\begin{table}%t3
 \caption{Basic results of ATCA observations at 3.3~mm.}
 \label{tab: ATCA results}
 \small%\centerline
{
 \begin{tabular}{lcccccccc}
  \hline
  \hline
 & & & & & & & & \\[-8pt]
  Source name		& \multicolumn{2}{c}{Continuum flux$^{a}$}	& rms$^{b}$	& Gaussian size		& RA$^{a}$	& Dec$^{a}$	& Beam size$^{c}$		& Effective frequency	\\
  			& \multicolumn{2}{c}{(mJy)}				& (mJy/beam)		& (arcsec)		& (J2000)		& (J2000)		& (arcsec)				& (GHz)			\\
			& (P)			& (G)				&			&			&			&			&					&			\\
  \hline
 & & & & & & & & \\[-8pt]
     SY Cha		& \multicolumn{2}{c}{$<$$4.8^{d}$}		& 1.6			& --			& 10 56 30.4		& --77 11 45.0		& $2.5 \times 2.2$			& 90.3			\\
     CR Cha		& $6.2$			& $6.1$				& 1.5			& $<$$1$			& 10 59 06.9		& --77 01 39.7		& $2.5 \times 2.1$			& 90.3			\\
     CS Cha		& $5.9$			& $8.8$				& 1.5			& $1.65 \pm 0.96$	& 11 02 24.9		& --77 33 35.9		& $2.4 \times 2.2$			& 90.3			\\
     DI Cha		& \multicolumn{2}{c}{$<$$3.9^{d}$}		& 1.3			& - 			& 11 07 21.6		& --77 38 12.0		& $2.4 \times 2.2$			& 90.3			\\
     KG 28		& \multicolumn{2}{c}{$<$$3.9^{d}$}		& 1.3			& -- 			& 11 07 57.9		& --77 38 50.0		& $2.4 \times 2.3$			& 90.3			\\
     Glass I		& \multicolumn{2}{c}{$<$$3.0^{d}$}		& 1.0			& -- 			& 11 08 15.1		& --77 33 59.0		& $2.4 \times 2.4$			& 90.3			\\
     {\bf KG 49}	& $11.9$		& $29.5$			& 1.5			& $2.78 \pm 0.40$	& 11 08 38.6		& --77 43 52.1		& $2.4 \times 2.2$			& 90.3			\\
     {\bf WW Cha}	& $25.9$		& $33.1$			& 1.2			& $1.32 \pm 0.16$	& 11 10 00.0		& --76 34 58.0		& $2.5 \times 2.2$			& 91.0			\\
     XX Cha		& \multicolumn{2}{c}{$<$$4.5^{d}$}		& 1.5			& --			& 11 11 39.7		& --76 20 21.0		& $2.4 \times 2.2$			& 90.3			\\
     T Cha		& $6.4$			& $7.0$				& 1.0			& $0.78 \pm 1.03$	& 11 57 13.6		& --79 21 31.7		& $2.5 \times 2.4$			& 90.3			\\
     {\bf HT Lup}	& $8.3$			& $12.0$			& 1.1			& $1.40 \pm 0.41$	& 15 45 12.9		& --34 17 30.8		& $2.4 \times 1.7$			& 90.0			\\
     GW Lup		& $8.5$			& $9.5$				& 1.9			& $0.98 \pm 1.22$	& 15 46 44.7		& --34 30 36.0		& $5.3 \times 1.7$			& 90.0			\\
     {\bf IM Lup}	& $8.9$			& $13.1$			& 1.3			& $1.40 \pm 0.39$	& 15 56 09.2		& --37 56 06.3		& $2.3 \times 1.7$			& 91.5			\\
     {\bf RU Lup}	& $12.7$		& $15.6$			& 1.0			& $0.99 \pm 0.32$	& 15 56 42.3		& --37 49 16.0		& $2.3\times 1.7$			& 90.0			\\
     HK Lup		& $7.3$			& $9.1$				& 2.1			& $2.85 \pm 1.70$	& 16 08 22.5		& --39 04 46.3		& ill defined$^{e}$		& 90.1			\\
  \hline
 \end{tabular}}
\medskip
N{\sc ote.}  Source name in boldface indicates that the source is resolved at 3.3~mm with the ATCA, see Sect.~\ref{sect: are the sources resolved?}.
$^{a}$~Continuum flux and position are from fits in the ($u, v$)~plane. For sources that were detected at~3$\sigma$, both the point-source flux~(P)
and the integrated flux for a~Gaussian~(G) are shown. For sources that were not 
detected, the coordinates of the phase centre are quoted.
$^{b}$~Calculated from the cleaned image.
$^{c}$~Restored beam, using natural weighting.
$^{d}$~Quoted value is 3$\sigma$ upper limit.
$^{e}$~Large, elongated beam due to short integration time and availability of only three~antennas with 3-mm receivers.
\end{table}