\begin{table}%t8
\caption{Average LTE abundances, $\log \epsilon ({N})$, and standard deviations, $\sigma$~($\log \epsilon$[H]~= 12), of HD~49434 together with corresponding values of the standard solar composition.}
\label{abundance}
%\centering
\small
\begin{tabular}{l|cccc}
\hline
\hline
$N$ &$\log \epsilon(N)$& $\sigma$ & Sun 1D& Sun 3D  \\
\hline
C & 8.70 &    0.14  &8.52  &8.39\\
O & 8.86 &    \ldots  &8.83  &8.66\\
Na& 6.02 &    \ldots  &6.33  &6.17\\
Mg& 7.67 &    0.09  &7.58  &7.53\\
Si& 7.52 &    0.47  &7.55  &7.51\\
S & 7.31 &    \ldots  &7.33  &7.14\\
Ca& 6.60 &    0.16  &6.36  &6.31\\
Sc& 3.52 &    0.28  &3.17  &3.05\\
Ti& 5.10 &    0.22  &5.02  &4.90\\
V & 4.25 &    0.30  &4.00  &4.00\\
Cr& 5.87 &    0.23  &5.67  &5.64\\
Mn& 5.37 &    0.35  &5.39  &5.39\\
Fe& 7.50 &    0.12  &7.50  &7.45\\
Co& 5.34 &    \ldots  &4.92  &4.92\\
Ni& 6.23 &    0.16  &6.25  &6.23\\
Cu& 4.03 &    \ldots  &4.21  &4.21\\
Y & 2.51 &    0.18  &2.24  &2.21\\
Zr& 2.74 &    0.15  &2.60  &2.59\\
Ba& 3.24 &    0.06  &2.13  &2.17\\
La& 1.17 &    \ldots  &1.17  &1.13\\
Ce& 2.13 &    \ldots  &1.58  &1.58\\
Nd& 1.18 &    \ldots  &1.50  &1.45\\
\hline
\end{tabular}
\end{table}