\documentstyle{l-aa}
\begin{document}
\begin{table*}[h]
\begin{center}
\caption[]{Times of minima of V700 Cyg}
\begin{tabular}{lccc}\hline
time of minimum light (HJD) & Cycles & $\rm O-C (days)$ & Reference \\ \hline 
2432028.863  & $-38626$  & $-0.0090$ & W \\
2432350.897  & $-37679$  & $+0.0014$ & W \\
2432708.948  & $-36626$  & $-0.0161$ & W \\
2432820.833  & $-36297$  & $-0.0062$ & W \\
2433002.751  & $-35762$  & $-0.0128$ & W \\
2433229.572  & $-35095$  & $-0.0025$ & W \\
2433503.659  & $-34289$  & $+0.0074$ & W \\
2436819.425  & $-24538$  & $-0.0154$ & BH \\
2437146.547  & $-23576$  & $-0.0176$ & BH \\
2437192.460  & $-23441$  & $-0.0109$ & BH \\
2437280.208  & $-23183$  & $+0.0053$ & R \\
2437530.480  & $-22447$  & $+0.0034$ & R \\
2437542.399  & $-22412$  & $+0.0208$ & R \\
2437544.420  & $-22406$  & $+0.0015$ & BH \\
2437559.388  & $-22362$  & $+0.0075$ & R \\
2437575.376  & $-22315$  & $+0.0133$ & R \\
2437576.384  & $-22312$  & $+0.0012$ & BH \\
2437854.542  & $-21494$  & $+0.0016$ & R \\
2437940.394  & $-21241.5$& $-0.0081$ & BH \\
2439773.419  & $-15851$  & $-0.0011$ & R \\
2440125.366  & $-14816$  & $-0.0018$ & R \\
2442633.375  & $ -7440.5$& $-0.0022$ & BB23 \\
2442748.314  & $ -7102.5$& $+0.0013$ & BB25 \\
2443791.413  & $ -4035$  & $+0.0091$ & BB39 \\
2444448.381  & $ -2103$  & $+0.0082$ & BB49 \\
2444458.421  & $ -2073.5$& $+0.0168$ & BB49 \\
2444490.372  & $ -1979.5$& $+0.0035$ & BB50 \\
2444498.366  & $ -1956$  & $+0.0064$ & BB50 \\
2444539.346  & $ -1835.5$& $+0.0109$ & BB51 \\
2444793.514  & $ -1088$  & $-0.0055$ & BB56 \\
2445163.4793 & $     0$  & $-0.0103$ & MH \\
2445207.5095 & $  +129.5$& $-0.0161$ & MH \\
2445209.5435 & $  +135.5$& $-0.0223$ & MH \\
2449518.4529 & $+12807$  & $-0.0061$ & AH \\
2449527.4652 & $+12833.5$& $-0.0050$ & AH\\
2449535.4558 & $+12857$  & $-0.0055$ & AH\\
2449535.4563 & $+12857$  & $-0.0050$ & AH\\
2449639.3560 & $+13162.5$& $+0.0107$ & AH\\
\hline
\end{tabular}

References: W = Whitney (1952), BH = Busch (1964), R = Romano (1969),
BB = issues of the BBSAG, MH = Hoffmann (1983), 
AH = Agerer \& H\"ubscher (1995)
\end{center}
\end{table*}

\newpage

\begin{table*}[h]
\begin{center}
\caption[]{Times of minima of AW Vir}
\begin{tabular}{lccc}\hline
time of minimum light (HJD) & Cycles & $\rm O-C (days)$  & Reference \\ \hline
2425680.429  &  $-54639.5$ & $+0.0023$ &  J \\
2425735.468  &  $-54484.0$ & $-0.0052$ &  J \\
2426363.652  &  $-52709.5$ & $+0.0110$ &  J \\
2426771.459  &  $-51557.5$ & $+0.0133$ &  J \\
2427155.522  &  $-50472.5$ & $-0.0105$ &  J \\
