%%%
%%% Tables from paper in LaTeX format
%%% "H2O maser emission from semiregular variables"
%%% SZYMCZAK M., ENGELS D.
%%% <Astron. Astrophys. 296, 727 (1995)>
%%% =1995A&A...296..727S      (SIMBAD/NED Reference)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\documentstyle{article}
\textheight25cm
\textwidth15cm
\pagestyle{empty}
\begin{document}
\raggedbottom
\footnotesize

\begin{table}
\begin{center}
\caption{Semiregulars with H$_2$O maser emission}

\begin{tabular}{l l l r r r r c c}
\hline
GCVS & Type  & $\alpha$(1950) & $\delta$(1950) & Obs.  & $V_{\rm p}$    & $S_{\rm p}$ & $\Delta V$   & S$_{\rm i}$    \\
   &   & (h m s) & ($^{\circ}$ $^{\prime}$ $^{\prime \prime}$)  & date  & (km~s$^{-1}$) & (Jy) & (km~s$^{-1}$) & (10$^{-22}$Wm$^{-2}$) \\
\hline
T Ari$^a$ & SRa & 02 45 32.8 & 17 18 11 & 12/92 &  $-$4.8 & 0.3 &    &   $<$10 \\
          &     &       &          &  4/93 &  $-$4.8 & 1.4 &    &   $<$10 \\
W Per$^a$ & SRc & 02 46 55.1 & 56 46 35 & 12/92 & $-$35.8 & 1.0 &    &   17    \\
          &      &       &          &  4/93 & $-$36.4 & 0.9 &    &   15    \\
IR Per$^a$ & SRa & 04 16 36.5 & 40 56 37 & 12/92 & $-$28.5 & 16.8 &  & 175   \\
           &      &      &          &  4/93 & $-$28.4 &  3.6 &  &  47   \\
RW Lep & SRa & 05 36 37.  & $-$14 03 36 & 12/92 &  $-$57.4 & 1.9 &  & 19   \\
       &     &       &             &  4/93 &  $-$61.7 & 1.2 &  & 63   \\
       &     &       &             &       &  $-$57.4 & 4.6 &  &      \\
HU Pup & SRa & 07 53 38.6 & $-$28 30 55 & 12/92 &  36.3  & 3.3   & 16.3  & 1551   \\
       &     &       &             &       &  39.9  & 26.5  &     &        \\
       &     &       &             &       &  41.4  & 22.7  &     &        \\
       &     &       &             &       &  43.6  & 39.8  &     &        \\
       &     &       &             &       &  45.5  & 24.6  &     &        \\
       &     &       &             &       &  48.5--50.5 & $\sim$6     &        \\
       &     &       &             &       &  51.0  & 17.8  &     &        \\
RT Hya$^a$ & SRb & 08 27 13.2 & $-$06 09 01 & 12/92 &  24.5  & 3.8  &      & 48    \\
           &      &      &             &  4/93 &  24.7  & 1.2  &      & 13    \\
RS Cnc$^a$ & SRc & 09 07 37.7 & 31 10 04 & 12/92 & 5.5 & 0.3 &    &   $<$10  \\
           &     &       &          &  4/93 &     & $<$1.2 &   &    \\
R Crt  & SRb & 10 58 05.6 & $-$18 03 20 & 12/92 & 4.2 & 194.9 &  18.5 & 7327  \\
       &     &       &             &       & 6.2 &  71.7 &      &        \\
       &     &        &             &       & 7.9 &  85.6 &      &        \\
       &     &       &             &       & 9.0 &  455.7 &     &        \\
       &     &       &             &       & 11.6 &  38.7 &     &        \\
       &     &       &             &       & 12.8 &  89.3 &     &        \\
       &     &       &             &       & 14.1 &  17.1 &     &        \\
       &     &       &             &       & 15.5 &  10.0 &     &        \\
       &     &       &             &       & 16.4 &   9.0 &     &        \\
       &     &       &             &       & 17.1 &   7.4 &              \\
       &     &       &             &  4/93 &  4.3 & 247.4 &  18 &  7700  \\
       &     &       &             &       &  5.4 & 116.1 &     &        \\
       &     &       &             &       &  6.3 &  64.5 &     &        \\
       &     &       &             &       &  8.4 & 214.1 &     &        \\
       &     &       &             &       &  9.0 & 191.2 &     &        \\
       &     &       &             &       & 10.4 &  19.8 &     &        \\
       &     &       &             &       & 11.6 &  33.0 &     &        \\
       &     &       &             &       & 12.8 &  58.8 &     &        \\
       &     &       &             &       & 15.7 &  35.9 &     &        \\
AF Leo & SRb & 11 25 16.4 & 15 25 22    & 12/92 & 3.5  & $\sim$0.8  &     & 21 \\
       &     &       &             &       & 9.8  &  0.5  &     &         \\
       &     &       &             &  4/93 & 3.9  &   4.1  &  8.8 &   42  \\
       &     &       &             &       & 9.7  &   0.9  &      &       \\
S Crt  & SRb & 11 50 11.7 & $-$07 19 08 & 12/92  & 34.7 & 22.4 & 8.3 & 2618     \\
       &     &       &             &        & 36.3 & 10.4 &     &         \\
       &     &       &             &        & 39.9 & 333.5 &      &       \\
       &     &       &             &  4/93  & 34.7 &  21.1 & 8.5 & 2031   \\
       &     &       &             &        & 36$-$37 & 10.0 &    &       \\
       &     &       &             &        & 37.5 &   10.6  &    &       \\
       &     &       &             &        & 39.7  & 250.9  &    &       \\
Y UMa$^a$  & SRb & 12 38 03.5 & 56 07 19  & 12/92  & 19.4 & 0.3  &      & $<$10 \\
           &   &         &           &  4/93  & 19.7 & 0.6  &      & $<$10 \\
\end{tabular}
\end{center}
\end{table}

