\begin{table}%t3
\caption{The mean abundances of chemical elements in the atmosphere of \hd\
 with respect to their abundances in the solar atmosphere.  }\label{tab3}
%\centerline
{
\begin{tabular}{rrlc lr c lr  c lll r}
 \hline \hline
  &    &         &&\multicolumn{5}{c}{ Paper~I}        &&
                   \multicolumn{4}{c}{ This paper} \\
 \cline{5-9}  \cline{11-14}
  &    &         &&\multicolumn{2}{c}{ Haute-Provence} &&
                                   \multicolumn{2}{c}{Terskol }  &&
                                   \multicolumn{4}{c}{Terskol, new spectrum} \\
 \cline{5-6}  \cline{8-9}  \cline{11-14}
  &~$Z$~~& Ident.&&$[N/N_{\rm H}]$ &  $n$ &~& $[N/N_H]$ & $n$ &~&
                                                   \multicolumn{3}{c}{$[N/N_{\rm H}]$} &      $n$ \\
 \cline{5-6}  \cline{8-9}  \cline{11-13}
  &    &         &&\multicolumn{2}{c}{\rm{ATLAS9}}
                                   &&\multicolumn{2}{c}{\rm{ATLAS9}}
                                                    &&\rm{ATLAS12}
                                                                & \lgg+0.2&\Tef+100\K &     \\
 \cline{1-3}  \cline{5-6}  \cline{8-9}  \cline{11-14}
1 &  3& Li~I    &&          &   &&          &  &&$<$$-$1.64(20)& $<$$-$1.64(20)& $<$$-$1.64(20)&  2  \\
2 &  6& C$^1$   &&          &   &&          &  &&~~$-$2.7     &           &           &     \\
3 &  7& N$^1$   &&          &   &&          &  &&~~$-$2.13    &           &           &     \\
4 &  8& O~~I    &&~~$-$1.86   &  1&&          &  &&~~$-$1.70(07)&~~$-$1.66(08)&~~$-$1.68(12)&  5  \\
5 & 11& Na~I    &&~~$-$2.43(00)&  2&& $-$2.22(05)& 2&&~~$-$2.50(09)&~~$-$2.51(08)&~~$-$2.43(11)&  3  \\
6 & 12& Mg~I    &&~~$-$1.69(08)&  2&& $-$1.89(05)& 2&&~~$-$1.76(09)&~~$-$1.77(09)&~~$-$1.64(12)&  4  \\
7 & 13& Al~~I   &&$<$$-$1.73  &  2&&          &  &&$<$$-$2.11(02)&$<$$-$1.99(09)&$<$$-$1.95(05)&  2  \\
8 & 14& Si~~I   &&~~$-$1.63(08)&  6&& $-$1.60(05)& 3&&~~$-$1.77(16)&~~$-$1.76(17)&~~$-$1.71(17)& 26  \\
  &   & Si~~II  &&          &   &&          &  &&~~$-$1.75    &~~$-$1.73    &~~$-$1.78    &  1  \\
9 & 16& S~~~I   &&          &   &&          &  &&~~$-$1.72    &~~$-$1.64    &~~$-$1.85    &  1  \\
 10 & 19& K~~I  &&          &   &&          &  &&~~$-$1.55(11)&~~$-$1.57(11)&~~$-$1.34(14)&  2  \\