2427180.472  &  $-50402.0$ & $-0.0173$ &  J \\
2427191.465  &  $-50371.0$ & $+0.0018$ &  J \\
2427539.466  &  $-49388.0$ & $+0.0237$ &  J \\
2427543.498  &  $-49376.5$ & $-0.0153$ &  J \\
2427573.427  &  $-49292.0$ & $+0.0010$ &  J \\
2427866.541  &  $-48464.0$ & $+0.0054$ &  J \\
2427871.493  &  $-48450.0$ & $+0.0014$ &  J \\
2427873.619  &  $-48444.0$ & $+0.0035$ &  J \\
2427874.674  &  $-48441.0$ & $-0.0035$ &  J \\
2434425.3884 &  $-29936.0$ & $-0.0049$ &  W (average of 5) \\
2434750.7158 &  $-29017.0$ & $-0.0008$ &  W (average of 7) \\
2434886.711  &  $-28633.0$ & $+0.0595$ &  K$^{\ast}$ \\
2444385.472  &  $ -1800.0$ & $ 0.0171$ &  BB48 \\
2444402.401  &  $ -1752.0$ & $-0.0457$ &  BB48 \\
2445002.645  &  $   -56.5$ & $-0.0038$ &  MH \\
2445022.6450 &  $     0.0$ & $-0.0046$ &  MH \\
2445489.391  &  $ +1318.5$ & $-0.0037$ &  BB67 \\
2446903.440  &  $ +5313.0$ & $+0.0040$ &  BB83 \\
2447205.580  &  $ +6166.5$ & $+0.0075$ &  BB88 \\
2447257.7849 &  $ +6314.0$ & $-0.0022$ &  LG \\
2447259.7331 &  $ +6319.5$ & $-0.0010$ &  LG \\
2447268.7595 &  $ +6345.0$ & $-0.0015$ &  LG \\
2447269.6449 &  $ +6347.5$ & $-0.0011$ &  LG \\
2447269.8224 &  $ +6348.0$ & $-0.0006$ &  LG \\                
2447270.7067 &  $ +6350.5$ & $-0.0013$ &  LG \\ 
2447331.415  &  $ +6522.0$ & $-0.0035$ &  BB89 \\
2447615.6772 &  $ +7325.0$ & $-0.0009$ &  LG \\  
2447671.43   &  $ +7482.5$ & $-0.0027$ &  BB92 \\
2448002.427  &  $ +8417.5$ & $+0.0071$ &  BB95 \\
2448010.385  &  $ +8440.0$ & $+0.0001$ &  BB95 \\
2448014.463  &  $ +8451.5$ & $+0.0072$ &  BB95 \\
2448039.415  &  $ +8522.0$ & $+0.0024$ &  BB95(CCD) \\
2448039.425  &  $ +8522.0$ & $+0.0124$ &  BB95 \\
2448356.413  &  $ +9417.5$ & $-0.0040$ &  BB97 \\
2448358.361  &  $ +9423.0$ & $-0.0030$ &  BB97 \\
2448405.443  &  $ +9556.0$ & $-0.0026$ &  BB98 \\
2448739.450  &  $+10499.5$ & $+0.0082$ &  BB101(CCD) \\
2448753.435  &  $+10539.0$ & $+0.0103$ &  BB101 \\
2448762.452  &  $+10564.5$ & $+0.0004$ &  BB101(CCD) \\
2448770.413  &  $+10587.0$ & $-0.0036$ &  BB101 \\
2449090.430  &  $+11491.0$ & $+0.0001$ &  BB104 \\
2449098.395  &  $+11513.5$ & $+0.0001$ &  BB104 \\
2449107.422  &  $+11539.0$ & $+0.0002$ &  BB104 \\
2449116.449  &  $+11564.5$ & $+0.0003$ &  BB104 \\
2449878.432  &  $+13717.0$ & $+0.0046$ &  BB109 \\
\hline
\end{tabular}

$^{\ast}$omitted in least square solution\\
References: J = Jensch (1936), W = Whitney (1955), Koch (1961),
MH = Hoffmann (1983), GL = Lapasset \& G\'omez (1995), BB + number =
various issues of the BBSAG.