\begin{table}
\begin{center}
%\caption{Table 1. Cont.}

\vspace{0.5cm}
\begin{tabular}{l l l r r r r c c}
\hline
GCVS & Type & $\alpha$(1950) & $\delta$(1950) & Obs.  &  $V_{\rm p}$  &  $S_{\rm p}$ & $\Delta V $
& S$_{\rm i}$  \\
  &  & (h m s) &  ($^{\circ}$ $^{\prime}$ $^{\prime \prime}$)  & date  & (km~s$^{-1}$) & (Jy) &
(km~s$^{-1}$)  & (10$^{-22}$Wm$^{-2}$) \\
\hline
RT Vir &  SRb& 13 00 06.1 & 05 27 14   & 12/92  & 10.4 & 80.0 &  18.1 & 3081    \\
       &     &       &            &        & 12.4 & 67.8 &       &         \\
       &     &       &            &        & 16.0 & 11.4 &       &         \\
       &     &       &            &        & 17.5 & 22.0 &       &         \\
       &     &       &            &        & 19.6 &  4.5 &       &         \\
       &     &       &            &        & 21.4 & 14.9 &       &         \\
       &     &       &            &        & 23.0 & 34.2 &       &         \\
       &     &       &            &        & 24.6 & 73.6 &       &         \\
       &     &       &            &   4/93 & 10.5 & 260.1 & 17.7 &  5632   \\
       &     &       &            &        & 12.6 & 199.8 &      &         \\
       &     &       &            &        & 16.1 &  15.2 &      &         \\
       &     &       &            &        & 17.4 &  15.2 &      &         \\
       &     &       &            &        & 22.8 &  51.5 &      &         \\
       &     &       &            &        & 24.5 &  25.5 &      &         \\
V CVn  & SRa & 13 17 17.1 & 45 47 20   & 12/92  & 2$-$4. & $\sim$0.4  &      & $<$10  \\
       &     &       &            &  4/93  &  & $<$0.5  &      &   \\
W Hya  & SRa & 13 46 12.5 & $-$28 07 11 & 12/92 &  39.8 & 13.6 &  5.8 & 520    \\
       &     &       &             &        &  41.9 & 40.1 &      &       \\
RX Boo & SRb & 14 21 58.  & 25 55 54   & 12/92  & $-$4.7 & 3.6   & 11.4  & 263 \\
       &     &       &             &        & $-$3.7 & 6.3   &       &     \\
       &     &       &             &        &  0.5 & 3.5     &       &     \\
       &     &       &             &        &  2.0 & 6.6     &       &     \\
       &     &       &             &        &  3.8 & 4.4     &       &     \\
       &     &       &             &  4/93  & $-$4.6 & 11.4  &  10.9 &  695 \\
       &     &       &             &        & $-$3.0 & 12.8  &       &      \\
       &     &       &             &        & $-$2.1 &  8.8  &       &      \\
       &     &       &             &        &  0.2 & 7.3     &       &      \\
       &     &       &             &        &  2.1 & 7.1     &       &      \\
       &     &       &             &        &  3.8 & 37.1    &       &      \\
X Her$^a$ & SRb & 16 01 07.9 & 47 22 36   & 12/92  & $-$79.0 & 1.9  &       & 46 \\