 11 & 20& Ca~I  &&~~$-$1.86(07)& 21&& $-$1.84(15)&10&&~~$-$1.96(12)&~~$-$1.98(12)&~~$-$1.86(11)& 31  \\
  &   & Ca~II   &&          &   &&          &  &&~~$-$1.67(03)&~~$-$1.58(03)&~~$-$1.78(03)&  2  \\
 12 & 21& Sc~I  &&          &   &&          &  &&~~$-$1.96(09)&~~$-$1.97(08)&~~$-$1.81(17)&  3  \\
  &   & Sc~II   &&~~$-$1.93(08)&  9&& $-$1.92(00)& 2&&~~$-$2.12(13)&~~$-$2.06(13)&~~$-$2.08(11)& 20  \\
 13 & 22& Ti~I  &&~~$-$2.00(09)& 43&& $-$1.97(07)& 8&&~~$-$2.00(12)&~~$-$2.01(09)&~~$-$1.81(09)& 84  \\
  &   & Ti~II   &&~~$-$1.77(10)& 19&& $-$1.86(14)& 9&&~~$-$1.76(07)&~~$-$1.80(11)&~~$-$1.86(10)& 42  \\
 14 & 23& V~~I  &&~~$-$2.20(09)& 11&& $-$2.10    & 1&&~~$-$2.27(13)&~~$-$2.22(11)&~~$-$1.98(11)& 34  \\
  &   & V~~II   &&          &   &&          &  &&~~$-$2.22(12)&~~$-$2.22(17)&~~$-$2.23(18)&  6  \\
 15 & 24& Cr~I  &&~~$-$2.26(09)& 10&& $-$2.20(01)& 2&&~~$-$2.23(09)&~~$-$2.32(11)&~~$-$2.10(16)& 32  \\
  &   & Cr~II   &&~~$-$2.03(12)&  3&& $-$2.12(14)& 3&&~~$-$2.02(08)&~~$-$2.08(18)&~~$-$2.04(10)& 10  \\
 16 & 25& Mn~I  &&~~$-$2.57(08)&  8&& $-$2.81    & 1&&~~$-$2.37(13)&~~$-$2.42(09)&~~$-$2.25(08)& 12  \\
 17 & 26& Fe~~I &&~~$-$2.03(11)&187&& $-$2.04(16)&58&&~~$-$2.09(07)&~~$-$2.10(07)&~~$-$1.92(10)&221  \\
  &   & Fe~~II  &&~~$-$2.04(11)& 23&& $-$1.99(07)& 5&&~~$-$2.09(17)&~~$-$2.02(17)&~~$-$2.12(17)& 30  \\
 18 & 27& Co~~I &&~~$-$1.76(11)&  8&& $-$1.77(11)& 3&&~~$-$2.05(12)&~~$-$2.08(12)&~~$-$1.88(13)& 22  \\
 19 & 28& Ni~~I &&~~$-$2.07(08)& 50&& $-$2.12(11)&15&&~~$-$2.07(08)&~~$-$2.13(08)&~~$-$1.99(07)& 80  \\
 20 & 29& Cu~~I &&~~$-$2.87(05)&  2&& $-$2.88(01)& 2&&~~$-$2.82    &~~$-$2.82    &~~$-$2.64    &  1  \\
 21 & 30& Zn~~I &&~~$-$1.83   &  1&&          &  &&~~$-$1.82(03)&~~$-$1.87(04)&~~$-$1.90(04)&  2  \\
 22 & 38& Sr~~~I&&~~$-$2.23   &  1&& $-$2.02    & 1&&~~$-$2.33    &~~$-$2.31    &~~$-$2.12    &  1  \\
  &   & Sr~~~II &&          &   && $-$2.15    & 1&&~~$-$2.22    &~~$-$2.26    &~~$-$2.36    &  1  \\
 23 & 39& Y~~~II&&~~$-$2.12(10)& 10&& $-$2.22(15)& 5&&~~$-$2.10(04)&~~$-$2.12(05)&~~$-$2.15(05)& 13  \\
 24 & 40& Zr~~I &&~~$-$2.23   &  1&& $-$2.12    & 1&&~~$-$2.04(09)&~~$-$1.94(01)&~~$-$1.81(10)&  2  \\
  &   & Zr~~II  &&          &   && $-$2.01    & 1&&~~$-$2.09(16)&~~$-$2.13(21)&~~$-$2.14(18)&  4  \\
