\documentstyle{l-aa}
\begin{document}
\begin{table*}
\caption[]{Observed and calculated F {\sc ii}, Ne {\sc iii} and Na
  {\sc iv} target ion energies in cm$^{-1}$}
\begin{flushleft}
\begin{tabular}{cccc}
\begin{tabular}{rrr}
\multicolumn{1}{c}{F {\sc ii}}&\multicolumn{1}{c}{Obs.}&\multicolumn{1}{c}{Calc.}\\
2p$^4$ $^3$P$^e_2$ &      0.0&      0.0\\
2p$^4$ $^3$P$^e_1$ &   341.0&   340.2\\
2p$^4$ $^3$P$^e_0$ &   489.9&   490.2\\
2p$^4$ $^1$D$^e_2$ &  20873.4&  21241.8\\
2p$^4$ $^1$S$^e_0$ &  44918.1& 47294.6\\
2s2p$^5$ $^3$P$^o_2$ & 164797.9& 168675.4\\
2s2p$^5$ $^3$P$^o_1$ & 165106.7& 168998.5\\
2s2p$^5$ $^3$P$^o_0$ & 165279.2& 169161.1\\
2s2p$^5$ $^1$P$^o_1$ & 239605.3& 244417.6\\
2p$^6$ $^1$S$^e_0$ & \multicolumn{1}{c}{---}& 412112.7\\
\end{tabular} & 
 \begin{tabular}{rrr}
\multicolumn{1}{c}{Ne {\sc iii}}&\multicolumn{1}{c}{Obs.}&\multicolumn{1}{c}{Calc.}\\
2p$^4$ $^3$P$^e_2$ &      0.0&      0.0\\
2p$^4$ $^3$P$^e_1$ &    642.9&    637.2\\
2p$^4$ $^3$P$^e_0$ &    920.4&    915.6\\
2p$^4$ $^1$D$^e_2$ &  25840.8&  26101.3\\
2p$^4$ $^1$S$^e_0$ &  55750.6&  57900.8\\
2s2p$^5$ $^3$P$^o_2$ & 204290.0& 208768.9\\
2s2p$^5$ $^3$P$^o_1$ & 204876.0& 209373.1\\
2s2p$^5$ $^3$P$^o_0$ & 205199.0& 209678.3\\
2s2p$^5$ $^1$P$^o_1$ & 289479.0& 299225.7\\
2p$^6$ $^1$S$^e_0$ & \multicolumn{1}{c}{---}& 507714.2\\
 \end{tabular} &
 \begin{tabular}{rrr}
\multicolumn{1}{c}{Na {\sc iv}}&\multicolumn{1}{c}{Obs.}&\multicolumn{1}{c}{Calc.}\\
2p$^4$ $^3$P$^e_2$ &      0&      0\\
2p$^4$ $^3$P$^e_1$ &   1106&   1095\\
2p$^4$ $^3$P$^e_0$ &   1576&   1565\\
2p$^4$ $^1$D$^e_2$ &  30840&  31046\\
2p$^4$ $^1$S$^e_0$ &  66496&  68575\\
2s2p$^5$ $^3$P$^o_2$ & 243682& 249664\\
2s2p$^5$ $^3$P$^o_1$ & 244688& 250698\\
2s2p$^5$ $^3$P$^o_0$ & 245239& 251223\\
2s2p$^5$ $^1$P$^o_1$ & 343688& 354386\\
2p$^6$ $^1$S$^e_0$ & 570823 & 604182\\
 \end{tabular} \\
\end{tabular}
\end{flushleft}
 \end{table*}
\begin{table*}
\caption[]{Observed and calculated Mg {\sc v}, Al {\sc vi} and Si
  {\sc vii} target ion energies in cm$^{-1}$}
\begin{flushleft}
\begin{tabular}{ccc}
\begin{tabular}{rrr}
\multicolumn{1}{c}{Mg {\sc v}}&\multicolumn{1}{c}{Obs.}&\multicolumn{1}{c}{Calc.}\\
2p$^4$ $^3$P$^e_2$ &      0.0&      0.0\\
2p$^4$ $^3$P$^e_1$ &   1783.1&   1762.4\\
2p$^4$ $^3$P$^e_0$ &   2521.8&   2502.3\\
2p$^4$ $^1$D$^e_2$ &  35926.0&  36098.3\\
2p$^4$ $^1$S$^e_0$ &  77279.0&  79358.1\\
2s2p$^5$ $^3$P$^o_2$ & 283212.3& 291501.2\\
2s2p$^5$ $^3$P$^o_1$ & 284828.3& 293158.0\\
