\begin{table}%ta.14 online
\caption{\label{sbs1319abun}Physical conditions and chemical abundances of the ionized gas for the regions analyzed in SBS 1319+579 and \mbox{SBS 1415+437.}} 
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 {\small 
\begin{tabular}{l@{\hspace{3pt}}  rrrrr}
\hline \hline
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Object &   SBS 1319+579A & SBS 1319+579B   &   SBS 1319+ 579C &   SBS 1415+ 437C     &   SBS 1415+ 437A \\
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\tableline
\noalign{\smallskip}				 $T_{\rm e}$(O III) (K)        &   $13~400 \pm 500$ &   $11~900 \pm 800$ & $11~500 \pm 600$ &   $16~400 \pm 600$ &   $15~500 \pm 700$  \\
$T_{\rm e}$(O II)~(K)  & $12~400 \pm 400$  &  $11~300 \pm 600$  & $11~050 \pm 400$ &  $14~500 \pm 400$ & $13~850 \pm 500$\\
$N_{\rm  e}$ (cm$^{-3}$) &    $<$100 &  $<$100 &  $<$100 &  $<$100 &  $<$100    \\
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12+log(O$^{+}$/H$^+$)   &    7.22  $\pm$  0.07  &    7.73  $\pm$  0.12  &	 7.75  $\pm$  0.07  &    7.07  $\pm$  0.07 &    7.05  $\pm$  0.10 \\
12+log(O$^{++}$/H$^+$)  &    7.98  $\pm$  0.06  &    7.89  $\pm$  0.10  &	 7.93  $\pm$  0.08  &    7.42  $\pm$  0.04 &    7.47  $\pm$  0.05 \\
12+log(O/H)             &    8.05  $\pm$  0.06  &    8.12  $\pm$  0.10  &	 8.15  $\pm$  0.07  &    7.58  $\pm$  0.05$^b$& 7.61  $\pm$  0.06 \\
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log(O$^{++}$/O$^+$)     &    0.77  $\pm$  0.12  &    0.16  $\pm$  0.19  &    0.18  $\pm$  0.13  &    0.35  $\pm$  0.08 &    0.42  $\pm$  0.14 \\
12+log(N$^+$/H$^+$)     &    5.69  $\pm$  0.05  &    6.24  $\pm$  0.08  &	 6.37  $\pm$  0.05  &    5.50  $\pm$  0.05 &    5.48  $\pm$  0.10 \\
12+log(N/H)             &    6.52  $\pm$  0.09  &    6.63  $\pm$  0.12  &	 6.77  $\pm$  0.07  &    6.01  $\pm$  0.07 &    6.04  $\pm$  0.11 \\
log(N/O)                & $-$1.53  $\pm$  0.10  & $-$1.49  $\pm$  0.12  & $-$1.38  $\pm$  0.10  & $-$1.57  $\pm$  0.08 & $-$1.57  $\pm$  0.09 \\
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12+log(S$^+$/H$^+$)     &    5.29  $\pm$  0.03  &    5.88  $\pm$  0.05  &	 5.93  $\pm$  0.04  &    5.38  $\pm$  0.03 &    5.26  $\pm$  0.05 \\
12+log(S$^{++}$/H$^+$)  &    6.09  $\pm$  0.12  &    6.13  $\pm$  0.18  &	 6.39  $\pm$  0.15  &    5.75  $\pm$  0.11 &    5.68  $\pm$  0.15 \\
12+log(S/H)             &    6.29  $\pm$  0.11  &    6.36  $\pm$  0.15  &	 6.55  $\pm$  0.12  &    5.96  $\pm$  0.08 &    5.89  $\pm$  0.13 \\
log(S/O)                & $-$1.76  $\pm$  0.10  & $-$1.76  $\pm$  0.14  & $-$1.60  $\pm$  0.11  & $-$1.62  $\pm$  0.12 & $-$1.72  $\pm$  0.14 \\
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12+log(Ar$^{+2}$/H$^+$) &    5.44  $\pm$  0.07  &    5.61  $\pm$  0.12  &	 5.61  $\pm$  0.09  &    5.13  $\pm$  0.10 &    5.14  $\pm$  0.14 \\
12+log(Ar$^{+3}$/H$^+$) &    5.19  $\pm$  0.09  &    \nodata	        &	 \nodata	      &    4.56  $\pm$  0.16 &    \nodata	    \\
12+log(Ar/H)            &    5.65  $\pm$  0.08  &    \nodata	        &	 \nodata	      &    5.27  $\pm$  0.12 &    \nodata	    \\
log(Ar/O)               & $-$2.41  $\pm$  0.11  &    \nodata	        &	 \nodata	      & $-$2.31  $\pm$  0.13 &    \nodata	    \\
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12+log(Fe$^{++}$/H$^+$) &      \nodata        &	   \nodata 	        &    5.46:            &    5.23  $\pm$  0.12 &	5.24:      \\
12+log(Fe/H)            &      \nodata        &	   \nodata 	        &    5.80:            &    5.67  $\pm$  0.12 &	5.72:      \\
log(Fe/O)               &      \nodata        &    \nodata 	        & $-$2.35:            & $-$1.91  $\pm$  0.13 & $-$1.89:      \\
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12+log(He$^+$/H$^+$)    &   10.94  $\pm$  0.04  &  10.94  $\pm$  0.11   &  10.92  $\pm$  0.05   &  10.75   $\pm$  0.06 & 10.77  $\pm$  0.07 \\
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[O/H]$^a$               & $-$0.61  $\pm$  0.11  & $-$0.54  $\pm$  0.15  & $-$0.51  $\pm$  0.13  & $-$1.08  $\pm$  0.10 & $-$1.05  $\pm$  0.12 \\
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\end{tabular}}
\medskip
$^a$~[O/H]~=~log(O/H)-log(O/H)$_{\odot}$, using 12+log(O/H)$_{\odot} = 8.66 \pm 0.05$ \citep{ASP05}; $^b$~considering the existence of O$^{+3}$ because of the detection of \ion{He}{ii} $\lambda$4686, this value should be $\sim$0.01--0.02~dex higher.
\end{table}