\documentstyle{l-aa}
\begin{document}
\begin{table*}
\caption{Systems data}
\label{sdata}
\begin{tabular}{llllll}
\hline
\multicolumn{1}{l}{GJ/Other}    &
\multicolumn{1}{c}{$\pi$}       &
\multicolumn{1}{c}{P, yrs}      &
\multicolumn{1}{c}{a''}         &
\multicolumn{1}{c}{f}           &
\multicolumn{1}{l}{References}  \\
\hline
 22 A-C               & 0.1006 $\pm$ 0.0022&15.98 $\pm$ 0.13   &0.5090 $\pm$ 0.0033 & 0.281 $\pm$ 0.008 &38,40,75,83                        \\
 22 AC-B              & 0.1006 $\pm$ 0.0022&321.7 $\pm$ 1.5    &4.088  $\pm$ 0.024  & 0.096 $\pm$ 0.028 &20,38,39,40,49,75,78,79,80,81,82,83\\
 34 A-B               & 0.1684 $\pm$ 0.0031&426   $\pm$ 37     &11.28  $\pm$ 0.48   & 0.434 $\pm$ 0.026 &4,12,44,49,74,84,85,86,87,88,89    \\
 65 A-B               & 0.3807 $\pm$ 0.0043&26.6  $\pm$ 1.5    &2.01   $\pm$ 0.08   & 0.522 $\pm$ 0.018 &1,2,3,5,6,7,8,9,10,50,51,82,90,91  \\
 67 A-B               & 0.0731 $\pm$ 0.0039&19.50 $\pm$ 0.28   &0.610  $\pm$ 0.021  & 0.215 $\pm$ 0.014 &19,57,75                           \\
 98 A-B               & 0.0609 $\pm$ 0.0038&25.23 $\pm$ 0.06   &0.542  $\pm$ 0.009  & 0.526 $\pm$ 0.016 &49,52,63,64,86,88,92,93            \\
 166 B-C              & 0.2071 $\pm$ 0.0025&250.3 $\pm$ 2.0    &6.943  $\pm$ 0.017  & 0.262 $\pm$ 0.010 &44,49,50,58,59,82,86               \\
 234 A-B              & 0.2421 $\pm$ 0.0017&16.58 $\pm$ 0.08   &0.97   $\pm$ 0.06   & 0.367 $\pm$ 0.022 &9,11-16,50,71,75,82,94,95          \\
 278 E-F$^{\rm a}$    & 0.0683 $\pm$ 0.0028&                   &                    &                   &20,39,44,47                        \\
 352 A-B              & 0.1079 $\pm$ 0.0091&18.3  $\pm$ 1.0    &0.551  $\pm$ 0.030  & 0.525 $\pm$ 0.030 &46,49,75,96                        \\
 379 A-B              & 0.0542 $\pm$ 0.0075&165   $\pm$ 39     &1.59   $\pm$ 0.05   & 0.521 $\pm$ 0.047 &3,32,41,49,97                      \\
 473 A-B              & 0.2322 $\pm$ 0.0043&16.2  $\pm$ 0.8    &0.715  $\pm$ 0.040  & 0.430 $\pm$ 0.035 &9,21,22,23,49,50,81,82,98          \\
 508 A-B              & 0.1030 $\pm$ 0.0080&49.6  $\pm$ 0.8    &1.46   $\pm$ 0.06   & 0.377 $\pm$ 0.031 &3,20,36,81,86,88,99,100,103        \\
 570 B-C$^{\rm a}$    & 0.1742 $\pm$ 0.0060&0.8460$\pm$ 0.0019 &0.1467 $\pm$ 0.005  & 0.415 $\pm$ 0.020 &4,67,68,75,101,102                 \\
 623 A-B              & 0.1317 $\pm$ 0.0039&3.712 $\pm$ 0.046  &0.2730 $\pm$ 0.0028 & 0.186 $\pm$ 0.014 &14,24,25,26,75,102                 \\
 630.1 A-B$^{\rm a}$  & 0.0690 $\pm$ 0.0029&                   &                    &                   &42,44,45                           \\