       &     &       &             &        & $-$73.3 & 2.6  &       &      \\
       &     &       &             &        & $-$68.1 & $\sim$0.3 &    &    \\
       &     &       &             &   4/93 & $-$79.2 &  1.8  & 14.0   &  57 \\
       &     &       &             &        & $-$73.2 &  2.7  &       &      \\
       &     &       &             &        & $-$68.6 &  1.0  &       &      \\
R UMi  & SRb & 16 30 37.2 & 72 23 14    &  4/93  & $-$7.4  &  2.3  &      &   30  \\
       &     &       &             &        & $-$5.4  &  0.8   &      &      \\
UV Cyg$^a$ & SRb & 19 29 37.9 & 43 31 45 & 12/92 &  11.6 & 4.1 &   16.8 &  127    \\
       &     &       &             &        &  12.9 & 2.8 &        &         \\
       &     &       &             &        &  14.3 & 0.8 &        &         \\
       &     &       &             &        &  23.5 & 1.8 &        &         \\
       &     &       &             &        &  25.4 & 6.9 &        &         \\
       &     &       &             &   4/93 &  12.7 & 17.3 &  15.2 &  188    \\
       &     &       &             &        &  22.9 &  6.9 &       &         \\
       &     &       &             &        &  25.3 &  3.1 &       &         \\
UU Dra$^a$ & SRb & 20 24 53.8 & 75 05 24   & 12/92  & $-$28.0 & 5.6 & 10  & 112    \\
V Aqr  & SRa & 20 44 18.  & 02 15 14    & 12/92  & $-$26. & 0.3 &       & $<$10   \\
       &     &            &             & 04/93  & $-$26.3 & 0.5 &       & $<$10   \\
SV Peg & SRb & 22 03 30.7 & 35 06 14   & 12/92  & 0.4 & 27.8  & $\sim$9  & 282   \\
       &    &        &             &        & 3.6 & 6.6   &     &          \\
       &    &        &             &        & 7.5 & 1.1   &     &          \\
       &    &       &             &  4/93  & 0.3 & 4.2   &     &    86    \\
       &    &        &             &        & 1.5 & 2.6   &     &          \\
       &    &        &             &        & 3.4 & 2.2   &     &          \\
       &    &        &             &        & 4.9 & 2.2   &     &          \\
       &    &        &             &        & 17.3 & 0.3: &     &          \\
BI Peg$^a$ & SRa & 22 55 23.6 & 17 44 58   & 12/92  & $-$21.0 & 6.8 &    &  51    \\
           &    &        &            &  4/93  & $-$21.0 & 11.0 &    &  82   \\
RS And & SRa & 23 52 50.3 & 48 21 37   & 12/92  & 4.7   & 0.5   &    & 12    \\
       &     &       &             &       & 8.2   & 0.5   &    &          \\
       &     &       &             & 4/93  &       & $<$0.6 &    &         \\
\hline
\multicolumn{2}{l}{ $^a$ new detections}  &  &  &  &  &  &  \\
\end{tabular}
\end{center}
\end{table}

\begin{table}
\begin{center}
\caption{Semiregulars not detected as H$_2$O maser sources}

