\begin{table}%T6
%\centering
\small
\caption{\label{tbl-binary} Data of the double stars, p for           %% table 6
primary, s for secondary, $f_\star$ is the relative $V$-flux of the component.}
\startlargebin
\multicolumn{15}{l}{1 -- XY~Per} \\
 p  &.635 &01-01   &A2\sciii      &B8\sci b  &7050 &0.19 & 9.87 &+ &0.30 & 8.02 &3.85 &350 & 20 &60\\ 
 s1 &.365 &01-01   &A2\sciii      &B8\sci b  &7049 &0.19 &10.47 &+ &0.30 & 8.02 &4.40 &350 & 20 &60\\ 
 s2 &.365 &01-01   &A3\sciii      &B8\sci b  &6738 &0.19 &10.47 &+ &0.50 & 8.22 &5.00 &350 & 20 &60\\ 
 s3 &.365 &01-01   &A5\sciii\two  &B8\sci b  &6152 &0.19 &10.47 &+ &0.70 & 8.42 &5.50 &350 & 40 &60\\ 
%\multicolumn{15}{l}{6 - \BDV} \\
%p  &.715 &06-01   &A3\sciii      &B7\sci a  &6632 &0.04 &10.82 &+ &0.50 & 6.38 &4.50 &150 & 30 &60\\ 
%s  &.285 &06-01   &G5\sciv       &B9\sci ab &4195 &0.04 &11.82 &+ &3.10 & 8.98 &4.25 &150 & 50 &60\\ 
\multicolumn{15}{l}{26 -- NX~Pup} \\
 p  &.643 &26-01   &F2\sciii\two  &B9\sci ab &5237 &0.00 &10.72 &+ &1.70 &10.20 &4.50 &500 & 40 & 0\\ 
 s1 &.357 &26-01   &F2\sciii\two  &B9\sci ab &5237 &0.00 &11.36 &+ &1.70 &10.20 &5.25 &500 & 40 & 0\\ 
 s2 &.357 &26-01   &G5\sciv       &B9\sci ab &4398 &0.00 &11.36 &+ &3.10 &11.60 &3.10 &500 & 8.0& 0\\ 
\cline{2-2}
 p  &.643 &26-02   &F2\sciii\two  &B9\sci ab &5091 &0.00 &10.72 &+ &1.70 &10.20 &3.85 &500 & 80 & 0\\ 
 s1 &.357 &26-02   &F2\sciii\two  &B9\sci ab &5237 &0.00 &11.36 &+ &1.70 &10.20 &5.00 &500 & 40 & 0\\ 
 s2 &.357 &26-02   &G5\sciv       &B9\sci ab &4411 &0.00 &11.36 &+ &3.00 &11.50 &3.10 &500 & 7.0& 0\\ 
\multicolumn{15}{l}{27 -- \BDP} \\
 p1 &.532 &27-01   &A3\sciii      &B8\sci a  &6392 &0.31 &10.97 &+ &0.20 & 9.97 &3.10 &900 & 60 &60\\ 
 s1 &.468 &27-01   &F3\sciii\two  &B8\sci b  &5090 &0.31 &10.98 &+ &0.60 &10.37 &3.10 &900 & 60 &60\\ 
 s2 &.468 &27-01   &F6\sciii      &B9\sci ab &4766 &0.31 &10.98 &+ &0.68 &10.45 &3.10 &900 & 60 &60\\ 
\multicolumn{15}{l}{29 -- AK~Sco -- apastron} \\
 p1 &.595 &29-02   &F6\sciv       &B9\sci ab &5223 &0.17 & 9.51 &+ &2.85 & 8.73 &3.10 &150 & 2.5&63\\ 
 s1 &.405 &29-02   &F6\sciv       &B9\sci ab &5270 &0.17 & 9.93 &+ &2.85 & 8.73 &5.50 &150 & 1.0&63\\ 
\multicolumn{15}{l}{29 -- AK~Sco -- periastron} \\
 p2 &.522 &29-03   &F6\sciv       &B9\sci ab &5170 &0.17 & 9.74 &+ &2.85 & 8.73 &3.10 &150 & 5.0&63\\ 
 s2 &.478 &29-03   &F6\sciv       &B9\sci ab &5129 &0.17 & 9.83 &+ &2.85 & 8.73 &3.10 &150 & 7.5&63\\ 
\multicolumn{15}{l}{35 -- KK~Oph} \\
 p1 &.715 &35-01   &A5\scv\two    &B5\sci a  &6177 &0.32 &12.18 &+ &1.95 & 8.46 &6.50 &200 &100 &60\\ 
 s1 &.285 &35-01   &F6\sciv       &B5\sci a  &5243 &0.32 &13.18 &+ &2.50 & 9.01 &6.25 &200 &100 &60\\ 
 p2 &.715 &35-01   &F6\sciv       &B9\sci ab &4862 &0.00 &12.18 &+ &2.50 & 9.49 &6.50 &250 & 40 &60\\
 s2 &.285 &35-01   &K1\sciv       &B9\sci ab &3774 &0.00 &13.18 &+ &3.10 &10.09 &5.75 &250 & 40 &60\\
\hline
 \mycl{1}{(1)}&\mycl{1}{(2)} &\mycl{1}{(3)} &\mycl{1}{(4)} &\mycl{1}{(5)} &\mycl{1}{(6)} &\mycl{1}{(7)} &\mycl{1}{(8)}