 644 A-B              & 0.1539 $\pm$ 0.0026&1.708 $\pm$ 0.026  &0.205  $\pm$ 0.013  & 0.751 $\pm$ 0.029 &9,30-35,49,52,81,82,86,88,104,105  \\
 661 A-B              & 0.1595 $\pm$ 0.0031&12.81 $\pm$ 0.91   &0.705  $\pm$ 0.010  & 0.492 $\pm$ 0.014 &44,49,51,75,76,81,86,88,106-110    \\
 677 A-B              & 0.0482 $\pm$ 0.0045&60.3  $\pm$ 2.7    &0.601  $\pm$ 0.005  & 0.480 $\pm$ 0.011 &20,49,60,75,78,86,88,111,112,113   \\
 704 A-B              & 0.0592 $\pm$ 0.0039&55.93 $\pm$ 0.42   &1.035  $\pm$ 0.038  & 0.399 $\pm$ 0.029 &37,43,49,71,77,86,88,114-118       \\
 725 A-B              & 0.2861 $\pm$ 0.0018&454   $\pm$ 44     &15.1   $\pm$ 0.9    & 0.489 $\pm$ 0.027 &7,17,18,20,49,52,79,82,119-127     \\
 795 A-B              & 0.0635 $\pm$ 0.0031&38.3  $\pm$ 1.0    &0.793  $\pm$ 0.022  & 0.405 $\pm$ 0.024 &49,71,72,73,76,128,129             \\
 815 A-C$^{\rm a}$    & 0.0661 $\pm$ 0.0045&                   &                    &                   &49,61,62,82,130                    \\
 815 AC-B$^{\rm a}$   & 0.0661 $\pm$ 0.0045&28.79 $\pm$ 0.76   &0.77   $\pm$ 0.06   & 0.278 $\pm$ 0.037 &49,61,62,82,130                    \\
 860 A-B              & 0.2519 $\pm$ 0.0023&44.64 $\pm$ 0.17   &2.388  $\pm$ 0.006  & 0.377 $\pm$ 0.013 &39,44,49-56,82,86,88,110,131-133   \\
 863.1 A-B            & 0.0458 $\pm$ 0.0030&46.1  $\pm$ 1.2    &0.480  $\pm$ 0.004  & 0.50  $\pm$ 0.05  &37,48                              \\
 896 A-B              & 0.1519 $\pm$ 0.0037&360   $\pm$ 110    &6.9    $\pm$ 1.0    & 0.220 $\pm$ 0.030 &32,39,50,69,70,76,81,82            \\
 1005 A-B             & 0.1887 $\pm$ 0.0084&4.713 $\pm$ 0.20   &0.313  $\pm$ 0.016  & 0.38  $\pm$ 0.09  &27,28,134,135                      \\
 1245 A-C$^{\rm a}$   & 0.2120 $\pm$ 0.0043&15.22 $\pm$ 0.37   &0.804  $\pm$ 0.008  & 0.435 $\pm$ 0.047 &65,66,75                           \\
 ADS 8048 B-C         & 0.0292 $\pm$ 0.0054&23.66 $\pm$ 0.087  &0.253  $\pm$ 0.023  & 0.576 $\pm$ 0.042 &136,137                            \\
 ADS 9352 A-B         & 0.0534 $\pm$ 0.0035&51    $\pm$ 12     &0.63   $\pm$ 0.20   & 0.499 $\pm$ 0.042 &49,136,138,139,140                 \\
 Kui 84 A-BC$^{\rm a}$& 0.0284 $\pm$ 0.0018&14.673$\pm$ 0.20   &0.163  $\pm$ 0.017  & 0.63  $\pm$ 0.06  &130,141,142                        \\
 Kui 84 B-C$^{\rm a}$ & 0.0284 $\pm$ 0.0018&                   &                    &                   &130,141,142                        \\
\hline
\end{tabular}
\begin{list}{}{}
\item[$^{\rm a}$] Modified component's designation.