\begin{tabular}{l c l r r c c}
\hline
     &      &          &      &      & Velocity &   \\
GCVS & IRAS & $\alpha$(1950) & $\delta$(1950) & Obs. & range   &   3$\sigma$    \\
     &      & (h m s) & ($^{\circ}$ $^{\prime}$ $^{\prime \prime}$) & date  & (km~s$^{-1}$) & (Jy) \\
\hline
TT Peg  & 00039+2648  & 00 03 54.7 &  26 48 41 &  12/92  & $-$160;160  &  0.3  \\
T Cet   & 00192$-$2020 & 00 19 14.7 & $-$20 20 05 &  12/92  & $-$160;160  &  0.5  \\
KS Cas  & 00541+4825  & 00 54 11.6 &  48 25 55 &  12/92  & $-$160;160  &  0.3  \\
        &             &            &            &   4/93  & $-$160;160 &  0.4   \\
EH And  & 01003+4535  & 01 00 20.4 &  45 35 57 &  12/92  & $-$160;160  &  0.3   \\
RT Psc  & 01110+2652  & 01 11 04.  &  26 52 06 &  12/92  & $-$160;160  &  0.2   \\
ST Psc  & 01251+1626  & 01 25 09.3 &  16 26 44 &  12/92  & $-$160;160  &  0.2   \\
        &             &            &            &   4/93  & $-$160;160  & 0.9   \\
SV Psc  & 01438+1850  & 01 43 52.0 &  18 50 09 &  12/92  & $-$15;35    &  0.5   \\
        &             &            &            &   4/93  & $-$25;55  & 0.7 \\
UZ Cet  & 02036$-$1027 & 02 03 38.  & $-$10 27 00 &  12/92  & $-$160;160  &  0.3  \\
BV Per  & 02158+5101  & 02 15 53.2 &  51 01 35 &  12/92  & $-$160;160  &  0.3   \\
UX And  & 02302+4525  & 02 30 12.1 &  45 26 00 &  12/92  & $-$50;30    &  0.5   \\
EL Per  & 02367+5155  & 02 36 48.  &  51 55 36 &  12/92  & $-$160;160  &  0.3   \\
Z Eri   & 02455$-$1240 & 02 45 32.3 & $-$12 40 05 & 12/92  & $-$160;160  &  0.3   \\
RR Eri  & 02497$-$0828 & 02 49 47.0 & $-$08 28 17 & 12/92  & $-$50;30    &  0.5   \\
$\rho$ Per & 03019+3838 & 03 01 59.3 & 38 38 55 & 12/92  & $-$160;160  &  0.2   \\
AA Per  & 03118+4623  & 03 11 48.  &  46 23 48  & 12/92  & $-$160;160  &  0.2    \\
        &             &            &             &  4/93  & $-$160;160  &  0.4   \\
VY Eri  & 03388$-$1054 & 03 38 52.6 & $-$10 54 43 & 12/92  & $-$10;70    &  0.5  \\
BR Eri  & 03463$-$0710 & 03 46 20.6 & $-$07 10 01 & 12/92  &   10;80    &  0.5  \\
SU Eri  & 03489$-$0131 & 03 48 54.8 & $-$01 31 14 & 12/92  & $-$70;0     &  0.5  \\
IU Tau  & 04328+2824  & 04 32 49.8 &  28 24 46  & 12/92  & $-$160;160  &  0.2   \\
VY Cam  & 05019+5634  & 05 01 55.6 &  56 34 25  & 12/92  & $-$160;160  &  0.3   \\
V430 Ori & 05040+0028 & 05 04 01.5 &  00 28 58  & 12/92  & $-$160;160  &  0.3   \\
AB Tau  & 05378+2804  & 05 37 53.1 &  28 04 54  & 12/92  & $-$160;160  &  0.2   \\
        &             &            &             &  4/93  & $-$160;160 &  0.3   \\
TW Aur  & 05534+4530  & 05 53 25.4 &  45 30 13  & 12/92  & $-$20;55    &  0.5   \\
        &             &            &             &  4/93  & $-$20;55  &  0.6   \\
RS Aur  & 06001+4617  & 06 00 07.1 &  46 17 39  & 12/92  & $-$160;160  &  0.3   \\
        &             &            &             &  4/93  & $-$160;160  & 0.3   \\
S Lep$^a$ & 06036$-$2411 & 06 03 41.9 & $-$24 11 24 & 12/92 & $-$50;0     &  0.8  \\
        &              &           &             &    4/93 & $-$40;35 &  1.2  \\
BU Aur  & 06067+3125  & 06 06 42.9 &  31 25 02  &  4/93  & $-$160;160   &  0.5  \\
GI Ori  & 06104+1833  & 06 10 25.  &  18 33 30  & 12/92  & $-$160;160  &  0.2   \\
VW Aur  & 06139+3313  & 06 13 57.4 &  33 13 31  & 12/92  & $-$160;160  &  0.3   \\
        &             &            &             &  4/93  & $-$160;160  &  0.5   \\
V Lyn   & 06250+6134  & 06 25 04.4 &  61 34 32  & 12/92  & $-$160;160  &  0.3   \\
        &             &            &             &  4/93  & $-$160;160  &  0.2   \\
GL Mon  & 06333$-$0520 & 06 33 19.0 & $-$05 20 07 & 12/92 & $-$160;160  &  0.3   \\
        &             &            &             &    4/93 & $-$160;160 & 0.3   \\
SU Lyn  & 06387+5531  & 06 38 45.9 &  55 31 25  & 12/92  & $-$50;25  &  0.5    \\
        &             &            &             &  4/93  & $-$50;25  &  0.5    \\
X Mon   & 06548$-$0859 & 06 54 48.1 & $-$08 59 49 & 12/92  & $-$160;160  &  0.3 \\
RZ UMa  & 08063+6522  & 08 06 18.5 &  65 22 21  & 12/92   & $-$160;160  &  0.3  \\
        &             &            &             &  4/93  & $-$160;160  &  0.2  \\
RX Cnc  & 08117+2453  & 08 11 43.8 &  24 53 16  & 12/92   & $-$160;160  &  0.3  \\
        &             &            &             &  4/93   & $-$160;160  &  0.3 \\
\end{tabular}
\end{center}
\end{table}