2s2p$^5$ $^3$P$^o_0$ & 285712.0& 294004.3\\
2s2p$^5$ $^1$P$^o_1$ & 397482.0& 410328.8\\
2p$^6$ $^1$S$^e_0$ & 662970.0& 702010.3\\
\end{tabular} & 
 \begin{tabular}{rrr}
\multicolumn{1}{c}{Al {\sc vi}}&\multicolumn{1}{c}{Obs.}&\multicolumn{1}{c}{Calc.}\\
2p$^4$ $^3$P$^e_2$ &      0&      0\\
2p$^4$ $^3$P$^e_1$ &   2732&   2701\\
2p$^4$ $^3$P$^e_0$ &   3829&   3797\\
2p$^4$ $^1$D$^e_2$ &  41167&  41307\\
2p$^4$ $^1$S$^e_0$ &  88213&  90337\\
2s2p$^5$ $^3$P$^o_2$ & 323002& 334511\\
2s2p$^5$ $^3$P$^o_1$ & 325469& 337032\\
2s2p$^5$ $^3$P$^o_0$ & 326815& 338329\\
2s2p$^5$ $^1$P$^o_1$ & 451396& 467362\\
2p$^6$ $^1$S$^e_0$ & 755628& 801928\\
 \end{tabular} &
 \begin{tabular}{rrr}
\multicolumn{1}{c}{Si {\sc vii}}&\multicolumn{1}{c}{Obs.}&\multicolumn{1}{c}{Calc.}\\
2p$^4$ $^3$P$^e_2$ &      0&      0\\
2p$^4$ $^3$P$^e_1$ &   4030&   3976\\
2p$^4$ $^3$P$^e_0$ &   5565&   5520\\
2p$^4$ $^1$D$^e_2$ &  46570&  46714\\
2p$^4$ $^1$S$^e_0$ & 99341& 101554\\
2s2p$^5$ $^3$P$^o_2$ & 363170& 378939\\
2s2p$^5$ $^3$P$^o_1$ & 366786& 382615\\
2s2p$^5$ $^3$P$^o_0$ & 368761& 384526\\
2s2p$^5$ $^1$P$^o_1$ & 505650& 525873\\
2p$^6$ $^1$S$^e_0$ & 849057& 904558\\
 \end{tabular} \\
\end{tabular}
\end{flushleft}
 \end{table*}
\begin{table*}
\caption[]{Observed and calculated P {\sc viii}, S {\sc ix} and Cl
  {\sc x} target ion energies in cm$^{-1}$}
\begin{flushleft}
\begin{tabular}{ccc}
\begin{tabular}{rrr}
\multicolumn{1}{c}{P {\sc viii}}&\multicolumn{1}{c}{Obs.}&\multicolumn{1}{c}{Calc.}\\
2p$^4$ $^3$P$^e_2$ &      0&      0\\
2p$^4$ $^3$P$^e_1$ &   5760&   5672\\
2p$^4$ $^3$P$^e_0$ &   7822&   7750\\
2p$^4$ $^1$D$^e_2$ &  52256&  52399\\
2p$^4$ $^1$S$^e_0$ & 110786& 113172\\
2s2p$^5$ $^3$P$^o_2$ & 403803& 425094\\
2s2p$^5$ $^3$P$^o_1$ & 408906& 430277\\
2s2p$^5$ $^3$P$^o_0$ & 411736& 433002\\
2s2p$^5$ $^1$P$^o_1$ & 560501& 586199\\
2p$^6$ $^1$S$^e_0$ &943569&1010435\\
\end{tabular} & 
 \begin{tabular}{rrr}
\multicolumn{1}{c}{S {\sc ix}}&\multicolumn{1}{c}{Obs.}&\multicolumn{1}{c}{Calc.}\\
2p$^4$ $^3$P$^e_2$ &      0&      0\\
2p$^4$ $^3$P$^e_1$ &   7985&   7872\\
2p$^4$ $^3$P$^e_0$ &  10648&  10554\\
2p$^4$ $^1$D$^e_2$ &  58294&  58417\\
2p$^4$ $^1$S$^e_0$ & 122700& 125238\\
2s2p$^5$ $^3$P$^o_2$ & 444987& 473211\\
2s2p$^5$ $^3$P$^o_1$ & 451995& 480307\\
2s2p$^5$ $^3$P$^o_0$ & 455890& 484090\\
2s2p$^5$ $^1$P$^o_1$ & \multicolumn{1}{c}{---}& 648642\\
2p$^6$ $^1$S$^e_0$ &1039219&1120187\\
 \end{tabular} &
 \begin{tabular}{rrr}