\end{list}
{\scriptsize
       1 - Geyer D.W. et al. (1988),
       2 - Harrington R.S. \& Behall A.L. (1973),
       3 - Heintz W.D. (1987a),
       4 - Harris D.E. \& Johnson H.M. (1985),
       5 - Protitch M.B. (1955),
       6 - Luyten W.J. (1956),
       7 - Veeder G.J. (1974),
       8 - Erro B.I. (1971),
       9 - Joy A.H. \& Abt H.A. (1974),
      10 - Bessell M.S. (1991),
      11 - Lippincott S.L. \& Hershey J.L. (1972),
      12 - Kron G.E. et al. (1957),
      13 - Ianna P.A. (1979),
      14 - McCarthy D.W. (1983),
      15 - Probst R.G. (1977),
      16 - Lippincott S.L. (1955),
      17 - Heintz W.D. (1987b),
      18 - Hershey J.L. (1982),
      19 - Henry T.J. et al. (1992),
      20 - Eggen O.J. (1968),
      21 - Heintz W.D. (1989b),
      22 - Upgren A.R. \& Mesrobian W.S. (1971),
      23 - Lippincott S.L. (1958),
      24 - Lippincott S.L. \& Borgman E.R. (1978),
      25 - Marcy G.W. \& Moore D. (1989),
      26 - McCarthy D.W. \& Henry T.J. (1987),
      27 - Ianna P.A. et al. (1988),
      28 - Heintz W.D. (1990a),
      29 - Rodgers A.W. \& Eggen O.J. (1974),
      30 - Heintz W.D. (1984b),
      31 - Weis E.W. (1982),
      32 - Baize P. (1966),
      33 - Eggen O.J. (1965),
      34 - Fleischer R. (1957),
      35 - Vaiana G.S. et al. (1981),
      36 - Heintz W.D. (1969),
      37 - Heintz W.D. (1972),
      38 - Hershey J.L. (1973),
      39 - Gershberg R.E. (1978),
      40 - McCarthy D.W. et al. (1991),
      41 - Hershey J.L. (1972),
      42 - Metcalf T.S. et al. (1995),
      43 - Wooley R. et al. (1970),
      44 - Popper D.M. (1980),
      45 - Bessell M.S. (1990),
      46 - Heintz W.D. (1979),
      47 - Leung K.-C. \& Schneider D.P. (1978),
      48 - Heintz W.D. (1976),
      49 - Eggen O.J. (1956a),
      50 - Rodono M. (1978),
      51 - van de Kamp P. (1959),
      52 - Dzervitis U.K. (1973),
      53 - Hall R.G. (1952),
      54 - Lippincott S.L. (1953),
      55 - van de Kamp P. (1971),
      56 - van de Kamp P. (1938),
      57 - Lippincott S.L. et al. (1983),
      58 - Heintz W.D. (1974),
      59 - Plaut L. (1953),
      60 - Lippincott S.L. (1982),
      61 - Russell J. \& Gatewood G. (1980),
      62 - Fekel T. Jr. et al. (1978),
      63 - Wanner J.F. (1969),
      64 - Heintz W.D. (1991a),
      65 - Harrington R.C. (1990),
      66 - McCarthy D.W. et al. (1985),
      67 - Mariotti J.-M. et al. (1990),
      68 - Lindsay V. et al. (1987),
      69 - Heintz W.D. (1984a),
      70 - Kuiper G.P. (1943),