\begin{table}
\begin{center}
%\caption{Table 2. (continued)}

\begin{tabular}{l c l r r c c}
\hline
     &      &      &       &      & Velocity & \\
GCVS & IRAS & $\alpha$(1950) & $\delta$(1950) & Obs. & range   &   3$\sigma$   \\
    &      & (h m s) & ($^{\circ}$ $^{\prime}$ $^{\prime \prime}$) & date  & (km~s$^{-1}$) & (Jy)  \\
\hline
Z Cnc   & 08196+1509  & 08 19 37.1 &  15 09 11  & 12/92   & $-$160;160  &  0.3   \\
        &             &            &            &  4/93   & $-$160;160  &  0.3  \\
W Pyx   & 08346$-$1747 & 08 34 36.9 & $-$17 47 46 & 12/92  & $-$160;160  &  0.4  \\
        &             &            &             &  4/93   & $-$160;160  &  0.5   \\
AK Hya  & 08375$-$1707 & 08 37 35.9 & $-$17 07 32 & 12/92  & $-$5;70     &  0.8  \\
        &             &            &             &    4/93 & $-$5;70    &  0.9   \\
EY Hya  & 08437+0149  & 08 43 45.2 &  01 49 00  & 12/92  & $-$160;160  &  0.3    \\
        &             &            &             &  4/93  & $-$160;160  &  0.3   \\
RT Cnc  & 08555+1102  & 08 55 33.1 &  11 02 22  & 12/92  & $-$160;160  &  0.2    \\
        &             &            &            &  4/93  & $-$160;160  &  0.4   \\
FF Hya  & 10353$-$1145 & 10 35 20.5 & $-$11 45 22 & 4/93 & $-$160;160  &  0.4  \\
T Crt   & 11213$-$1938 & 11 21 23.5 & $-$19 38 03 & 12/92 & $-$160;160  &  0.4   \\
        &             &            &             &   4/93 & $-$160;160  &  0.5   \\
ST UMa  & 11251+4527  & 11 25 07.  &  45 27 54  & 12/92  & $-$160;160  &  0.2    \\
Z UMa   & 11538+5808  & 11 53 54.0 &  58 08 59  & 12/92  & $-$160;160  &  0.3    \\
TZ Vir  & 12020+0254  & 12 02 01.5 &  02 54 00  & 12/92  & $-$25;55    &  0.2    \\
        &             &            &             &  4/93  & $-$160;160  & 0.3   \\
BK Vir  & 12277+0441  & 12 27 48.  &  04 41 33  & 12/92  & $-$160;160  &  0.3    \\
SW Vir  & 13114$-$0232 & 13 11 29.7 & $-$02 32 34 & 12/92 & $-$50;25 &  0.5 \\
        &             &             &              &  4/93 & $-$50;20 & 0.5 \\
RV Boo  & 14371+3245  & 14 37 09.0 &  32 45 15  & 12/92  & $-$30;40    &  0.5    \\
        &             &            &             &  4/93  & $-$35;45  & 0.5   \\
RW Boo  & 14391+3147  & 14 39 05.9 &  31 47 07  & 12/92  & $-$160;160  &  0.2    \\
        &             &            &             &  4/93  & $-$160;160  &  0.2   \\
ST Her  & 15492+4837  & 15 49 16.0 &  48 37 55  & 12/92  & $-$45;25    &  0.5    \\
