\begin{table}%t1
\caption{Fitting coefficients for dielectronic and radiative
           recombination on neon-like ions forming sodium-like systems
for Eqs.~(2) and~(3), respectively:
$c_1$ and $E_1$ correspond to DR via the $3l3l^\prime$ states in Eq.~(1),
$c_2$ and $E_2$ correspond to DR via the $3ln^\prime l^\prime
(n^\prime>3)$ states in Eq.~(1), and $a$, $b$, $T_0$, and $T_1$ correspond
to~RR. The coefficients $c_i$ and $a$ are in units of $10^{-11}$~cm$^3$~s$^{-1}$, the coefficients
$E_i$, $T_0$, and $T_1$ are in eV, and $b$ is dimensionless.} \label{fit_coef}
%\centering
\par
\begin{tabular}{ccccccccc}
\hline \hline
 Ion & $c_1$  & $c_2$   &  $a$    &  $b$      & $E_1$  & $E_2$  & $T_0$
 & $T_1$   \\
\hline
Na$^{+}$  & 2.359E+00 & 1.600E+01 & 1.381E+01 & 7.275E-01 & 2.626E+01 &
2.943E+01 & 7.230E-05 & 4.510E+00  \\
Mg$^{2+}$ & 2.033E+01 & 9.120E+01 & 1.658E+01 & 6.707E-01 & 4.382E+01 &
5.224E+01 & 6.909E-04 & 1.870E+01  \\
Al$^{3+}$ & 6.402E+01 & 3.548E+02 & 3.321E+01 & 6.986E-01 & 6.165E+01 &
7.854E+01 & 9.174E-04 & 4.874E+01  \\
Si$^{4+}$ & 2.408E+02 & 1.023E+03 & 6.211E+01 & 7.336E-01 & 8.674E+01 &
1.104E+02 & 8.892E-04 & 8.769E+01  \\
 P$^{5+}$ & 5.058E+02 & 2.437E+03 & 9.735E+01 & 7.558E-01 & 1.061E+02 &
1.452E+02 & 9.266E-04 & 1.324E+02  \\
 S$^{6+}$ & 9.053E+02 & 4.652E+03 & 1.237E+02 & 7.632E-01 & 1.270E+02 &
1.820E+02 & 1.215E-03 & 1.959E+02  \\
Cl$^{7+}$ & 1.567E+03 & 8.318E+03 & 1.584E+02 & 7.720E-01 & 1.487E+02 &
2.192E+02 & 1.397E-03 & 2.563E+02  \\
Ar$^{8+}$ & 2.445E+03 & 1.293E+04 & 1.743E+02 & 7.716E-01 & 1.705E+02 &
2.601E+02 & 1.971E-03 & 3.406E+02  \\
 K$^{9+}$ & 3.536E+03 & 1.858E+04 & 1.966E+02 & 7.732E-01 & 1.927E+02 &
3.040E+02 & 2.490E-03 & 4.247E+02  \\
Ca$^{10+}$& 4.531E+03 & 2.704E+04 & 2.151E+02 & 7.738E-01 & 2.141E+02 &
3.508E+02 & 3.167E-03 & 5.145E+02  \\
Sc$^{11+}$& 6.193E+03 & 3.606E+04 & 2.367E+02 & 7.733E-01 & 2.384E+02 &
3.997E+02 & 3.858E-03 & 6.118E+02  \\
Ti$^{12+}$& 8.027E+03 & 4.588E+04 & 2.444E+02 & 7.698E-01 & 2.635E+02 &
4.512E+02 & 5.102E-03 & 7.513E+02  \\
 V$^{13+}$& 9.445E+03 & 5.744E+04 & 2.612E+02 & 7.700E-01 & 2.899E+02 &
5.056E+02 & 6.133E-03 & 8.515E+02  \\
Cr$^{14+}$& 1.121E+04 & 6.982E+04 & 2.826E+02 & 7.700E-01 & 3.173E+02 &
5.621E+02 & 7.050E-03 & 9.913E+02  \\
Mn$^{15+}$& 1.354E+04 & 8.378E+04 & 2.889E+02 & 7.672E-01 & 3.446E+02 &
6.214E+02 & 8.838E-03 & 1.146E+03  \\
Fe$^{16+}$& 1.648E+04 & 9.888E+04 & 2.976E+02 & 7.649E-01 & 3.770E+02 &
6.878E+02 & 1.074E-02 & 1.316E+03  \\
Co$^{17+}$& 1.988E+04 & 1.123E+05 & 3.084E+02 & 7.633E-01 & 4.016E+02 &
7.464E+02 & 1.270E-02 & 1.487E+03  \\
Ni$^{18+}$& 2.388E+04 & 1.269E+05 & 3.201E+02 & 7.621E-01 & 4.314E+02 &
8.123E+02 & 1.477E-02 & 1.659E+03  \\
Cu$^{19+}$& 2.826E+04 & 1.417E+05 & 3.331E+02 & 7.611E-01 & 4.622E+02 &
8.803E+02 & 1.688E-02 & 1.834E+03  \\
Zn$^{20+}$& 3.307E+04 & 1.578E+05 & 3.477E+02 & 7.605E-01 & 4.937E+02 &
9.514E+02 & 1.899E-02 & 2.030E+03  \\
Kr$^{26+}$& 7.037E+04 & 2.437E+05 & 4.221E+02 & 7.561E-01 & 7.039E+02 &
1.425E+03 & 3.635E-02 & 3.327E+03  \\
Mo$^{32+}$& 1.121E+05 & 3.168E+05 & 4.720E+02 & 7.487E-01 & 9.462E+02 &
1.992E+03 & 6.583E-02 & 5.163E+03  \\
Cd$^{38+}$& 1.515E+05 & 3.796E+05 & 5.292E+02 & 7.440E-01 & 1.238E+03 &
2.658E+03 & 1.034E-01 & 7.368E+03  \\
Xe$^{44+}$& 1.923E+05 & 4.209E+05 & 6.112E+02 & 7.437E-01 & 1.576E+03 &
3.423E+03 & 1.391E-01 & 9.757E+03  \\
\hline
\end{tabular}
\end{table}