      71 - Feierman B.H. (1971),
      72 - Morel P.J. (1969),
      73 - Heintz W.D. (1989a),
      74 - Strand K.Aa. (1969),
      75 - Henry T.J. \& McCarthy D.W. (1993),
      76 - Heintz W.D. \& Borgman E.R. (1984),
      77 - Kamper K.W. \& Beardsley W.R. (1986),
      78 - Heintz W.D. (1993b),
      79 - Eggen O.J. (1955),
      80 - Weis E.W. (1993),
      81 - Wilson R.H. Jr. (1954),
      82 - Baize P. \& Petit M. (1989),
      83 - Heintz W.D. (1993c),
      84 - van de Kamp P. \& Worth M.D. (1971),
      85 - van de Kamp P. \& Flather E. (1955),
      86 - Baize P. (1951),
      87 - Baize P. (1946),
      88 - Baize P. (1950),
      89 - Kamper K.W. (1976),
      90 - Luyten W.J. (1949),
      91 - Worley C.E. \& Behall A.L. (1973),
      92 - Heintz W.D. (1975),
      93 - Wierzbinski St. (1958),
      94 - Eggen O.J. (1965a),
      95 - Coppenbarger D.S. et al. (1994),
      96 - Tifft W.G. (1955),
      97 - Baize P. (1989),
      98 - Heintz W.D. (1990b),
      99 - Arend S. (1949),
     100 - Heintz W.D. (1962),
     101 - Duquennoy A. \& Major M. (1988),
     102 - Marcy G.W. \& Benitz K.J. (1989),
     103 - Baize P. (1949a),
     104 - Baize P. (1949b),
     105 - Wieth-Knudsen N. (1953),
     106 - Eggen O.J. (1967),
     107 - Martin E.L. (1949),
     108 - van Biesbroeck G. (1949),
     109 - Zimmermann G. (1939),
     110 - Baize P. (1944),
     111 - Heintz W.D. (1993d),
     112 - Baize P. (1955),
     113 - Heintz W.D. (1980),
     114 - van Biesbroeck G.(1947),
     115 - Worley C.E. (1969),
     116 - Wallenquist A. (1981),
     117 - van den Bos W.H. (1959),
     118 - Hartkopf W.I. \& McAlister H.A. (1984),
     119 - Eggen O.J. (1956b),
     120 - Eichhorn H. \& Alden H.L. (1960),
     121 - van de Kamp P. et al. (1968),
     122 - Eggen O.J. (1974),
     123 - Baize P. (1976),
     124 - Kamper K.W. (1966),
     125 - Heintz W.D. (1988),
     126 - Baize P. (1985),
     127 - Kisselev A.A. \& Kiyaeva O.V. (1988),
     128 - Heintz W.D. (1984c),
     129 - Baize P. (1957),
     130 - Lippincott S.L. (1975),
     131 - Heintz W.D. (1985),
     132 - Heintz W.D. (1986b),
     133 - Heintz W.D. (1986c),
     134 - Heintz W.D. (1991b),
     135 - Hershey J.L. \& Tafft L.G. (1993),
     136 - Lippincott S.L. \& McDowall R.J. (1979),
     137 - Heintz W.D. (1986a),
     138 - Lippincott S.L. (1960),
     139 - Muller P. (1951),
     140 - Kirkpatrick J.D. \& McCarthy D.W. (1994),
     141 - Gatewood G. (1973),
     142 - Tokovinin A.A. (1994).
