\begin{table}%T5
%\centering
\par
\caption {Photometry of nova candidates discovered by Neill \& Shara (2004).
Observers, observatories, telescopes and CCDs for measurements are coded in column comment according to Table~\ref{tab1}.
See caption of Table~\ref{tab1} for explanation of magnitude format.
Designation of nova candidates used here is the same as in Neill \& Shara (2004).\label{tab5}}  
\begin{tabular}{llrr}
\hline\hline
JD& Mag & Band & Comment \\
(2~450~000+) &&&\\
\hline
\multicolumn{4}{l}{Nova 1} \\
\noalign{\smallskip}
1912.626 & [21.5 & Ha & (2) \\
2632.684 & 21.24 &  $r$ & (3) \\
2632.721 & 19.23 & Ha & (3) \\
2769.383 & [21.5 &  $r$ & (7) \\
2769.388 & 20.77 & Ha & (7) \\
2781.432 & 20.8  & Ha & (4) \\
2781.436 & [21.7 &  $r$ & (4) \\
2783.455 & 21.1  & Ha & (4) \\
2783.460 & [21.5 &  $r$ & (4) \\
2785.450 & [21.0 & Ha & (4) \\
2794.391 & 20.9  & Ha & (5) \\
2794.397 & [21.3 &  $r$ & (5) \\
2795.394 & 20.9: & Ha & (5) \\
2796.395 & 21.1  & Ha & (5) \\
2796.400 & [22.2 &  $r$ & (5) \\
2800.384 & 21.2  & Ha & (6) \\
\noalign{\smallskip}
\multicolumn{4}{l}{Nova 2} \\
\noalign{\smallskip}
1912.626 & [21.5 & Ha & (2) \\
2632.684 & 20.85 &  $r$ & (3) \\
2632.721 & 19.80 & Ha & (3) \\
2769.383 & [21.9 &  $r$ & (7) \\
2769.388 & 21.4  & Ha & (7) \\
2781.432 & [21.6 & Ha & (4) \\
2781.436 & [22.4 &  $r$ & (4) \\
2783.455 & 21.6  & Ha & (4) \\
2783.460 & [21.5 &  $r$ & (4) \\
2796.395 & 21.8  & Ha & (5) \\
2800.384 & 21.4  & Ha & (6) \\
3039.528 & [22.3 &  $V$ & (7) \\
3039.540 & [21.1 & Ha & (7) \\
3792.677 & [20.8 & Ha & (1) \\
3793.869 & [21.0 & Ha & (1) \\
\noalign{\smallskip}
\multicolumn{4}{l}{Nova 4} \\
\noalign{\smallskip}
1912.626 & [21.5 & Ha & (2) \\
2632.684 & [21.9 &  $r$ & (3) \\
2632.721 & 19.09 & Ha & (3) \\
2781.432 & [21.6 & Ha & (4) \\
3039.528 & [22.3 &  $V$ & (7) \\
3039.540 & [21.1 & Ha & (7) \\
3792.677 & [20.8 & Ha & (1) \\
3793.869 & [21.0 & Ha & (1) \\
\noalign{\smallskip}
\multicolumn{4}{l}{Nova 5} \\
\noalign{\smallskip}
1912.626 & [21.5 & Ha & (2) \\
2632.684 & [22.7 &  $r$ & (3) \\
2632.721 & [21.2 & Ha & (3) \\
2769.383 & [21.7 & $ r$ & (7) \\
2769.388 & 20.9  & Ha & (7) \\
2781.432 & 21.5  & Ha & (4) \\
2781.436 & [22.4 &  $r$ & (4) \\
2783.455 & 21.4  & Ha & (4) \\
2783.460 & [21.5 &  $r$ & (4) \\
2796.395 & 21.4  & Ha & (5) \\
2800.384 & 21.1  & Ha & (6) \\
3039.528 & [22.3 &  $V$ & (7) \\
\hline
3039.540 & [21.1 & Ha & (7) \\
3792.677 & [20.8 & Ha & (1) \\
3793.869 & [21.0 & Ha & (1) \\
\noalign{\smallskip}
\multicolumn{4}{l}{Nova 7} \\
\noalign{\smallskip}
1912.626 & [21.5 & Ha & (2) \\
2632.684 & [22.7 &  $r$ & (3) \\
2632.721 & [21.2 & Ha & (3) \\
2769.383 & [21.8 &  $r$ & (7) \\
2769.388 & 21.0  & Ha & (7) \\
2781.432 & [21.6 & Ha & (4) \\
2781.436 & [22.4 &  $r$ & (4) \\
2783.455 & 21.4  & Ha & (4) \\
2783.460 & [21.5 &  $r$ & (4) \\