\multicolumn{1}{c}{Cl {\sc x}}&\multicolumn{1}{c}{Obs.}&\multicolumn{1}{c}{Calc.}\\
2p$^4$ $^3$P$^e_2$ &      0&      0\\
2p$^4$ $^3$P$^e_1$ &  10880&  10686\\
2p$^4$ $^3$P$^e_0$ &  14130&  14006\\
2p$^4$ $^1$D$^e_2$ &  61000&  64887\\
2p$^4$ $^1$S$^e_0$ & 130310& 137952\\
2s2p$^5$ $^3$P$^o_2$ & 486850& 523708\\
2s2p$^5$ $^3$P$^o_1$ & 496260& 533188\\
2s2p$^5$ $^3$P$^o_0$ & 501510& 538323\\
2s2p$^5$ $^1$P$^o_1$ & 668850& 713708\\
2p$^6$ $^1$S$^e_0$ &\multicolumn{1}{c}{---}&1234706\\
 \end{tabular} \\
\end{tabular}
\end{flushleft}
 \end{table*}
\begin{table}
\caption[]{Observed and calculated Ar {\sc xi} target ion energies in cm$^{-1}$}
\begin{flushleft}
\begin{tabular}{rrr}
\multicolumn{1}{c}{Ar {\sc xi}}&\multicolumn{1}{c}{Obs.}&\multicolumn{1}{c}{Calc.}\\
2p$^4$ $^3$P$^e_2$ &      0&      0\\
2p$^4$ $^3$P$^e_1$ &  14456&  14230\\
2p$^4$ $^3$P$^e_0$ &  18274&  18162\\
2p$^4$ $^1$D$^e_2$ &  71907&  71914\\
2p$^4$ $^1$S$^e_0$ & 148513& 151495\\
2s2p$^5$ $^3$P$^o_2$ & 529605& 576940\\
2s2p$^5$ $^3$P$^o_1$ & 541976& 589338\\
2s2p$^5$ $^3$P$^o_0$ & 548987& 596179\\
2s2p$^5$ $^1$P$^o_1$ & 730452& 781827\\
2p$^6$ $^1$S$^e_0$ &\multicolumn{1}{c}{---}&1354663\\
\end{tabular} 
\end{flushleft}
 \end{table}
\begin{table*}
\caption[]{\label{coltab1}Effective collision strengths for F {\sc ii} as a function of $\log$\,T}
\begin{flushleft}
\begin{tabular}{ccccccccccc}
&\multicolumn{9}{c}{Transition}\\
$\log$\,T&$^3$P$_0$--$^3$P$_1$&$^3$P$_0$--$^3$P$_2$&$^3$P$_1$--$^3$P$_2$&$^3$P$_0$--$^1$D&$^3$P$_1$--$^1$D&$^3$P$_2$--$^1$D&$^3$P$_0$--$^1$S&$^3$P$_1$--$^1$S&$^3$P$_2$--$^1$S&$^1$D--$^1$S\\
3.0& .265& .174& .723& .154& .462& .771& .015& .044& .073& .363\\
3.2& .253& .166& .690& .149& .446& .744& .015& .044& .073& .362\\
3.4& .239& .158& .653& .142& .427& .712& .015& .044& .073& .361\\
3.6& .224& .151& .620& .137& .412& .687& .015& .044& .073& .358\\
3.8& .213& .150& .602& .135& .405& .675& .015& .044& .074& .354\\
4.0& .206& .152& .600& .135& .405& .675& .015& .045& .075& .348\\
4.2& .202& .156& .605& .137& .410& .683& .015& .046& .077& .342\\
4.4& .201& .160& .612& .140& .419& .699& .016& .047& .079& .338\\
4.6& .204& .165& .627& .145& .434& .724& .016& .049& .082& .339\\
4.8& .214& .175& .661& .152& .455& .758& .017& .052& .087& .347\\
5.0& .233& .191& .721& .160& .481& .801& .019& .056& .093& .358\\
\end{tabular}
\end{flushleft}
\end{table*}
\begin{table*}
\caption[]{Effective collision strengths for Ne {\sc iii} as a function of $\log$\,T}
\begin{flushleft}
\begin{tabular}{ccccccccccc}