}
\end{table*}

\clearpage
\setcounter{table}{3}
\begin{table*}
\caption{Components data}
\label{cdata}
\begin{tabular}{lr@{}l@{}lr@{}lr@{}ll@{}ll@{}l}
\hline
\multicolumn{1}{l}{GJ/Other}             &
\multicolumn{3}{l}{V}                    &
\multicolumn{2}{l}{BC}                   &
\multicolumn{2}{l}{$M_V$}                &
\multicolumn{2}{l}{$\log L/L_\odot$}     &
\multicolumn{2}{l}{mass, $m_{\odot}$}    \\
\hline
 22 A              &10.98 &$\pm$0.07&* &-1.65 &$\pm$0.29& 10.99 &$\pm$0.09  & -1.86  &$\pm$0.15  & 0.365 &$\pm$0.047  $\dagger$  \\
 22 C              &14.20 &$\pm$0.30&* &-2.91 &$\pm$0.26& 14.21 &$\pm$0.30  & -2.64  &$\pm$0.22  & 0.143 &$\pm$0.018  $\dagger$  \\
 22 B              &13.58 &$\pm$0.33&* &-2.82 &$\pm$0.47& 13.59 &$\pm$0.33  & -2.43  &$\pm$0.23  & 0.063 &$\pm$0.014             \\
 34 B              & 7.36 &$\pm$0.14&  &-1.16 &$\pm$0.12&  8.49 &$\pm$0.15  & -1.06  &$\pm$0.08  & 0.72  &$\pm$0.30   $\dagger$  \\
 65 A              &12.49 &$\pm$0.03&* &-3.71 &$\pm$0.02& 15.39 &$\pm$0.04  & -2.797 &$\pm$0.018 & 0.099 &$\pm$0.032  $\dagger$  \\
 65 B              &12.67 &$\pm$0.49&* &-3.49 &$\pm$0.05& 15.57 &$\pm$0.49  & -2.96  &$\pm$0.20  & 0.108 &$\pm$0.035  $\dagger$  \\
 67 B              &12.54 &$\pm$0.49&  &-2.16 &$\pm$0.31& 11.86 &$\pm$0.50  & -2.00  &$\pm$0.24  & 0.33  &$\pm$0.12   $\dagger$  \\
 98 A              & 9.23 &$\pm$0.18&  &      &         &  8.15 &$\pm$0.23  &        &           & 0.52  &$\pm$0.14   $\dagger$  \\
 98 B              & 9.32 &$\pm$0.22&  &-0.84 &$\pm$0.04&  8.24 &$\pm$0.26  & -1.09  &$\pm$0.10  & 0.58  &$\pm$0.15   $\dagger$  \\
 166 C             &11.25 &$\pm$0.20&* &-2.43 &$\pm$0.32& 12.83 &$\pm$0.20  & -2.28  &$\pm$0.15  & 0.158 &$\pm$0.015             \\
 234 A             &11.28 &$\pm$0.16&* &-2.54 &$\pm$0.38& 13.20 &$\pm$0.16  & -2.39  &$\pm$0.18  & 0.146 &$\pm$0.038  $\dagger$  \\
 234 B             &14.66 &$\pm$0.18&* &-4.14 &$\pm$0.48& 16.58 &$\pm$0.18  & -3.10  &$\pm$0.26  & 0.084 &$\pm$0.022  $\dagger$  \\
 278 E$^{\rm a}$   & 9.21 &$\pm$0.01&* &-1.36 &$\pm$0.20&  8.38 &$\pm$0.09  & -0.93  &$\pm$0.09  & 0.620 &$\pm$0.030  $\dagger$  \\
 278 F$^{\rm a}$   & 9.75 &$\pm$0.10&* &-1.28 &$\pm$0.14&  8.92 &$\pm$0.13  & -1.18  &$\pm$0.08  & 0.570 &$\pm$0.030  $\dagger$  \\
 352 A             &10.70 &$\pm$0.10&* &-1.89 &$\pm$0.05& 10.86 &$\pm$0.21  & -1.71  &$\pm$0.09  & 0.19  &$\pm$0.11              \\
 352 B             &10.89 &$\pm$0.13&  &-1.71 &$\pm$0.02& 11.06 &$\pm$0.23  & -1.86  &$\pm$0.09  & 0.21  &$\pm$0.12              \\
 379 A             &10.20 &$\pm$0.10&  &      &         &  8.87 &$\pm$0.32  &        &           & 0.44  &$\pm$0.46              \\