&\mycl{2}{(9)}&\mycl{1}{(10)}&\mycl{1}{(11)}&\mycl{1}{(12)}&\mycl{1}{(13)}&\mycl{1}{(14)}\\
\myendtab
\startsmallbin
\multicolumn{12}{c}{ } &\multicolumn{3}{r}{XY~Per} & &1.74 &\\
   85.6  & 2.00 &12.4  &5&96  &1.43 &3.29 & 63&3  &2.59 & 34&7   &105&    &  2.4 &  p  & &--\\
   86.2  & 1.78 &12.0  &5&96  &2.02 &3.29 & 63&3  &2.59 & 34&7   &105&    &  2.4 &  s1 & &--\\
   86.5  & 2.30 &11.2  &5&55  &1.81 &3.17 & 49&2  &2.43 & 23&4   & 46&2   &  3.0 &  s2 & &--\\
   84.9  & 4.80 &10.3  &5&57  &1.63 &3.18 & 38&8  &2.33 & 35&1   & 69&2   &  3.4 &  s3 & &--\\
%\multicolumn{12}{c}{ } &\multicolumn{3}{r}{\BDV}  & &     &\\
%  83.5  & 3.9  &12.6  &30&2  &4.52 &3.17 & 49&2  &2.40 & 50&1   & \nov   &  3.1 &  p  & &-\\
%  65.3  &25.9  & 8.9  &18&2  &3.18 &2.46 &  4&80 &1.89 & 25&1   & \nov   &  3.7 &  s  & &-\\
\multicolumn{12}{c}{ } &\multicolumn{3}{r}{NX~Pup} & &1.80 &\\
   67.5  &19.2  &13.4  &1&55  &0.95 &2.76 & 15&2  &1.86 & 28&9   & \nox   &  6.2 &  p  & &\ref{fig-sed-nxprim}\\
   67.5  &19.2  &13.4  &1&55  &1.59 &2.76 & 15&2  &1.86 & 28&9   & \nox   &  6.2 &  s1 & &--\\
   78.9  &12.9  & 8.2  &1&23  &0.02 &2.46 &  4&80 &1.89 &  4&02  & \nox   &  3.7 &  s2 & &--\\
   54.3  &30.8  &14.9  &1&55  &1.19 &2.76 & 15&2  &1.86 & 57&8   & \nox   &  6.2 &  p  & &--\\
   67.5  &19.2  &13.4  &1&55  &1.59 &2.76 & 15&2  &1.86 & 28&9   & \nox   &  6.2 &  s1 & &--\\
   80.3  &11.5  & 8.2  &1&35  &0.10 &2.58 &  5&27 &1.97 &  4&43  & \nox   &  3.3 &  s2 & &--\\
\multicolumn{12}{c}{ } &\multicolumn{3}{r}{\BDP}   & &1.13 &\\
   80.2  & 6.7  &13.1  &1&11  &0.15 &3.64 & 64&8  &2.67 & 96&9   & \nox   &  2.0 &  p1 & &--\\
   72.6  &15.3  &12.1  &1&91  &0.00 &4.78 & 42&1  &2.73 &215&    & \nox   &  3.1 &  s1 & &--\\
   67.0  &21.6  &11.4  &2&29  &0.00 &5.24 & 40&3  &2.86 &258&    & \nox   &  2.6 &  s2 & &--\\
\multicolumn{12}{c}{ } &\multicolumn{3}{r}{AK~Sco} & &1.46 &\\
   93.9  &0.8   & 5.4  &11&58 &0.32 &1.93 &  5&46 &1.43 &  0&81  &  0&90  & 12.~ &  p1 & &\ref{fig-sed-akprim}\\
   94.4  &0.3   & 5.3  &11&58 &0.73 &1.93 &  5&46 &1.43 &  0&32  &  0&35  & 12.~ &  s1 & &--\\
\multicolumn{12}{c}{ } &\multicolumn{3}{r}{AK~Sco} & &1.09 &\\
   93.0  &1.5   & 5.5  &11&58 &0.56 &1.93 &  5&46 &1.43 &  1&64  &  1&81  & 12.~ &  p2 & &--\\
   92.1  &2.3   & 5.6  &11&58 &0.66 &1.93 &  5&46 &1.43 &  2&42  &  2&75  & 12.~ &  s2 & &--\\
\multicolumn{12}{c}{ } &\multicolumn{3}{r}{KK~Oph} & &2.50 &\\
   60.6  &14.8  &24.6  & 5&39 &3.28 &1.79 & 12&9  &1.86 & 59&4   & \nov   &  7.9 &  p1 & &--\\
   40.8  &26.8  &32.4  & 8&72 &4.16 &2.27 &  7&54 &1.58 & 19&0   & \nov   &  9.3 &  s1 & &--\\
   79.6  &12.2  & 8.2  & 5&58 &2.94 &2.27 &  7&54 &1.58 & 19&0   & \nov   &  9.3 &  p2 & &--\\
   70.9  &23.7  & 5.4  & 7&00 &3.46 &2.54 &  3&17 &1.7  & 24&7   & \nov   &  5.0 &  s2 & &--\\
\hline
 \mycl{1}{(15)}&\mycl{1}{(16)}&\mycl{1}{(17)}&\mycl{2}{(18)}&\mycl{1}{(19)}&\mycl{1}{(20)}&\mycl{2}{(21)}
&\mycl{1}{(22)}&\mycl{2}{(23)}&\mycl{2}{(24)}&\mycl{1}{(25)}&\mycl{1}{(26)}&\mycl{1}{(27)}&\mycl{1}{(28)}\\
\myendtab 
%\vspace*{-3mm}
\end{table}