&\multicolumn{9}{c}{Transition}\\
$\log$\,T&$^3$P$_0$--$^3$P$_1$&$^3$P$_0$--$^3$P$_2$&$^3$P$_1$--$^3$P$_2$&$^3$P$_0$--$^1$D&$^3$P$_1$--$^1$D&$^3$P$_2$--$^1$D&$^3$P$_0$--$^1$S&$^3$P$_1$--$^1$S&$^3$P$_2$--$^1$S&$^1$D--$^1$S\\
3.0& .154& .128& .481& .150& .450& .749& .017& .050& .083& .266\\
3.2& .168& .149& .545& .153& .459& .765& .017& .050& .083& .266\\
3.4& .194& .174& .634& .154& .462& .771& .017& .050& .083& .266\\
3.6& .218& .194& .708& .153& .460& .767& .017& .050& .083& .266\\
3.8& .235& .204& .752& .152& .456& .760& .017& .050& .084& .267\\
4.0& .244& .208& .774& .151& .452& .754& .017& .050& .084& .269\\
4.2& .247& .208& .778& .150& .449& .749& .017& .050& .084& .277\\
4.4& .247& .205& .771& .149& .448& .746& .017& .051& .086& .292\\
4.6& .246& .203& .764& .150& .449& .749& .018& .054& .090& .310\\
4.8& .249& .205& .773& .153& .458& .763& .019& .057& .095& .325\\
5.0& .256& .211& .794& .156& .469& .782& .020& .060& .100& .333\\
\end{tabular}
\end{flushleft}
\end{table*}
\begin{table*}
\caption[]{Effective collision strengths for Na {\sc iv} as a function of $\log$\,T}
\begin{flushleft}
\begin{tabular}{ccccccccccc}
&\multicolumn{9}{c}{Transition}\\
$\log$\,T&$^3$P$_0$--$^3$P$_1$&$^3$P$_0$--$^3$P$_2$&$^3$P$_1$--$^3$P$_2$&$^3$P$_0$--$^1$D&$^3$P$_1$--$^1$D&$^3$P$_2$--$^1$D&$^3$P$_0$--$^1$S&$^3$P$_1$--$^1$S&$^3$P$_2$--$^1$S&$^1$D--$^1$S\\
3.0& .238& .178& .699& .122& .365& .609& .020& .061& .101& .208\\
3.2& .251& .194& .751& .123& .368& .614& .020& .060& .101& .208\\
3.4& .261& .202& .782& .123& .368& .613& .020& .060& .100& .208\\
3.6& .266& .203& .790& .121& .362& .603& .020& .060& .099& .208\\
3.8& .269& .202& .791& .119& .357& .595& .020& .059& .099& .208\\
4.0& .273& .205& .802& .122& .366& .610& .020& .059& .099& .211\\
4.2& .279& .213& .827& .130& .389& .649& .020& .060& .100& .218\\
4.4& .283& .221& .851& .139& .417& .695& .020& .061& .101& .227\\
4.6& .283& .225& .861& .147& .440& .733& .020& .061& .102& .239\\
4.8& .283& .233& .878& .151& .454& .756& .020& .061& .102& .254\\
5.0& .286& .250& .919& .153& .458& .763& .020& .061& .102& .271\\
\end{tabular}
\end{flushleft}
\end{table*}
\begin{table*}
\caption[]{Effective collision strengths for Mg {\sc v} as a function of $\log$\,T}
\begin{flushleft}
\begin{tabular}{ccccccccccc}
&\multicolumn{9}{c}{Transition}\\
$\log$\,T&$^3$P$_0$--$^3$P$_1$&$^3$P$_0$--$^3$P$_2$&$^3$P$_1$--$^3$P$_2$&$^3$P$_0$--$^1$D&$^3$P$_1$--$^1$D&$^3$P$_2$--$^1$D&$^3$P$_0$--$^1$S&$^3$P$_1$--$^1$S&$^3$P$_2$--$^1$S&$^1$D--$^1$S\\
