{x}  9.7085 \\
No id. & 10.0200 & \ldots & 4.41e-14 &   3.0 & \ldots & {Na}{xi}
10.0232, 10.0286 \\
{Ne}{x} & 10.2385 & 6.8 & 8.14e-14 &   7.2 & -0.06 & {Ne}{x} 10.2396 \\
{Fe}{xxiv} & 10.6190 & 7.3 & 3.80e-14 &   3.2 &  0.02 & {Fe}{xix} 10.6414, 10.6491, {Fe}{xvii} 10.6570, {Fe}{xxiv} 10.6630 \\
{Fe}{xvii} & 10.7700 & 6.8 & 3.44e-14 &   2.4 &  0.09 & {Ni}{xxiii} 10.7214, 10.8491, {Ne}{ix} 10.7650, {Fe}{xix} 10.8160 \\
{Fe}{xxiii} & 11.0190 & 7.2 & 4.97e-14 &   3.2 & -0.07 & {Fe}{xxiii} 10.9810, {Ne}{ix} 11.0010, {Fe}{xxiv} 11.0290 \\
{Fe}{xxiv} & 11.1760 & 7.3 & 2.64e-14 &   4.8 & -0.04 & {Fe}{xvii} 11.1310, {Fe}{xxiv} 11.1870 \\
{Fe}{xvii} & 11.2540 & 6.8 & 3.45e-14 &   2.9 &  0.25 & {Ni}{xxii} 11.2118, {Fe}{xxiv} 11.2680, {Fe}{xxiii} 11.2850, {Ni}{xxi} 11.2908 \\
{Fe}{xviii} & 11.4230 & 6.9 & 2.20e-14 &   2.2 & -0.14 & {Fe}{xxii} 11.4270, {Fe}{xxiv} 11.4320, {Fe}{xxiii} 11.4580 \\
{Fe}{xviii} & 11.5270 & 6.9 & 4.40e-14 &   3.8 &  0.03 & {Fe}{xxii} 11.4900, {Ni}{xix} 11.5390, {Ne}{ix} 11.5440 \\
{Fe}{xxii} & 11.7700 & 7.1 & 8.27e-14 &   6.0 & -0.01 & {Fe}{xxiii} 11.7360 \\
{Ne}{x} & 12.1320 & 6.8 & 4.99e-13 &   5.9 &  0.12 & {Ne}{x} 12.1321 \\
{Fe}{xxi} & 12.2840 & 7.0 & 3.64e-14 &   3.2 & -0.18 & {Fe}{xvii} 12.2660 \\
{Ni}{xix} & 12.4350 & 6.9 & 3.97e-14 &   3.5 & -0.17 & {Fe}{xxi} 12.3930, 12.4220, 12.4990 \\
{Fe}{xx} & 12.8240 & 7.0 & 5.31e-14 &   5.2 & -0.13 & {Fe}{xxi} 12.8220, {Fe}{xx} 12.8460, 12.8640 \\
{Fe}{xx} & 12.9650 & 7.0 & 4.00e-14 &   4.3 &  0.04 & {Fe}{xx} 12.9120, 12.9920, 13.0240,{Fe}{xix} 12.9330, 13.0220, {Fe}{xxii} 12.9530  \\
{Ne}{ix} & 13.4473 & 6.6 & 2.01e-13 &  13.3 &  0.12 &  \\
{Fe}{xix} & 13.5180 & 6.9 & 5.92e-14 &   6.9 & -0.13 & {Fe}{xix} 13.4970, {Fe}{xxi} 13.5070, {Ne}{ix} 13.5531 \\
{Ne}{ix} & 13.6990 & 6.6 & 8.12e-14 &   8.5 &  0.05 & {Fe}{xix} 13.6450, 13.7315, 13.7458 \\
{Fe}{xix} & 13.7950 & 6.9 & 3.81e-14 &   4.2 & -0.04 & {Fe}{xx} 13.7670, {Ni}{xix} 13.7790, {Fe}{xvii} 13.8250 \\
{Fe}{xxi} & 14.0080 & 7.0 & 4.81e-14 &   5.7 &  0.07 & {Ni}{xix} 14.0430, 14.0770 \\
{Fe}{xviii} & 14.2080 & 6.9 & 6.40e-14 &   6.6 & -0.13 & {Fe}{xviii} 14.2080, {Fe}{xviii} 14.2560, {Fe}{xx} 14.2670 \\
{Fe}{xviii} & 14.3730 & 6.9 & 3.16e-14 &   5.0 & -0.15 & {Fe}{xx} 14.3318, {Fe}{xviii} 14.3430, {Fe}{xviii} 14.3430, {Fe}{xx} 14.4207, {Fe}{xviii} 14.4250, {Fe}{xviii} 14.4392 \\
{Fe}{xviii} & 14.5340 & 6.9 & 4.32e-14 &   4.3 &  0.24 & {Fe}{xviii} 14.4856, {Fe}{xviii} 14.5056, {Fe}{xviii} 14.5710, {Fe}{xviii} 14.6011 \\
