\begin{table}%t1
%\centering
\par
\caption{\label{AspectData}Aspect data and the observing log.}
\begin{tabular}{lccccrrrrrrcrr}
\hline \hline
\multicolumn{1}{c}{Asteroid } &
\multicolumn{1}{c}{$H$}         &
\multicolumn{1}{c}{Date     } &
\multicolumn{1}{c}{Obs. time} &
\multicolumn{1}{c}{$r$}         &
\multicolumn{1}{c}{$\Delta$}  &
\multicolumn{1}{c}{$\alpha$}  &
\multicolumn{1}{c}{$\lambda$} &
\multicolumn{1}{c}{$\beta$}   &
\multicolumn{1}{c}{$V$}       &
\multicolumn{1}{c}{Mov}       &
\multicolumn{1}{c}{Exp}       &
\multicolumn{1}{c}{$N_{1}$}   &
\multicolumn{1}{c}{$N_{2}$}  \\
                              &
\multicolumn{1}{c}{[mag]}     &
                              &
\multicolumn{1}{c}{(UTC)}     &
\multicolumn{1}{c}{[AU]}      &
\multicolumn{1}{c}{[AU]}      &
\multicolumn{1}{c}{$[\degr]$} &
\multicolumn{1}{c}{$[\degr]$} &
\multicolumn{1}{c}{$[\degr]$} &
\multicolumn{1}{c}{[mag]}     &
\multicolumn{1}{c}{[''/min]}  &
\multicolumn{1}{c}{[s]}       &
                              &
                             \\
\hline
2007 CX$_{50}$ & 24.7 & 2007-02-17 & 25:32 -- 26:44 &  1.030 & 0.044 & 18.8 & 146.8 & --19.5 & 18.9 &  4.4  & 30  &   55 & 55 \\
               &      & 2007-02-19 & 23:50 -- 24:46 &  1.036 & 0.051 & 21.3 & 147.8 & --22.1 & 19.3 &  3.2  & 15  &   87 & 52 \\
2007 EO        & 22.8 & 2007-03-12 & 19:42 -- 20:31 &  1.038 & 0.056 & 37.4 & 194.2 & --33.4 & 18.1 &  8.8  & 10  &  107 & 96 \\
% Frames: S2734-2804
               &      & 2007-03-12 & 26:07 -- 26:34 &  1.037 & 0.056 & 37.5 & 195.1 & --33.0 & 18.1 &  8.8  & 10  &   71 & 65 \\                                           
% Frames  S253-330
               &      & 2007-03-15 & 26:56 -- 27:29 &  1.036 & 0.054 & 38.5 & 203.2 & --29.5 & 18.0 &  9.6  & 10  &   78 & 70 \\
% Frames: 210-257, N1=48
               &      & 2007-03-20 & 22:06 -- 22:41 &  1.035 & 0.055 & 43.9 & 223.6 & --16.4 & 18.2 &  9.3  & 10  &   48 & 31 \\ 
% Frames: 1076-1177, N1=102
%              &      & 2007-03-31 & 23:27 -- 24:20 &  1.044 & 0.076 & 52.0 & 246.2 &   4.4 & 19.2 &  4.5  & 20  &  102 &  0 \\          
%--------------------------------------------------------- 2007 GU1 ------------------------------------------------
2007 GU$_{1}$  & 25.0 & 2007-04-12 & 22:37 -- 23:01 &  1.031 & 0.030 & 18.4 & 203.7 &  18.9 & 18.4 &  7.2  & 10  &  175 &156 \\
               &      & 2007-04-13 & 22:38 -- 23:05 &  1.023 & 0.021 & 19.2 & 208.6 &  18.9 & 17.6 &  3.9  & 10  &   52 & 43 \\
%--------------------------------------------------------- 2007 HL4 ------------------------------------------------
% Frames: 669-743, N1=75
2007 HL$_{4}$  & 24.2 & 2007-05-12 & 19:09 -- 20:43 &  1.065 & 0.070 & 37.2 & 242.7 & --38.3 & 20.1 &  3.6  & 60  &   75 & 43 \\ 
%--------------------------------------------------------- 2007 RE2 ------------------------------------------------
% Frames 591-681, N1= 91
2007 RE$_{2}$  & 22.8 & 2007-09-06 & 22:33 -- 23:13 &  1.064 & 0.066 & 31.5 &  13.0 & --17.3 & 18.4 & 10.9  & 10  &   91 & 59 \\
% Frames 1996-2060, N1= 65
%              &      & 2007-09-06 & 26:55 -- 27:23 &  1.064 & 0.067 & 32.0 &  13.5 & -17.9 & 18.4 & 10.7  & 10  &   65 & 31 \\
% Frames 1844-1916, N1= 73
               &      & 2007-09-16 & 23:09 -- 23:47 &  1.067 & 0.101 & 50.2 &  35.7 & --38.9 & 19.9 &  4.4  & 15  &   73 & 39 \\
%--------------------------------------------------------- 2007 UC2 ------------------------------------------------
% Frames: 1-79, N1=79       