2796.395 & 21.5  & Ha & (5) \\
2800.384 & 21.5: & Ha & (6) \\
3039.528 & [22.3 &  $V$ & (7) \\
3039.540 & [21.1 & Ha & (7) \\
3792.677 & [20.8 & Ha & (1) \\
3793.869 & [21.0 & Ha & (1) \\
\noalign{\smallskip}
\multicolumn{4}{l}{Nova 9} \\
\noalign{\smallskip}
1912.626 & [21.5 & Ha & (2) \\
2632.684 & [22.7 &  $r$ & (3) \\
2632.721 & [21.2 & Ha & (3) \\
2769.383 & [21.8 &  $r$ & (7) \\
2769.388 & 21.2  & Ha & (7) \\
2781.432 & [21.6 & Ha & (4) \\
2781.436 & [22.4 &  $r$ & (4) \\
2783.455 & 21.6  & Ha & (4) \\
2783.460 & [21.5 &  $r$ & (4) \\
2796.395 & [22.0 & Ha & (5) \\
2800.384 & [21.5 & Ha & (6) \\
3039.528 & [22.3 &  $V$ & (7) \\
3039.540 & [21.1 & Ha & (7) \\
3792.677 & [20.8 & Ha & (1) \\
3793.869 & [21.0 & Ha & (1) \\
\noalign{\smallskip}
\multicolumn{4}{l}{Nova 10} \\
\noalign{\smallskip}
1912.626 & [21.5 & Ha & (2) \\
2632.684 & [22.7 &  $r$ & (3) \\
2632.721 & [21.2 & Ha & (3) \\
2769.383 & [21.7 &  $r$ & (7) \\
2769.388 & 20.24 & Ha & (7) \\
2781.432 & 20.6  & Ha & (4) \\
2781.436 & [22.4 &  $r$ & (4) \\
2783.455 & 20.76 & Ha & (4) \\
2783.460 & [21.5 &  $r$ & (4) \\
2785.450 & 20.6  & Ha & (4) \\
2794.391 & 21.0  & Ha & (5) \\
2794.397 & [21.3 &  $r$ & (5) \\
2795.394 & 21.1  & Ha & (5) \\
2796.395 & 21.07 & Ha & (5) \\
2796.400 & [22.2 &  $r$ & (5) \\
2800.384 & 20.9  & Ha & (6) \\
3039.528 & [22.3 &  $V$ & (7) \\
3039.540 & [21.1 & Ha & (7) \\
3792.677 & [20.8 & Ha & (1) \\
3793.869 & [21.0 & Ha & (1) \\
\noalign{\smallskip}
\multicolumn{4}{l}{Nova 11} \\
\noalign{\smallskip}
1912.626 & [21.5 & Ha & (2) \\
2632.684 & [22.7 &  $r$ & (3) \\
\hline
2632.721 & [21.2 & Ha & (3) \\
2769.383 & 20.60 &  $r$ & (7) \\
2769.388 & 19.02 & Ha & (7) \\
2781.432 & 19.33 & Ha & (4) \\
2781.436 & 21.2  &  $r$ & (4) \\
2783.455 & 19.32 & Ha & (4) \\
2783.460 & 20.95 &  $r$ & (4) \\
2785.450 & 19.60 & Ha & (4) \\
2794.391 & 19.89 & Ha & (5) \\
2794.397 & [21.3 &  $r$ & (5) \\
2795.394 & 20.12 & Ha & (5) \\
2796.395 & 19.97 & Ha & (5) \\
2796.400 & 21.6  &  $r$ & (5) \\
2800.384 & 20.17 & Ha & (6) \\
3039.528 & [22.3 &  $V$ & (7) \\
3039.540 & [21.1 & Ha & (7) \\
3792.677 & [20.8 & Ha & (1) \\
3793.869 & [21.0 & Ha & (1) \\
\noalign{\smallskip}
\multicolumn{4}{l}{Nova 12} \\
\noalign{\smallskip}
1912.626 & [21.5 & Ha & (2) \\
2632.684 & [22.7 &  $r$ & (3) \\
2632.721 & [21.2 & Ha & (3) \\
2769.388 & [21.7 & Ha & (7) \\
2781.432 & 21.4  & Ha & (4) \\
2781.436 & 21.3  &  $r$ & (4) \\
2783.455 & 21.0  & Ha & (4) \\
2783.460 & 20.46 &  $r$ & (4) \\
2785.450 & 20.7  & Ha & (4) \\
2794.391 & 20.37 & Ha & (5) \\
2794.397 & 21.3: &  $r$ & (5) \\
2795.394 & 20.32 & Ha & (5) \\
2796.395 & 20.16 & Ha & (5) \\
2796.400 & 21.9  &  $r$ & (5) \\
2800.384 & 20.13 & Ha & (6) \\
3039.528 & [22.3 &  $V$ & (7) \\
3039.540 & [21.1 & Ha & (7) \\
3792.677 & [20.8 & Ha & (1) \\
3793.869 & [21.0 & Ha & (1) \\
\hline
\end{tabular}
\end{table}