 25 & 42& Mo~I    &&          &   && $-$2.22    & 1&&~~$-$2.47    &~~$-$2.47    &~~$-$2.34    &  1  \\
 26 & 56& Ba~II   &&~~$-$1.86(04)&  2&& $-$2.10    & 1&&~~$-$2.09(12)&~~$-$2.52(21)&~~$-$2.52(20)&  3  \\
 27 & 57& La~II   &&~~$-$1.89(05)&  6&& $-$1.94(03)& 3&&~~$-$1.90(06)&~~$-$1.88(09)&~~$-$1.90(12)& 12  \\
 28 & 58& Ce~II   &&~~$-$1.93(12)& 13&& $-$1.95(15)&14&&~~$-$1.92(09)&~~$-$1.90(10)&~~$-$1.91(09)& 33  \\
 29 & 59& Pr~II   &&~~$-$1.51(13)&  5&& $-$1.56(08)& 3&&~~$-$1.56(14)&~~$-$1.53(14)&~~$-$1.55(15)& 11  \\
 30 & 60& Nd~II   &&~~$-$1.60(08)& 25&& $-$1.62(11)&12&&~~$-$1.67(10)&~~$-$1.64(09)&~~$-$1.66(09)& 51  \\
 31 & 62& Sm~II   &&~~$-$1.54(11)&  6&& $-$1.64(05)& 3&&~~$-$1.59(08)&~~$-$1.56(06)&~~$-$1.58(06)& 12  \\
 32 & 63& Eu~II   &&~~$-$1.58   &  1&& $-$1.57(09)& 2&&~~$-$1.54(13)&~~$-$1.46(18)&~~$-$1.47(20)&  6  \\
 33 & 64& Gd~II   &&          &   && $-$1.55(09)& 3&&~~$-$1.60(10)&~~$-$1.57(12)&~~$-$1.60(12)&  5  \\
 34 & 66& Dy~II   &&~~$-$1.55   &  1&& $-$1.25(11)& 6&&~~$-$1.34(15)&~~$-$1.34(12)&~~$-$1.38(10)&  7  \\
 35 & 68& Er~~II  &&~~$-$1.35   &  1&& $-$1.38    & 1&&~~$-$1.41(04)&~~$-$1.36(06)&~~$-$1.37(04)&  2  \\
 36 & 69& Tm~II   &&          &   &&          &  &&~~$-$1.15    &~~$-$1.23    &~~$-$1.24    &  1  \\
 37 & 72& Hf~~II  &&          &   &&          &  &&~~$-$1.23(26)&~~$-$1.12(15)&~~$-$1.14(14)&  2  \\
 38 & 74& W~~I    &&          &   &&          &  &&~~$-$1.69(17)&~~$-$1.80(19)&~~$-$1.62(01)&  2  \\
 39 & 76& Os~~I   &&          &   &&          &  &&~~$-$1.23(13)&~~$-$1.33(13)&~~$-$1.14(13)&  4  \\
 40 & 77& Ir~~~I  &&          &   &&          &  &&~~$-$1.18    &~~$-$1.12    &~~$-$1.10    &  1  \\
 41 & 82& Pb~~I   &&          &   &&          &  &&~~$-$1.85    &~~$-$1.87    &~~$-$1.60    &  1  \\
 42 & 90& Th~~II  &&          &   &&          &  &&~~$-$1.21(12)&~~$-$1.18(15)&~~$-$1.19(14)&  7  \\
  &   & Th~II$^2$    &&     &   &&          &  &&~~$-$1.27(11)&~~$-$1.23(13)&~~$-$1.23(14)&  5 \\
 43 & 92& U~~~II  &&          &   &&          &  &&$<$$-$1.45(30)&$<$$-$1.45(30)& $<$$-$1.45(30)&  8  \\
  &   & U~~II$^2$    &&     &   &&          &  &&$<$$-$1.55(19)&$<$$-$1.55(19)&$<$$-$1.55(19)&  5  \\
 \hline
 \end{tabular}}
\medskip
 $^1$ Adopted from molecular lines. \\
 $^2$ Only lines with Nilsson et~al. (\cite{Nil02a},b) oscillator strengths.
 \end{table}