        &             &            &             &  4/93  & $-$50;25  & 0.5   \\
RS CrB  & 15566+3609  & 15 56 38.9 &  36 09 48  & 12/92  & $-$110;$-$40  &  0.5  \\
        &             &            &             &  4/93  & $-$115;$-$35 & 0.4    \\
DX Ser  & 16060$-$0124 & 16 06 00.5 & $-$01 24 23 & 12/92 & $-$160;160  &  0.3   \\
        &             &            &              &  4/93  & $-$160;160  & 0.3     \\
RY CrB$^a$ & 16211+3057  & 16 21 07.8 &  30 57 56  &  4/93  & $-$10; 65   &  0.5    \\
AH Dra  & 16473+5753  & 16 47 23.8 &  57 53 58  &  4/93  &  25;100    &  0.4    \\
SY Oph  & 16521$-$2153 & 16 52 07.5 & $-$21 53 25 & 12/92 & $-$75;0     &  1.0   \\
        &             &            &             &  4/93  &  $-$80;0  &  0.9     \\
V438 Oph$^a$ & 17123+1107 & 17 12 18.9 &  11 07 29  & 12/92 & $-$25;45    &  0.5     \\
        &             &            &             &  4/93  & $-$30;50  & 0.5    \\
UX Sgr  & 18520$-$1635 & 18 52 00.6 & $-$16 35 25 & 12/92 & $-$25;45    &  0.7   \\
        &             &            &             &  4/93  &  $-$30:45  & 0.6  \\
RW Sct  & 18537$-$1035 & 18 53 45.5 & $-$10 35 29 & 12/92 & $-$160;160  &  0.3   \\
        &             &            &             &  4/93  &  $-$160;160  &  0.3  \\
R Lyr   & 18537+4352  & 18 53 49.  &  43 52 48  & 12/92  & $-$160;160  &  0.2    \\
SU Sgr  & 19007$-$2247 & 19 00 44.4 & $-$22 47 10 & 12/92  & $-$160;160  &  0.4  \\
        &             &            &             &  4/93  & $-$160;160  & 0.4   \\
V844 Aql & 19045+0704 & 19 04 31.1 &  07 04 22  &  4/93  & $-$160;160  &  0.2    \\
AF Cyg  & 19287+4602  & 19 28 42.7 &  46 02 25  & 12/92  & $-$160;160  &  0.2    \\
        &             &            &             &  4/93  & $-$160;160  &  0.2   \\
GY Aql  & 19474$-$0744 & 19 47 24.7 & $-$07 44 32 & 12/92  & $-$5;70     &  0.5  \\
        &              &            &             &  4/93  & $-$5;70  & 0.5 \\
GN Cyg  & 20026+4018  & 20 02 38.3 &  40 18 01  &  4/93  & $-$160;160  & 0.2   \\
AC Cyg$^a$  & 20113+4917  & 20 11 21.4 &  49 17 57  & 12/92  & $-$70;0     &  0.5    \\
        &             &            &             &  4/93  & $-$70;5  & 0.4   \\
AI Cyg  & 20297+3221  & 20 29 44.7 &  32 21 05  & 12/92  & $-$160;160  &  0.2    \\
        &             &            &             &  4/93  & $-$160;160  & 0.2    \\
\end{tabular}
\end{center}
\end{table}