 379 B             &10.30 &$\pm$0.10&  &      &         &  8.97 &$\pm$0.32  &        &           & 0.5   &$\pm$0.5              \\
 473 A             &13.17 &$\pm$0.02&* &-2.04 &$\pm$0.71& 15.00 &$\pm$0.05  & -3.31  &$\pm$0.29  & 0.063 &$\pm$0.023  $\dagger$  \\
 473 B             &13.33 &$\pm$0.12&* &-2.14 &$\pm$0.60& 15.16 &$\pm$0.13  & -3.33  &$\pm$0.25  & 0.048 &$\pm$0.018  $\dagger$  \\
 508 B             & 9.90 &$\pm$0.08&  &-1.52 &$\pm$0.03&  9.96 &$\pm$0.19  & -1.50  &$\pm$0.08  & 0.44  &$\pm$0.19   $\dagger$  \\
 570 B             & 8.33 &$\pm$0.01&  &-1.58 &$\pm$0.03&  9.54 &$\pm$0.08  & -1.306 &$\pm$0.032 & 0.49  &$\pm$0.13   $\dagger$  \\
 570 C$^{\rm a}$   & 9.90 &$\pm$0.10&  &-2.43 &$\pm$0.05& 11.10 &$\pm$0.13  & -1.60  &$\pm$0.05  & 0.35  &$\pm$0.09   $\dagger$  \\
 623 A             &10.51 &$\pm$0.10&* &-1.95 &$\pm$0.05& 11.11 &$\pm$0.82  & -1.79  &$\pm$0.05  & 0.53  &$\pm$0.11   $\dagger$  \\
 623 B             &16.01 &$\pm$0.72&* &-4.33 &$\pm$0.13& 16.61 &$\pm$0.72  & -3.04  &$\pm$0.29  & 0.120 &$\pm$0.025  $\dagger$  \\
 630.1 A$^{\rm a}$ &13.58 &$\pm$0.16&* &-2.48 &$\pm$0.07& 12.77 &$\pm$0.18  & -2.24  &$\pm$0.08  & 0.2307&$\pm$0.0010            \\
 630.1 B$^{\rm a}$ &13.73 &$\pm$0.16&* &-2.48 &$\pm$0.07& 12.92 &$\pm$0.18  & -2.30  &$\pm$0.08  & 0.2136&$\pm$0.0010            \\
 644 A             & 9.98 &$\pm$0.34&* &-1.93 &$\pm$0.10& 10.92 &$\pm$0.34  & -1.72  &$\pm$0.14  & 0.20  &$\pm$0.06   $\dagger$  \\
 661 A             & 9.94 &$\pm$0.07&  &-1.88 &$\pm$0.04& 10.95 &$\pm$0.08  & -1.754 &$\pm$0.036 & 0.27  &$\pm$0.07   $\dagger$  \\
 661 B             &10.41 &$\pm$0.05&  &-2.05 &$\pm$0.07& 11.42 &$\pm$0.07  & -1.874 &$\pm$0.038 & 0.26  &$\pm$0.07   $\dagger$  \\
 677 A             & 9.75 &$\pm$0.21&  &-1.12 &$\pm$0.05&  8.16 &$\pm$0.29  & -0.94  &$\pm$0.12  & 0.28  &$\pm$0.12   $\dagger$  \\
 677 B             &10.21 &$\pm$0.31&  &-1.32 &$\pm$0.06&  8.63 &$\pm$0.37  & -1.05  &$\pm$0.15  & 0.26  &$\pm$0.10   $\dagger$  \\
 704 B             & 8.44 &$\pm$0.13&  &-0.55 &$\pm$0.14&  7.30 &$\pm$0.19  & -0.83  &$\pm$0.10  & 0.68  &$\pm$0.27   $\dagger$  \\
 725 A             & 8.90 &$\pm$0.02&  &-1.90 &$\pm$0.26& 11.18 &$\pm$0.02  & -1.85  &$\pm$0.10  & 0.37  &$\pm$0.17              \\
 725 B             & 9.69 &$\pm$0.02&  &-2.07 &$\pm$0.13& 11.97 &$\pm$0.02  & -2.09  &$\pm$0.05  & 0.35  &$\pm$0.16              \\
 795 B             & 9.38 &$\pm$0.04&  &-1.02 &$\pm$0.10&  8.39 &$\pm$0.11  & -1.07  &$\pm$0.06  & 0.54  &$\pm$0.17   $\dagger$  \\
 815 A             &10.37 &$\pm$0.47&* &      &         &  9.47 &$\pm$0.49  &        &           & 0.8   &$\pm$0.6               \\
