\begin{table}%tB.1
\caption{\label{tab: results log SMA}Complete results of SMA observations at 1.3~mm.}
%\centering
\par
\begin{tabular}{lcccccccc}
 \hline
 \hline \noalign{\smallskip}
	Obs. date	& Effective	& Target source\tablefootmark{a}	& \multicolumn{2}{c}{Continuum flux\tablefootmark{b}}	& rms\tablefootmark{c}	& Gaussian size		& RA\tablefootmark{b}      	& Dec\tablefootmark{b}	\\
& wavelength	&				& (P)			& (G)				&			& (arcsec)		& (J2000)		& (J2000)		\\
					& (mm)		&				& \multicolumn{2}{c}{(mJy)}		     		& (mJy/bm)		&			&			&			\\
\hline
			20080419	& 1.34		& EX Lup			& 19.3		 	& 21.3		     		& 4.0			& $1.00 \pm 1.34$	& 16 03 05.0		& --40 18 20.1		\\
					&		& RX J1615.3-3255		& 131.8			& 169.1				& 3.9			& $1.53 \pm 0.13$	& 16 15 20.2		& --32 55 05.3		\\
					&		& RY Lup			& 78.3		     	& 89.0 		     		& 5.0			& $1.14 \pm 0.30$	& 15 59 28.4 		& --40 21 51.4		\\
					&		& 161029.57-392214.7		& \multicolumn{2}{c}{${<}13.1$\tablefootmark{d}}		& 4.4			& --			& 16 10 29.6		& --39 22 14.4		\\
					&		& 161159.81-382338.5		& \multicolumn{2}{c}{${<}12.7$\tablefootmark{d}}  		& 4.2			& --			& 16 11 59.8		& --38 23 38.0		\\
					&		& Sz 111			& 49.3			& 52.5				& 4.2			& $0.78 \pm 0.67$	& 16 08 54.7		& --39 37 43.6		\\
					&		& Sz 91				& \multicolumn{2}{c}{${<}13.0$\tablefootmark{d}}  		& 4.3			& --			& 16 07 11.6		& --39 03 47.1		\\
					&		& Sz 96				& \multicolumn{2}{c}{${<}12.6$\tablefootmark{d}}		& 4.2			& --			& 16 08 12.6		& --39 08 33.3		\\	
			20081001	& 1.35		& VV CrA			& 349.6			& 367.0				& 5.1			& $0.96 \pm 0.06$	& 19 03 06.8		& --37 12 49.3		\\
					&		& S CrA				& 301.4			& 322.2				& 3.5			& $0.91 \pm 0.07$	& 19 01 08.6		& --36 57 20.6		\\
					&		& DG CrA			& \multicolumn{2}{c}{${<}6.6$\tablefootmark{d}}			& 2.2			& --			& 19 01 55.2		& --37 23 40.5	     	\\
			20090507	& 1.34		& IK Lup			& 29.4			& 29.4				& 2.8			& (unresolved)		& 15 39 27.8		& --34 46 17.8		\\
					&		& Sz 66				& \multicolumn{2}{c}{${<}8.3$\tablefootmark{d}}			& 2.8			& --			& 15 39 28.3		& --34 46 18.0		\\
					&		& HM Lup			& \multicolumn{2}{c}{${<}10.2$\tablefootmark{d}}		& 3.4			& --			& 15 47 50.6		& --35 28 35.3		\\
					&		& Sz 73	a			& 16.2			& --\tablefootmark{e}		& 2.9			& --			& 15 47 57.0		& --35 24 35.9		\\
					&		& Sz 73 b			& 15.8			& --\tablefootmark{e}		& 2.9			& --			& 15 47 57.1		& --35 14 40.0		\\
					&		& Sz 74				& 15.1			& 15.1				& 3.0			& (unresolved)		& 15 48 05.3		& --35 15 53.8		\\
					&		& Sz 76				& 12.4			& 12.4				& 3.3			& (unresolved)		& 15 49 30.8		& --35 49 51.2		\\
					&		& Sz 77				& \multicolumn{2}{c}{${<}9.5$\tablefootmark{d}}			& 3.2			& --			& 15 51 47.0		& --35 56 44.1		\\
					&		& MY Lup			& 56.4			& 66.1				& 3.4			& $1.43 \pm 0.51$	& 16 00 44.5		& --41 55 31.5		\\
					&		& Sz 102			& \multicolumn{2}{c}{${<}11.4$\tablefootmark{d}}		& 3.8			& --			& 16 08 29.7		& --39 03 11.0		\\
\hline
\end{tabular}
\tablefoot {\tablefoottext{a}{In the case of SSTc2d names, only the coordinates (in J2000) are shown.} \\
\tablefoottext{b}{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.} \\
\tablefoottext{c}{Calculated from the cleaned image.} \\
\tablefoottext{d}{Quoted value is 3$\sigma$ upper limit.} \\
\tablefoottext{e}{No circular Gaussian could be fit to the source in the ($u$,~$v$)~plane.}}
\end{table}