\begin{table}%t10
%\centering
\par
\caption{Local standard of rest (LSR) velocity $v$ (km s$^{-1}$), column density $N$ (cm$^{-2}$) and Gaussian width $g$ (km s$^{-1}$) for
the atomic species \ion{Na}{i}~D, \ion{Ca}{ii}, \ion{Ti}{ii}, \ion{K}{i} and \ion{H}{i} observed toward \object{Sk~--69 223}.
* = not optical depth corrected due to erroneous data.
The bottom two lines give the total LMC column densities for the respective atoms.
\label{tb:IScomp_Sk69_223}}
\begin{tabular}{lllllllllllll}\hline\hline
\multicolumn{13}{c}{\object{Sk~--69 223}} \\ \hline %
\multicolumn{3}{c}{\ion{Na}{i}~D}   &   & \multicolumn{3}{c}{\ion{Ca}{ii}}  & \multicolumn{3}{c}{\ion{Ti}{ii}} &  \multicolumn{3}{c}{\ion{H}{i}} \\
%\hline
   $v$	 &    $N$        &  $g$	     &   & $v$      &    $N$       & $g$     &   $v$    &    $N$      &  $g$    &   $v$    &    $N$      &   $g$  \\
\kms	 & $10^{10}$ cm$^{-2}$   &\kms	     &	 &\kms	    & $10^{10}$ cm$^{-2}$  &\kms     &	\kms    & $10^{10}$ cm$^{-2}$ &	 \kms	&\kms	   & $10^{19}$ cm$^{-2}$ &\kms	  \\
\hline
	 &		 &	     &	 & 	    &	  	   &	     &	  	&	      &		&	   & 	         &        \\	
--13.4	 &+2.57    	 &  5.4      &*  &  --14.1   & +41.5	   & 6.4     &  	&	      & 	&	   &		 &	  \\
--5.4	 &+45.5          &  5.7      &*  &  --7.2    & +36.2	   & 5.6     &  --7.7	& +47.6	      &  8.3	&	   &		 &	  \\
	 &	         &	     &   &  --2.8    & +20.3	   & 6.2     &  --1.0	& +8.39       &  3.7	&	   &		 &	  \\
4.0	 &+41.4          &  8.9      &*  &   3.1    & +34.0	   & 7.2     &  4.6	& +56.7	      &  7.9	&	   &		 &	  \\
9.9	 &+38.2          &  5.1      &*  &  10.2    & +36.1	   & 5.1     &  	&	      & 	&	   &		 &	  \\
25.0	 &+3.72          &  5.7      &*  &	    &	     	   &	     &  	&	      & 	&	   &		 &	  \\
	 &	         &	     &   &  42.4    & +16.9	   & 7.4     &  40.9	& +8.87       &  6.3	&	   &		 &	  \\
	 &	         &	     &   &  64.7    & +10.7	   & 9.5     &  61.9	& +4.89       &  4.4	&	   &		 &	  \\
	 &	         &	     &   &  109.4   & +20.2	   & 8.3     &  	&	      & 	&	   &		 &	  \\
	 &	         &	     &   &  161.8   & +18.4	   & 13.1    &  	&	      & 	&	   &		 &	  \\
	 &	         &	     &   &  220.6   & +114.0	   & 118.3   &  206.6	& +8.74       &  7.7	&	   &		 &	  \\
	 &	         &	     &   &	    &	     	   &	     &  	&	      & 	&	   &		 &	  \\
239.8	 &+21.8          &  12.5     &   &	    &	     	   &	     &  	&	      & 	&   236.1  &  +38.5	 &  10.2  \\
242.2	 &+23.8          &  4.9      &   &  243.8   & +75.9	   & 17.1    &  	&	      & 	&	   &		 &	  \\
247.2	 &+11.4          &  4.3      &   &  243.4   & +10.2	   & 4.8     &  250.9	& +74.7       &  16.7	&   246.5  &  +56.3      &  10.0  \\
256.2	 &+17.5          &  6.0      &   &  257.2   & +27.1	   & 6.0     &  258.0	& +31.2       &  4.6	&   258.0  &  +104.0  	 &  10.0  \\
267.6	 &+14.2          &  3.3      &   &	    &	     	   &	     &  263.9	& +19.5       &  4.8	&	   &		 &	  \\
271.1	 &+24.4          &  2.3      &   &	    &	     	   &	     &  	&	      & 	&	   &		 &	  \\
271.9	 &+145.0         &  5.2      &   &  274.2   & +145.	   & 9.8     &  	&	      & 	&   273.2  &  +92.8	 &  9.2   \\
275.9	 &+117.0         &  12.2     &   &	    &	     	   &	     &  276.1	& +226.0      &  10.8	&   280.3  &  +35.9	 &  7.2   \\
283.5	 &+14.0          &  3.5      &   &  284.8   & +76.3	   & 9.0     &  286.3	& +175.0      &  9.0	&   287.9  &  +28.3	 &  9.0   \\
	 &	         &	     &   &  298.5   & +8.12	   & 4.6     &  298.2	& +49.1       &  7.9	&   297.2  &  +24.0	 &  18.2  \\
	 &	         &	     &   &	    &		   &	     &  	&	      & 	&	   &		 &	  \\
	 &	         &	     &   &	    &		   &	     &  	&	      & 	&	   &		 &	  \\
$N$	 &+389.0         &	     &   &	    & +456.0       &	     &  	&+584.0       & 	&	   &  +380.0     &	  \\
log($N$) &12.59		 &	     &	 & 	    & 12.66	   & 	     &    	&12.77        &      	&	   &	 21.58   &        \\
\hline				    			            	    	    						             				 
\end{tabular}
%}																	    				
\end{table}