 815 C$^{\rm a}$   &10.97 &$\pm$0.47&* &      &         & 10.07 &$\pm$0.49  &        &           & 0.57  &$\pm$0.41              \\
 815 B             &11.00 &$\pm$0.70&* &      &         & 10.10 &$\pm$0.72  &        &           & 0.53  &$\pm$0.31              \\
 860 A             & 9.84 &$\pm$0.06&  &-2.30 &$\pm$0.14& 11.85 &$\pm$0.06  & -1.94  &$\pm$0.06  & 0.266 &$\pm$0.021  $\dagger$  \\
 860 B             &11.35 &$\pm$0.08&* &-3.16 &$\pm$0.05& 13.36 &$\pm$0.08  & -2.202 &$\pm$0.038 & 0.161 &$\pm$0.013  $\dagger$  \\
 863.1 A           &10.70 &$\pm$0.10&  &      &         &  9.00 &$\pm$0.17  &        &           & 0.27  &$\pm$0.09              \\
 863.1 B           &10.80 &$\pm$0.10&  &      &         &  9.10 &$\pm$0.17  &        &           & 0.27  &$\pm$0.09              \\
 896 A             &10.35 &$\pm$0.05&* &-2.03 &$\pm$0.35& 11.26 &$\pm$0.07  & -1.82  &$\pm$0.14  & 0.6   &$\pm$0.7               \\
 896 B             &12.80 &$\pm$0.10&* &-2.43 &$\pm$0.16& 13.71 &$\pm$0.11  & -2.64  &$\pm$0.08  & 0.16  &$\pm$0.20              \\
 1005 A            &11.54 &$\pm$0.06&  &-2.20 &$\pm$0.30& 12.92 &$\pm$0.11  & -2.41  &$\pm$0.16  & 0.13  &$\pm$0.07              \\
 1005 B            &13.20 &$\pm$1.70&  &-3.42 &$\pm$0.91& 14.6  &$\pm$1.7   & -2.6   &$\pm$1.0   & 0.078 &$\pm$0.045             \\
 1245 A            &13.60 &$\pm$0.10&* &-3.53 &$\pm$0.13& 15.23 &$\pm$0.11  & -2.80  &$\pm$0.07  & 0.133 &$\pm$0.027  $\dagger$  \\
 1245 C$^{\rm a}$  &15.70 &$\pm$0.10&* &-4.53 &$\pm$0.15& 17.33 &$\pm$0.11  & -3.24  &$\pm$0.07  & 0.103 &$\pm$0.020  $\dagger$  \\
 ADS 8048 B        &10.74 &$\pm$0.48&  &      &         &  8.20 &$\pm$0.34  &        &           & 0.49  &$\pm$0.44              \\
 ADS 8048 C        &10.82 &$\pm$0.48&  &      &         &  8.28 &$\pm$0.34  &        &           & 0.7   &$\pm$0.6               \\
 ADS 9352 A        & 9.50 &$\pm$0.62&  &      &         &  8.14 &$\pm$0.22  &        &           & 0.3   &$\pm$0.5               \\
 ADS 9352 B        & 9.78 &$\pm$0.62&  &      &         &  8.42 &$\pm$0.22  &        &           & 0.3   &$\pm$0.5               \\
 Kui 84 A          &10.28 &$\pm$0.09&  &      &         &  7.55 &$\pm$0.16  &        &           & 0.32  &$\pm$0.18              \\
 Kui 84 B$^{\rm a}$&11.24 &$\pm$0.19&  &      &         &  8.51 &$\pm$0.23  &        &           & 0.30  &$\pm$0.18              \\
 Kui 84 C$^{\rm a}$&12.12 &$\pm$0.19&  &      &         &  9.39 &$\pm$0.23  &        &           & 0.25  &$\pm$0.15              \\
\hline
\end{tabular}
\begin{list}{}{}
\item[*] Flare star
\item[$\dagger$] Stars selected to test theoretical and empirical MLRs.
\item[$^{\rm a}$] Modified component's designation.
\end{list}
\end{table*}



\end{document}