\end{center}
\end{table*}

\newpage

\begin{table*}[h]
%\begin{flushleft}
\begin{center}
\caption[]{Normal points for V700 Cyg in intensity units}
\begin{tabular}{cccccc|cccccc}\hline
phase  & $l_{\rm B}$  & $n$ & phase  & $l_{\rm B}$  & $n$ &
phase  & $l_{\rm V}$  & $n$ & phase  & $l_{\rm V}$  & $n$ \\ \hline
0.0061 & 0.4402 & 11 & 0.5048 & 0.5394 &  4 &
0.0070 & 0.4616 & 12 & 0.4851 & 0.5647 &  4 \\
0.0228 & 0.4706 & 11 & 0.5166 & 0.5568 &  5 &
0.0225 & 0.4949 &  9 & 0.5047 & 0.5531 &  3 \\
0.0382 & 0.5451 &  6 & 0.5316 & 0.5985 &  7 &
0.0371 & 0.5609 &  6 & 0.5170 & 0.5644 &  7 \\
0.0525 & 0.5739 &  6 & 0.5492 & 0.6482 &  4 &
0.0526 & 0.6008 &  7 & 0.5310 & 0.6040 &  6 \\
0.0675 & 0.6316 &  7 & 0.5618 & 0.6885 & 13 &
0.0682 & 0.6528 &  7 & 0.5474 & 0.6526 &  5 \\
0.0795 & 0.6893 &  4 & 0.5775 & 0.7427 & 13 &
0.0822 & 0.7023 &  3 & 0.5618 & 0.7096 & 13 \\
0.0972 & 0.7385 &  9 & 0.5919 & 0.7806 & 10 &
0.0964 & 0.7631 &  8 & 0.5773 & 0.7585 & 12 \\
0.1121 & 0.7866 &  9 & 0.6077 & 0.8218 &  8 &
0.1112 & 0.7838 & 10 & 0.5915 & 0.7935 & 11 \\
0.1272 & 0.8168 & 10 & 0.6236 & 0.8567 & 11 &
0.1261 & 0.8186 &  9 & 0.6079 & 0.8348 &  8 \\
0.1403 & 0.8488 &  3 & 0.6381 & 0.8790 & 12 &
0.1402 & 0.8821 &  4 & 0.6228 & 0.8698 & 10 \\
0.1563 & 0.8674 &  4 & 0.6527 & 0.8948 &  9 &
0.1568 & 0.8872 &  3 & 0.6374 & 0.8913 & 13 \\
0.1736 & 0.9315 &  2 & 0.6683 & 0.9164 & 12 &
0.1710 & 0.8819 &  2 & 0.6521 & 0.9057 &  8 \\
0.1870 & 0.9188 &  2 & 0.6825 & 0.9437 & 11 &
0.1859 & 0.9025 &  3 & 0.6683 & 0.9257 & 14 \\
0.1993 & 0.9165 &  3 & 0.6977 & 0.9530 & 11 &
0.1996 & 0.9012 &  2 & 0.6831 & 0.9435 & 11 \\
0.2189 & 0.0028 &  3 & 0.7125 & 0.9656 & 12 &
0.2161 & 0.9650 &  3 & 0.6978 & 0.9592 & 11 \\
0.2329 & 0.0258 &  3 & 0.7271 & 0.9677 & 11 &
0.2307 & 0.0158 &  3 & 0.7125 & 0.9649 & 12 \\
0.2517 & 0.0005 &  2 & 0.7413 & 0.9728 & 10 &
0.2500 & 0.9995 &  2 & 0.7275 & 0.9742 & 12 \\
0.2632 & 0.9986 &  4 & 0.7560 & 0.9802 & 10 &
0.2607 & 0.9833 &  4 & 0.7423 & 0.9864 &  9 \\
0.2761 & 0.9805 &  5 & 0.7715 & 0.9728 & 11 &
0.2728 & 0.0009 &  4 & 0.7572 & 0.9805 & 12 \\
0.2923 & 0.9843 &  5 & 0.7868 & 0.9619 & 10 &
0.2918 & 0.9988 &  3 & 0.7717 & 0.9674 & 10 \\
0.3061 & 0.9683 &  2 & 0.8024 & 0.9303 &  7 &