3.0& .192& .116& .501& .145& .436& .727& .014& .042& .071& .181\\
3.2& .191& .121& .510& .144& .432& .720& .015& .045& .076& .182\\
3.4& .197& .136& .554& .144& .432& .720& .017& .050& .083& .182\\
3.6& .215& .163& .637& .145& .434& .723& .018& .054& .090& .182\\
3.8& .245& .197& .748& .145& .435& .726& .018& .055& .092& .181\\
4.0& .276& .225& .852& .146& .439& .732& .018& .055& .091& .182\\
4.2& .296& .240& .908& .148& .445& .742& .018& .053& .088& .186\\
4.4& .302& .246& .932& .148& .445& .742& .017& .051& .085& .199\\
4.6& .307& .262& .974& .145& .435& .726& .017& .050& .084& .221\\
4.8& .311& .284&1.029& .140& .421& .701& .017& .050& .084& .251\\
5.0& .311& .297&1.058& .135& .406& .676& .017& .050& .084& .278\\
\end{tabular}
\end{flushleft}
\end{table*}
\begin{table*}
\caption[]{Effective collision strengths for Al {\sc vi} as a function of $\log$\,T}
\begin{flushleft}
\begin{tabular}{ccccccccccc}
&\multicolumn{9}{c}{Transition}\\
$\log$\,T&$^3$P$_0$--$^3$P$_1$&$^3$P$_0$--$^3$P$_2$&$^3$P$_1$--$^3$P$_2$&$^3$P$_0$--$^1$D&$^3$P$_1$--$^1$D&$^3$P$_2$--$^1$D&$^3$P$_0$--$^1$S&$^3$P$_1$--$^1$S&$^3$P$_2$--$^1$S&$^1$D--$^1$S\\
3.0&0.950&2.011&5.713&0.133&0.400&0.666&0.010&0.030&0.049&0.258\\
3.2&0.936&1.899&5.442&0.136&0.409&0.682&0.010&0.030&0.051&0.301\\
3.4&0.993&1.856&5.419&0.135&0.405&0.676&0.011&0.034&0.056&0.366\\
3.6&1.081&1.833&5.475&0.133&0.398&0.663&0.013&0.039&0.065&0.418\\
3.8&1.111&1.725&5.271&0.130&0.390&0.650&0.015&0.044&0.074&0.429\\
4.0&1.041&1.498&4.673&0.126&0.378&0.631&0.016&0.047&0.078&0.417\\
4.2&0.897&1.204&3.831&0.121&0.363&0.606&0.016&0.048&0.080&0.425\\
4.4&0.730&0.914&2.969&0.116&0.348&0.580&0.016&0.048&0.081&0.463\\
4.6&0.578&0.675&2.242&0.112&0.336&0.561&0.016&0.048&0.080&0.487\\
4.8&0.462&0.504&1.711&0.110&0.329&0.548&0.016&0.047&0.079&0.471\\
5.0&0.381&0.395&1.365&0.107&0.322&0.537&0.015&0.046&0.077&0.427\\
\end{tabular}
\end{flushleft}
\end{table*}
\begin{table*}
\caption[]{Effective collision strengths for Si {\sc vii} as a function of $\log$\,T}
\begin{flushleft}
\begin{tabular}{ccccccccccc}
&\multicolumn{9}{c}{Transition}\\
$\log$\,T&$^3$P$_0$--$^3$P$_1$&$^3$P$_0$--$^3$P$_2$&$^3$P$_1$--$^3$P$_2$&$^3$P$_0$--$^1$D&$^3$P$_1$--$^1$D&$^3$P$_2$--$^1$D&$^3$P$_0$--$^1$S&$^3$P$_1$--$^1$S&$^3$P$_2$--$^1$S&$^1$D--$^1$S\\
3.0& .133& .066& .314& .164& .493& .821& .011& .034& .057& .088\\
3.2& .141& .074& .344& .157& .472& .787& .011& .034& .057& .089\\