2007 UC$_{2}$  & 23.0 & 2007-09-20 & 19:05 -- 19:44 &  1.095 & 0.121 & 29.2 &   24.2 &--24.8 & 19.9 &  4.2  &  15 &   79 & 58 \\    
%--------------------------------------------------------- 2007 RY9 ------------------------------------------------
% Frames: 2654-2825, N1=172
2007 RY$_{9}$  & 23.4 & 2007-09-20 & 24:42 -- 25:52 &  1.076 & 0.102 & 42.7 & 331.9 & --40.3 & 20.3 &  8.6  & 15  &  172 &144 \\ 
%--------------------------------------------------------- 2007 TS24 ----------------------------------------------
% Frames: S907-1009, N1=103
2007 TS$_{24}$ & 24.4 & 2007-10-13 & 23:22 -- 24:05 &  1.045 & 0.047 &  5.2 &  23.6 &  --4.3 & 18.3 & 12.5  & 10  &  103 & 56 \\
%--------------------------------------------------------- 2007 UG6 ------------------------------------------------
% Frames: 3-114, N1=112
2007 UG$_{6}$  & 23.0 & 2007-11-02 & 22:02 -- 22:39 &  1.058 & 0.071 & 21.7 &  49.2 & --21.5 & 18.5 & 11.0  &  5  &  112 &107 \\
% Frames: 135-332, N1=198
               &      & 2007-11-02 & 25:24 -- 26:41 &  1.058 & 0.072 & 22.3 &  49.5 & --22.1 & 18.5 & 11.3  &  5  &  198 &185 \\
%--------------------------------------------------------- 2007 XN16 ----------------------------------------------
% Frames  169-222
2007 XN$_{16}$ & 25.6 & 2007-12-14 & 23:46 -- 24:09 &  1.011 & 0.030 & 28.5 & 109.4 & --12.7 & 19.3 & 10.2  & 10  &   54 & 35 \\
% Frames: 118-295
               &      & 2007-12-18 & 23:39 -- 25:38 &  1.025 & 0.050 & 33.8 & 119.1 & --15.1 & 20.6 &  3.6  & 30  &  178 &147 \\
% Frames: 23-72
               &      & 2007-12-19 & 24:46 -- 25:16 &  1.029 & 0.055 & 34.0 & 120.5 & --15.3 & 20.8 &  2.9  & 30  &   50 & 25 \\
%--------------------------------------------------------- 2007 CP116 ----------------------------------------------
% Frames 444-518, N1= 75, obs-time 24:00 
2008 CP$_{116}$& 22.8 & 2008-02-28 & 23:37 -- 24:18 &  1.105 & 0.115 &  5.9 &  160.2 & --1.7 & 18.5 &  3.3  &  10 &   75 & 71 \\ 
% Frames 486-647, N1=162, obs-time 22:20
               &      & 2008-02-29 & 21:36 -- 23:07 &  1.109 & 0.118 &  6.1 &  162.0 & --1.6 & 18.6 &  3.1  &  15 &  162 & 66 \\
%--------------------------------------------------------- 2007 RQ12 ----------------------------------------------
% Frames: 106-198, N1=93
2007 RQ$_{12}$ & 23.6 & 2007-09-16 & 19:05 -- 19:37 &  1.046 & 0.049 & 32.1 & 333.8 & --27.6 & 18.6 & 12.4  &  5  &   93 & 83 \\
% Frames: 1918-2054, N1=137 
               &      & 2007-09-16 & 24:51 -- 25:38 &  1.048 & 0.050 & 31.1 & 334.8 & --27.0 & 18.6 & 12.4  &  5  &  137 & 111 \\
\hline  
\end{tabular}
\tablefoot{The first two columns show the asteroid name and its absolute magnitude $H$. For each night a date is given in the order year-month-day, followed by the UTC observing time (to avoid
ambiguity times after midnight are given as numbers greater than 24).  $r$ and $\Delta$ are the distances of the asteroid from the Sun and the Earth, respectively, $\alpha$ is the solar phase angle, while $\lambda$ and $\beta$ are the geocentric, ecliptic (J2000) longitude and latitude -- the last five values are given for the middle of the observing interval. In the next column an average brightness $V$ of the asteroid, as predicted by the Horizons ephemeris, is given. Starting from the tenth column, the table gives the asteroid movement on the sky (Mov), the exposure time (Exp), the total number of CCD frames $N_{1}$ obtained for a given asteroid, and the number of frames $N_{2}$ used in the analysis. All the exposures were obtained with the standard Kron-Cousins V filter.}\vspace*{2mm}
\end{table}