0.3075 & 0.9730 &  3 & 0.7868 & 0.9602 & 10 \\
0.3207 & 0.9663 &  5 & 0.8174 & 0.9123 &  5 &
0.3221 & 0.9617 &  5 & 0.8020 & 0.9308 &  6 \\
0.3379 & 0.9276 &  5 & 0.8331 & 0.8874 &  6 &
0.3381 & 0.9324 &  4 & 0.8164 & 0.8982 &  5 \\
0.3512 & 0.9115 &  3 & 0.9086 & 0.7132 &  6 &
0.3511 & 0.9131 &  4 & 0.8320 & 0.8962 &  6 \\
0.3658 & 0.8918 &  3 & 0.9226 & 0.6710 &  6 &
0.3674 & 0.8915 &  3 & 0.9093 & 0.7271 &  5 \\
0.3990 & 0.8370 &  4 & 0.9378 & 0.6191 &  8 &
0.3893 & 0.7936 &  1 & 0.9227 & 0.6801 &  7 \\
0.4145 & 0.7775 &  4 & 0.9535 & 0.5588 & 12 &
0.3964 & 0.8106 &  4 & 0.9381 & 0.6348 &  7 \\
0.4285 & 0.7312 &  6 & 0.9677 & 0.5037 & 12 &
0.4132 & 0.7849 &  4 & 0.9529 & 0.5874 & 13 \\
0.4444 & 0.6833 &  5 & 0.9829 & 0.4572 & 14 &
0.4282 & 0.7467 &  7 & 0.9681 & 0.5277 & 13 \\
0.4582 & 0.6305 &  4 & 0.9953 & 0.4404 &  6 &
0.4430 & 0.7086 &  5 & 0.9831 & 0.4764 & 12 \\
0.4722 & 0.5734 &  6 &        &        &    &
0.4585 & 0.6411 &  5 & 0.9949 & 0.4620 &  7 \\
0.4845 & 0.5499 &  3 &        &        &    &
0.4726 & 0.5933 &  5 &        &        &    \\
\hline
\end{tabular}
%\end{flushleft}
\end{center}
\end{table*}

\newpage

\begin{table*}[h]
%\begin{flushleft}
\begin{center}
\caption[]{Normal points for AW Vir in intensity units}
\begin{tabular}{cccccc|cccccc}\hline
phase  & $l_{\rm B}$ & $n$ & phase & $l_{\rm B}$ & $n$ &
phase  & $l_{\rm V}$ & $n$ & phase & $l_{\rm V}$ & $n$ \\ \hline
0.0060 & 0.4616  & 3 & 0.5354 & 0.5813 &  1 &
0.0055 & 0.4817  & 4 & 0.5347 & 0.5935 &  2 \\
0.0234 & 0.4945  & 5 & 0.5483 & 0.6212 &  3 &
0.0221 & 0.5116  & 3 & 0.5486 & 0.6451 &  2 \\
0.0381 & 0.5488  & 6 & 0.5603 & 0.6780 &  1 &
0.0372 & 0.5796  & 7 & 0.5623 & 0.6883 &  2 \\
0.0507 & 0.6012  & 4 & 0.5727 & 0.6963 &  1 &
0.0534 & 0.6615  & 4 & 0.5782 & 0.7352 &  1 \\
0.0670 & 0.6712  & 5 & 0.5963 & 0.7845 &  4 &
0.0683 & 0.7150  & 6 & 0.5934 & 0.7777 &  1 \\
0.0811 & 0.7218  & 6 & 0.6080 & 0.8074 &  3 &
0.0827 & 0.7667  & 5 & 0.6068 & 0.8296 &  6 \\
0.0975 & 0.7728  & 6 & 0.6216 & 0.8365 &  7 &
0.0974 & 0.8153  & 6 & 0.6226 & 0.8590 &  4 \\
0.1117 & 0.8136  & 5 & 0.6390 & 0.8593 &  5 &
0.1137 & 0.8596  & 7 & 0.6354 & 0.8734 &  5 \\
0.1258 & 0.8416  & 5 & 0.6539 & 0.8800 &  5 &
0.1283 & 0.8850  & 5 & 0.6525 & 0.8926 &  6 \\