3.4& .154& .084& .383& .148& .445& .742& .012& .035& .058& .089\\
3.6& .167& .092& .417& .138& .414& .689& .013& .038& .063& .090\\
3.8& .176& .098& .441& .127& .381& .636& .014& .041& .069& .091\\
4.0& .182& .104& .461& .117& .352& .587& .015& .044& .073& .092\\
4.2& .188& .112& .485& .110& .329& .548& .015& .044& .074& .094\\
4.4& .192& .122& .514& .103& .310& .517& .014& .043& .071& .097\\
4.6& .199& .138& .558& .099& .296& .493& .014& .041& .068& .106\\
4.8& .208& .163& .627& .095& .284& .474& .013& .039& .065& .123\\
5.0& .217& .188& .695& .091& .274& .457& .012& .037& .062& .149\\
\end{tabular}
\end{flushleft}
\end{table*}
\begin{table*}
\caption[]{Effective collision strengths for P {\sc viii} as a function of $\log$\,T}
\begin{flushleft}
\begin{tabular}{ccccccccccc}
&\multicolumn{9}{c}{Transition}\\
$\log$\,T&$^3$P$_0$--$^3$P$_1$&$^3$P$_0$--$^3$P$_2$&$^3$P$_1$--$^3$P$_2$&$^3$P$_0$--$^1$D&$^3$P$_1$--$^1$D&$^3$P$_2$--$^1$D&$^3$P$_0$--$^1$S&$^3$P$_1$--$^1$S&$^3$P$_2$--$^1$S&$^1$D--$^1$S\\
3.0& .146& .089& .384& .073& .218& .363& .010& .029& .048& .091\\
3.2& .149& .093& .395& .075& .224& .373& .010& .029& .048& .091\\
3.4& .158& .107& .438& .078& .234& .391& .010& .029& .048& .091\\
3.6& .182& .137& .536& .082& .246& .410& .010& .029& .049& .091\\
3.8& .223& .173& .668& .084& .253& .422& .010& .030& .050& .094\\
4.0& .263& .200& .778& .085& .254& .423& .010& .031& .051& .100\\
4.2& .292& .217& .853& .083& .249& .415& .010& .031& .052& .110\\
4.4& .308& .243& .931& .081& .242& .403& .010& .031& .052& .125\\
4.6& .309& .274&1.002& .079& .236& .393& .010& .031& .052& .147\\
4.8& .294& .287&1.014& .077& .230& .384& .010& .031& .052& .177\\
5.0& .268& .278& .960& .075& .225& .375& .010& .031& .051& .259\\
\end{tabular}
\end{flushleft}
\end{table*}
\begin{table*}
\caption[]{Effective collision strengths for S {\sc ix} as a function of $\log$\,T}
\begin{flushleft}
\begin{tabular}{ccccccccccc}
&\multicolumn{9}{c}{Transition}\\
$\log$\,T&$^3$P$_0$--$^3$P$_1$&$^3$P$_0$--$^3$P$_2$&$^3$P$_1$--$^3$P$_2$&$^3$P$_0$--$^1$D&$^3$P$_1$--$^1$D&$^3$P$_2$--$^1$D&$^3$P$_0$--$^1$S&$^3$P$_1$--$^1$S&$^3$P$_2$--$^1$S&$^1$D--$^1$S\\
3.0&0.244&0.263&0.892&0.204&0.611&1.018&0.008&0.024&0.040&0.085\\
3.2&0.270&0.425&1.290&0.207&0.622&1.036&0.008&0.024&0.040&0.086\\
3.4&0.346&0.723&2.053&0.194&0.582&0.970&0.008&0.024&0.040&0.086\\
3.6&0.444&0.993&2.785&0.168&0.503&0.838&0.008&0.024&0.039&0.088\\
3.8&0.503&1.082&3.059&0.137&0.412&0.687&0.008&0.024&0.039&0.092\\