{O }{viii} & 14.8205 & 6.5 & 3.01e-14 &   4.6 &  0.31 & {Fe}{xviii} 14.7820, {O }{viii} 14.8207, {Fe}{xx} 14.8276 \\
{Fe}{xvii} & 15.0140 & 6.7 & 9.47e-14 &  10.6 & -0.21 & {Fe}{xix} 15.0790 \\
{O }{viii} & 15.1760 & 6.5 & 5.19e-14 &   9.0 &  0.18 & {O }{viii} 15.1765, {Fe}{xix} 15.1980 \\
{Fe}{xvii} & 15.2610 & 6.7 & 2.78e-14 &   4.4 & -0.11 &  \\
{Fe}{xvii} & 15.4530 & 6.7 & 1.56e-14 &   3.8 &  0.25 & {Fe}{xix} 15.4136, {Fe}{xviii} 15.4940, {Fe}{xx} 15.5170, {Fe}{xviii} 15.5199 \\
{Fe}{xviii} & 15.6250 & 6.8 & 2.62e-14 &   4.6 &  0.23 &  \\
{Fe}{xviii} & 15.8700 & 6.8 & 2.02e-14 &   3.7 &  0.13 & {Fe}{xviii} 15.8240 \\
{O }{viii} & 16.0066 & 6.5 & 1.16e-13 &  10.3 & -0.07 & {Fe}{xviii} 16.0040, {O }{viii} 16.0055, {Fe}{xviii} 16.0710, {Fe}{xix} 16.1100, {Fe}{xviii} 16.1590 \\
{Fe}{xvii} & 16.7800 & 6.7 & 3.85e-14 &   6.1 & -0.15 &  \\
{Fe}{xvii} & 17.0510 & 6.7 & 1.02e-13 &   7.3 & -0.01 & {Fe}{xvii} 17.0960 \\
{Fe}{xviii} & 17.6230 & 6.8 & 6.16e-15 &   1.7 & -0.34 &  \\
{O }{vii} & 18.6270 & 6.3 & 1.83e-14 &   4.0 &  0.03 & {Ca}{xviii} 18.6910 \\
{O }{viii} & 18.9671 & 6.5 & 3.45e-13 &  27.5 & -0.08 & {O }{viii} 18.9725 \\
{Ca}{xvi} & 21.4500 & 6.7 & 3.57e-15 &   2.2 & -0.02 & {Ca}{xvi} 21.4410 \\
{O }{vii} & 21.6015 & 6.3 & 3.78e-14 &   4.2 & -0.08 & {Ca}{xvi} 21.6100 \\
{O }{vii} & 22.0977 & 6.3 & 1.39e-14 &   2.2 & -0.26 & {Ca}{xvii} 22.1140 \\
{Ar}{xvi} & 23.5460 & 6.7 & 6.92e-15 &   1.4 &  0.09 & {Ar}{xvi} 23.5900, {Ca}{xvi} 23.6260 \\
{N }{vii} & 24.7792 & 6.3 & 3.26e-14 &   7.4 &  0.00 & {N }{vii} 24.7846, {Ar}{xvi} 24.8540 \\
{Ar}{xvi} & 24.9910 & 6.7 & 4.30e-15 &   1.4 & -0.08 & {Ar}{xvi} 24.9910, {Ar}{xvi} 25.0130, {Ar}{xv} 25.0500 \\
{C }{vi} & 26.9896 & 6.2 & 2.70e-15 &   1.2 &  0.30 & {C }{vi} 26.9901 \\
{C }{vi} & 28.4652 & 6.2 & 2.35e-15 &   1.8 & -0.21 & {C }{vi} 28.4663 \\
{C }{vi} & 33.7342 & 6.1 & 2.10e-14 &   4.6 & -0.01 & {C }{vi} 33.7396 \\
%-----------------
\hline
\end{tabular}

{$^a$ Line fluxes (in erg cm$^{-2}$ s$^{-1}$) 
  measured in XMM/RGS V851 Cen spectra. 
  log $T_{\rm max}$ indicates the maximum
  temperature (K) of formation of the line (unweighted by the
  EMD). ``Ratio'' is the log($F_{\mathrm {obs}}$/$F_{\mathrm {pred}}$) 
  of the line. 
  Blends amounting to more than 5\% of the total flux for each line are
  indicated.}
\end{scriptsize}
\end{table*}
%-----------------

\end{document}