0.1411 & 0.8665  & 7 & 0.6683 & 0.8916 &  5 &
0.1412 & 0.9063  & 5 & 0.6680 & 0.9145 &  5 \\
0.1569 & 0.8947  & 4 & 0.6829 & 0.9176 &  5 &
0.1556 & 0.9302  & 5 & 0.6826 & 0.9259 &  5 \\
0.1710 & 0.9264  & 6 & 0.6961 & 0.9275 &  3 &
0.1731 & 0.9634  & 6 & 0.6993 & 0.9428 &  3 \\
0.1813 & 0.9345  & 2 & 0.7076 & 0.9315 &  1 &
0.1848 & 0.9629  & 2 & 0.7283 & 0.9579 &  3 \\ 
0.2027 & 0.9804  & 2 & 0.7283 & 0.9489 &  2 &
0.2013 & 0.9945  & 1 & 0.7434 & 0.9683 &  2 \\
0.2174 & 0.9908  & 3 & 0.7425 & 0.9588 &  3 &
0.2172 & 0.9886  & 4 & 0.7566 & 0.9736 &  2 \\
0.2340 & 0.9997  & 3 & 0.7545 & 0.9683 &  1 &
0.2344 & 0.9872  & 2 & 0.7715 & 0.9860 &  3 \\
0.2482 & 0.9982  & 2 & 0.7710 & 0.9652 &  2 &
0.2487 & 0.9991  & 3 & 0.7880 & 0.9784 &  3 \\
0.2620 & 0.9942  & 3 & 0.7867 & 0.9823 &  3 &
0.2634 & 0.9982  & 2 & 0.8046 & 0.9683 &  3 \\
0.2795 & 0.9875  & 3 & 0.8018 & 0.9686 &  3 &
0.2763 & 0.9917  & 3 & 0.8207 & 0.9384 &  1 \\
0.2951 & 0.9775  & 3 & 0.8214 & 0.9484 &  2 &
0.2930 & 0.9808  & 2 & 0.8308 & 0.9250 &  3 \\
0.3110 & 0.9669  & 2 & 0.8336 & 0.9281 &  3 &
0.3075 & 0.9656  & 2 & 0.8483 & 0.9115 &  3 \\
0.3248 & 0.9467  & 2 & 0.8469 & 0.9053 &  2 &
0.3213 & 0.9471  & 2 & 0.8630 & 0.8913 &  3 \\
0.3399 & 0.9158  & 2 & 0.8607 & 0.8941 &  2 &
0.3358 & 0.9281  & 2 & 0.8786 & 0.8648 &  3 \\
0.3530 & 0.9028  & 1 & 0.8755 & 0.8672 &  4 &
0.3503 & 0.9159  & 3 & 0.8942 & 0.8229 &  3 \\
0.4120 & 0.8399  & 2 & 0.8915 & 0.8297 &  3 &
0.3934 & 0.8694  & 1 & 0.9085 & 0.7741 &  3 \\
0.4251 & 0.7984  & 2 & 0.9062 & 0.7801 &  3 &
0.4154 & 0.8341  & 2 & 0.9228 & 0.7341 &  3 \\
0.4421 & 0.7244  & 3 & 0.9228 & 0.7186 &  4 &
0.4279 & 0.7918  & 2 & 0.9384 & 0.6736 &  3 \\
0.4582 & 0.6558  & 3 & 0.9379 & 0.6564 &  3 &
0.4430 & 0.7264  & 3 & 0.9526 & 0.6111 &  3 \\
0.4734 & 0.5987  & 1 & 0.9531 & 0.5955 &  4 &
0.4697 & 0.6265  & 3 & 0.9683 & 0.5499 &  3 \\
0.4867 & 0.5432  & 3 & 0.9674 & 0.5362 &  3 &
0.4851 & 0.5652  & 2 & 0.9821 & 0.5057 &  3 \\
0.5051 & 0.5112  & 2 & 0.9817 & 0.4859 &  4 &
0.5010 & 0.5445  & 2 & 0.9917 & 0.4889 &  1 \\
0.5175 & 0.5316  & 1 & 0.9945 & 0.4584 &  2 &
0.5134 & 0.5495  & 1 &        &        &    \\
\hline
\end{tabular}
%\end{flushleft}
\end{center}
\end{table*}
\end{document}