\begin{table}
\begin{center}
%\caption{Table 2. (continued)}

\begin{tabular}{l c l r r c c}
\hline
     &      & &  &      & Velocity &   \\
GCVS & IRAS & $\alpha$(1950) & $\delta$(1950) & Obs. & range   &   3$\sigma$   \\
     &      & (h m s) & ($^{\circ}$ $^{\prime}$ $^{\prime \prime}$) & date  & (km~s$^{-1}$) & (Jy)  \\
\hline
EU Del  & 20356+1805  & 20 35 38.2 &  18 05 30  & 12/92  & $-$85;$-$10 &  0.5   \\
        &             &            &             &  4/93  & $-$85;$-$10 & 0.4   \\
RZ Cyg  & 20502+4709  & 20 50 12.7 &  47 09 56  & 12/92  & $-$160;160  &  0.2   \\
        &             &            &             &  4/93  & $-$160;160  &  0.2  \\
RS Cap  & 21044$-$1637 & 21 04 28.8 & $-$16 37 23 & 12/92 & $-$45;35   &  0.8  \\
        &             &            &             &  4/93  & $-$45;35   &  0.6 \\
V702 Cyg & 21142+5349 & 21 14 16.9 &  53 49 01  & 12/92  & $-$160;160  &  0.2   \\
W Cyg   & 21341+4508  & 21 34 08.1 &  45 08 55  & 12/92  & $-$160;160  &  0.2   \\
        &             &            &             &  4/93  & $-$160;160  & 0.2  \\
EM Peg  & 21367+0804  & 21 36 44.3 &  08 04 27  & 12/92  & $-$160;160  &  0.2   \\
RU Cyg  & 21389+5405  & 21 38 58.1 &  54 05 42  & 12/92  & $-$45;30    &  0.5   \\
        &             &            &             &  4/93  & $-$45;35  &  0.4  \\
EP Aqr$^a$  & 21439$-$0226 & 21 43 56.8 & $-$02 26 39 & 4/93  & $-$75;5  & 0.5  \\
GN Cep  & 21581+5707  & 21 58 10.9 &  57 07 22  & 12/92  & $-$160;160  &  0.2   \\
TW Peg  & 22017+2806  & 22 01 43.2 &  28 06 19  & 12/92  & $-$50;25    &  0.6   \\
        &             &            &             &  4/93  & $-$50;25   & 0.4  \\
TT Cep  & 22039+6215  & 22 03 56.4 &  62 15 35  & 12/92  & $-$160;160  &  0.2   \\
BC Peg  & 22393+2054  & 22 39 23.6 &  20 54 30  & 12/92  & $-$160;160  &  0.3   \\
        &             &            &            &  4/93  & $-$160;160  &  0.2 \\
U Lac   & 22456+5453  & 22 45 39.6 &  54 53 36  & 12/92  & $-$160;160  &  0.2   \\
RX Lac  & 22476+4047  & 22 47 40.3 &  40 47 05  & 12/92  & $-$60;15    &  0.5   \\
        &             &            &             &  4/93  & $-$60;15   &  0.5  \\
TV And  & 22557+4228  & 22 55 46.  &  42 28 06  & 12/92  & $-$160;160  &  0.2   \\
AK Peg  & 23006+1105  & 23 00 40.5  & 11 05 21  & 12/92  & $-$160;160  &  0.4   \\
SV Cas  & 23365+5159  & 23 36 35.6 &  51 59 04  & 12/92  & $-$160;160  &  0.2   \\
        &             &            &           &  4/93  & $-$160;160  &  0.3  \\
RT Cas  & 23439+5412  & 23 43 56.9 &  54 12 29  & 12/92  & $-$160;160  &  0.2   \\
        &             &            &           &  4/93  & $-$160;160  &  0.3  \\
TZ And  & 23483+4713  & 23 48 21.6 &  47 13 47  & 12/92  & $-$160;160  &  0.2   \\
        &             &            &             &  4/93  & $-$160;160  &  0.4   \\
\hline
\end{tabular}

$^a$previously detected as H$_2$O maser sources (Dickinson \& Dinger 1982;
Engels \& Lewis in prep.)
\end{center}
\end{table}

\begin{table}
\begin{center}
\caption{Asymmetry of H$_2$O maser lines}
\begin{tabular}{l r c c}
\hline
Star & Date & $v_{\star}^{(a)}$ & $S_{\rm B}/S_{\rm I}$ \\
     &      & (km~s$^{-1}$)&       \\
\hline
R Crt  & 12/92 & 11  & 0.85 \\
       &  4/93 &     & 0.86 \\
Y Uma  & 12/92 & 17  & 0.00 \\
RT Vir & 12/92 & 17  & 0.57 \\
       &  4/93 &     & 0.85 \\
W Hya  & 12/92 & 41  & 0.37 \\
RX Boo & 12/92 & \hskip2.mm  1  & 0.60 \\
       &  4/93 &     & 0.55 \\
X Her  & 12/92 & \hskip-3mm $-$73 & 0.83 \\
       &  4/93 &     & 0.63 \\
UU Dra & 12/92 & \hskip-3mm $-$25 & 1.00 \\
SV Peg & 12/92 & \hskip2.mm 5  & 0.95 \\
       &  4/93 &     & 0.91 \\
\hline
\end{tabular}

