\begin{table}%t1
\caption{\label{brresults}Branching fraction results for (CD$_{3}$)$_{2}$OD$^{+}$ and CD$_{3}$OCD$_2^+$ respectively\tablefootmark{a}.}
%\centerline
{\begin{tabular}{llll}
\hline \hline\noalign{\smallskip}
Reaction    & Channel   &   (CD$_{3}$)$_{2}$OD$^{+}$    & CD$_{3}$OCD$_{2}$$^{+}$   \\
				& 				&   (\%)								&(\%)\\\hline	
Without losses\\[1.5mm]
C$_2$O    				& 		$\alpha$ &   5~$\pm$~5 &   0\chem{^{+3}_{-0}} \\[1.5mm]
C$_2$+ O or CO + C  	& 		$\beta$  &   54~$\pm$~14    &   100\chem{^{+0}_{-3}}   \\[1.5mm]
2C + O  					& $\gamma$  	&   	41~$\pm$~11    &   0\chem{^{+0}_{-0}} \\
\\
With losses\\[1.5mm]
C$_2$O    				& 		$\alpha$ &   7~$\pm$~5 &   0\chem{^{+3}_{-0}} \\[1.5mm]
C$_2$+ O or CO + C  	& 		$\beta$  &   49~$\pm$~14    &   100\chem{^{+0}_{-3}}   \\[1.5mm]
2C + O  					& $\gamma$  	&   	44~$\pm$~11    &   0\chem{^{+0}_{-0}} \\
\hline
\end{tabular}}
\tablefoot{\tablefoottext{a}{For simplicity deuterium atoms have not been explicitly written out. The results are given for calculations with and without loss considerations of heavy fragments.}}
\end{table}