\begin{table}%t4
\caption{Solar phosphorus abundances from the various observed spectra,
adopting the (corrected) \loggf\ of \citet{berzinsh97}. \label{sunzolfo}}
%\centerline
 {
\begin{tabular}{rrrrrrrrrrrrr}
\hline\hline
\noalign{\smallskip}
 Spectrum &Wave      &  {\it EW}    & \multicolumn{5}{c}{$A$(P) from {\it EW}} & $\sigma$ & \multicolumn{2}{c}{3D-\xx} & \multicolumn{2}{c}{3D-\mD}\\
          &{[nm]}    & {[pm]} & {[dex]}  &  {[dex]} & {[dex]}  & {[dex]}  & {[dex]}  & {[dex]}  & {[dex]}  & {[dex]}  & {[dex]} & {[dex]}\\
          &          &        & 3D   &  \multicolumn{2}{c}{ATLAS} & \multicolumn{2}{c}{HM} \\
          &        &      &   & 1.0  &   1.5  &   1.0  &   1.5  &   & 1.0  &   1.5  &   1.0  &   1.5 \\  
 (1)      &  (2)   & (3)  &  (4)   &  (5)   &  (6)   &  (7)   &  (8)   &  (9)   &  (10)  &  (11)  & (12)  & (13)\\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
%===============================================================================================================
 KF & 1051.2&  0.674 &   5.482&   5.476&   5.471&   5.480&   5.475&   0.015&   0.015&   0.019&   0.005&   0.010\\
 NF & 1051.2&  0.734 &   5.523&   5.517&   5.512&   5.521&   5.516&   0.013&   0.015&   0.020&   0.005&   0.010\\
 NI & 1051.2&  0.811 &   5.502&   5.476&   5.473&   5.498&   5.493&   0.012&   0.028&   0.032&   0.022&   0.026\\
 DI & 1051.2&  0.822 &   5.508&   5.483&   5.479&   5.504&   5.500&   0.012&   0.028&   0.032&   0.022&   0.027\\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
%==========                                                                                       
 KF & 1053.0&  1.330 &   5.431&   5.421&   5.412&   5.427&   5.417&   0.010&   0.019&   0.028&   0.005&   0.015\\
 NF & 1053.0&  1.340 &   5.435&   5.424&   5.416&   5.431&   5.421&   0.010&   0.019&   0.028&   0.005&   0.015\\
 NI & 1053.0&  1.520 &   5.425&   5.392&   5.382&   5.417&   5.408&   0.010&   0.036&   0.044&   0.025&   0.034\\
 DI & 1053.0&  1.550 &   5.436&   5.402&   5.392&   5.427&   5.418&   0.010&   0.036&   0.044&   0.025&   0.034\\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
%==========                                                                                       
 KF & 1058.2&  2.280 &   5.480&   5.463&   5.448&   5.473&   5.456&   0.012&   0.027&   0.042&   0.006&   0.023\\
 NF & 1058.2&  2.120 &   5.436&   5.421&   5.406&   5.429&   5.414&   0.013&   0.025&   0.039&   0.005&   0.021\\
 NI & 1058.2&  2.330 &   5.407&   5.363&   5.346&   5.393&   5.379&   0.012&   0.047&   0.059&   0.029&   0.043\\
 DI & 1058.2&  2.330 &   5.407&   5.363&   5.346&   5.393&   5.379&   0.012&   0.047&   0.059&   0.029&   0.043\\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
%==========                                                                                       
 KF & 1059.7&  0.684 &   5.482&   5.475&   5.471&   5.480&   5.475&   0.014&   0.015&   0.019&   0.005&   0.010\\
 NF & 1059.7&  0.660 &   5.464&   5.458&   5.454&   5.462&   5.458&   0.014&   0.015&   0.019&   0.005&   0.010\\
 NI & 1059.7&  0.748 &   5.456&   5.431&   5.427&   5.452&   5.448&   0.012&   0.027&   0.030&   0.022&   0.026\\
 DI & 1059.7&  0.751 &   5.458&   5.433&   5.429&   5.454&   5.450&   0.012&   0.027&   0.031&   0.022&   0.026\\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
%==========                                                                                       
 KF & 1068.1&  0.670 &   5.370&   5.364&   5.360&   5.368&   5.364&   0.014&   0.015&   0.019&   0.005&   0.010\\
 NF & 1068.1&  0.617 &   5.330&   5.324&   5.320&   5.328&   5.324&   0.015&   0.015&   0.019&   0.006&   0.010\\
 NI & 1068.1&  0.699 &   5.322&   5.297&   5.294&   5.318&   5.314&   0.013&   0.027&   0.030&   0.022&   0.026\\
 DI & 1068.1&  0.731 &   5.343&   5.319&   5.315&   5.340&   5.336&   0.013&   0.027&   0.030&   0.022&   0.026\\
\hline
\end{tabular}
}
\par
\smallskip
Column~(1) spectrum identification: DI: Delbouille intensity, NI: Neckel 
intensity, NF: Neckel flux, KF: Kurucz flux.
Column (2) wavelength of the line.
Column~(3) measured equivalent width.
Column~(4) phosphorus abundance, $A$(P), according to the \cobold\ 3D model.
Columns~(5)--(8) provide $A$(P) from 1D models, odd numbered columns correspond
to a micro-turbulence~$\xi$ of 1.0~km~s$^{-1}$, even numbered columns to $\xi = 1.5$~km~s$^{-1}$.
Column~(9) uncertainty in $A$(P) due to the uncertainty in the measured {\it EW}s.
Column~(10)--(13) provide 3D corrections, even numbered columns for
$\xi = 1.0$\kmss, and odd numbered columns for 1.5\kmss, respectively.
\end{table}