\hskip35mm $^{(a)}$ Margulis et al. (1990), Nyman et al. (1992)
\end{center}
\end{table}

\begin{table}
\begin{center}
\caption{Properties of the H$_2$O maser semiregular variables}

\begin{tabular}{l c c l c c c r c c}
\hline
GCVS   & var. & Period & Sp. &  [12]$-$[25] &  $D$  &  F$_{12}$ & log~$L_{\rm H_2O}$ & $V_{\rm e}$   & $\dot M$   \\
       & type & (d)    & type &             & (kpc) & (Jy~kpc$^2$) &      (s$^{-1}$)    & (km~s$^{-1}$) & (10$^{-7}{\rm M}_{\odot}~{\rm yr}^{-1}$) \\
\hline
T Ari & SRa  & 323  & 6e   & $-$1.01 & 0.35 & 1.08 & $<$41.0     &    & 0.70   \\
IR Per & SRa & 175  & 6.5  & $-$0.60 & 0.20 & 0.88 & 41.8        &    & 0.57   \\
RW Lep & SRa & 150  & 8    & $-$0.88 & 0.25 & 0.64 & 41.5        &    & 0.34   \\
S Lep & SRb  &  90  & 6    & $-$0.66 & 0.10 & 0.39 & 40.2$^1$    &    & 0.14   \\
HU Pup & SRa & 238  & 3    & $-$0.04 & 0.74 & 1.68 & 43.8        &    & 7.50   \\
RT Hya & SRb & 253  & 6e   & $-$1.03 & 0.24 & 0.79 & 41.3        &    & 0.32   \\
R Crt  & SRb & 160  & 7    & $-$0.79 & 0.11 & 0.87 & 42.9        & 11.& 0.52   \\
AF Leo & SRb & 107  & 5    & $-$0.48 & 0.27 & 0.53 & 41.4        &    & 0.26   \\
S Crt  & SRb & 155  & 6e   & $-$0.93 & 0.26 & 0.54 & 43.2        &    & 0.23   \\
Y Uma  & SRb & 168  & 7    & $-$0.81 & 0.16 & 0.67 & $<$40.3     & 8.8& 0.34   \\
RT Vir & SRb & 155  & 8    & $-$0.78 & 0.12 & 0.79 & 42.8        & 11.3 & 0.47 \\
V CVn  & SRa & 192  & 4e   & $-$0.79 & 0.36 & 1.23 & $<$41.0     &    & 0.63   \\
W Hya  & SRa & 382  & 7.5  & $-$1.37 & 0.08 & 1.50 & 41.5        & 8.8& 1.30   \\
RX Boo & SRb & 340  & 6.5e & $-$0.76 & 0.13 & 1.13 & 42.0        & 11.5 & 0.98 \\
X Her  & SRb &  95  & 6e   & $-$0.76 & 0.07 & 0.36 & 40.4        & 11.7 & 0.17 \\
RY CrB & SRb &  90  & 10   & $-$0.59 & 0.24 & 0.16 & $<$40.7$^2$ &      & 0.14 \\
R Umi  & SRb & 324  & 7e   & $-$0.93 & 0.34 & 1.08 & 41.5        &      & 0.71 \\
V438 Oph&SRb & 154  & 7    & $-$0.67 & 0.25 & 0.58 & $<$42.0$^2$ &      & 0.24 \\
UV Cyg & SRb & 136  & 6    & $-$0.62 & 0.24 & 0.78 & 42.0        &      & 0.51 \\
AC Cyg & SRb & 142  & 7    & $-$0.67 & 0.20 & 0.60 & $<$41.0$^1$ &      & 0.29 \\
UU Dra & SRb & 120  & 8e   & $-$0.42 & 0.19 & 0.67 & 41.5        &  10. & 0.42 \\
V Aqr  & SRa & 244  & 6e   & $-$1.13 & 0.33 & 0.88 & $<$41.0     &      & 0.33 \\
EP Aqr & SRb &  55  & 8    & $-$0.92 & 0.09 & 0.61 & $<$39.8$^2$ &      & 0.23 \\
SV Peg & SRb & 145  & 7    & $-$0.64 & 0.14 & 0.68 & 41.7        &      & 0.38 \\
BI Peg & SRa & 500  & 6e   & $-$0.66 & 0.45 & 0.67 & 42.1        &      & 0.27 \\
RS And & SRa & 130  & 7    & $-$0.86 & 0.18 & 0.57 & 40.5        &      & 0.25 \\
\hline
\end{tabular}

$^1$ Dickinson \& Dinger (1982); $^2$ Engels \& Lewis, in prep.
\end{center}
\end{table}


\end{document}