4.0&0.501&0.990&2.850&0.111&0.333&0.556&0.008&0.024&0.040&0.111\\
4.2&0.459&0.809&2.392&0.092&0.277&0.461&0.008&0.025&0.041&0.163\\
4.4&0.404&0.619&1.894&0.081&0.242&0.403&0.009&0.026&0.043&0.236\\
4.6&0.346&0.458&1.461&0.074&0.223&0.372&0.009&0.027&0.044&0.290\\
4.8&0.293&0.340&1.129&0.071&0.214&0.357&0.009&0.027&0.044&0.302\\
5.0&0.251&0.264&0.907&0.070&0.209&0.348&0.009&0.026&0.043&0.283\\
\end{tabular}
\end{flushleft}
\end{table*}
\begin{table*}
\caption[]{Effective collision strengths for Cl {\sc x} as a function of $\log$\,T}
\begin{flushleft}
\begin{tabular}{ccccccccccc}
&\multicolumn{9}{c}{Transition}\\
$\log$\,T&$^3$P$_0$--$^3$P$_1$&$^3$P$_0$--$^3$P$_2$&$^3$P$_1$--$^3$P$_2$&$^3$P$_0$--$^1$D&$^3$P$_1$--$^1$D&$^3$P$_2$--$^1$D&$^3$P$_0$--$^1$S&$^3$P$_1$--$^1$S&$^3$P$_2$--$^1$S&$^1$D--$^1$S\\
3.0& .096& .048& .229& .045& .135& .225& .004& .013& .022& .066\\
3.2& .096& .048& .229& .045& .135& .225& .005& .014& .024& .064\\
3.4& .096& .048& .229& .045& .135& .225& .005& .016& .026& .060\\
3.6& .096& .049& .230& .045& .135& .224& .006& .017& .028& .056\\
3.8& .098& .050& .236& .045& .135& .226& .006& .018& .030& .053\\
4.0& .105& .055& .255& .047& .140& .233& .006& .018& .030& .050\\
4.2& .123& .063& .295& .050& .149& .248& .006& .018& .030& .049\\
4.4& .147& .075& .352& .053& .158& .264& .006& .018& .031& .050\\
4.6& .168& .092& .417& .054& .163& .272& .006& .018& .031& .055\\
4.8& .182& .118& .493& .054& .162& .271& .006& .019& .031& .072\\
5.0& .187& .148& .568& .053& .158& .264& .006& .019& .032& .102\\
\end{tabular}
\end{flushleft}
\end{table*}
\begin{table*}
\caption[]{\label{coltabn}Effective collision strengths for Ar {\sc xi} as a function of $\log$\,T}
\begin{flushleft}
\begin{tabular}{ccccccccccc}
&\multicolumn{9}{c}{Transition}\\
$\log$\,T&$^3$P$_0$--$^3$P$_1$&$^3$P$_0$--$^3$P$_2$&$^3$P$_1$--$^3$P$_2$&$^3$P$_0$--$^1$D&$^3$P$_1$--$^1$D&$^3$P$_2$--$^1$D&$^3$P$_0$--$^1$S&$^3$P$_1$--$^1$S&$^3$P$_2$--$^1$S&$^1$D--$^1$S\\
3.0& .083& .048& .212& .039& .116& .194& .005& .016& .026& .049\\
3.2& .084& .050& .219& .039& .116& .194& .005& .016& .026& .049\\
3.4& .087& .055& .232& .039& .116& .194& .005& .016& .026& .049\\
3.6& .092& .061& .251& .039& .117& .195& .005& .016& .026& .049\\
3.8& .099& .070& .281& .040& .119& .198& .005& .016& .026& .049\\
4.0& .111& .083& .325& .041& .123& .204& .005& .016& .026& .050\\
4.2& .131& .097& .382& .042& .127& .211& .005& .016& .026& .051\\
4.4& .160& .115& .459& .043& .129& .214& .005& .016& .026& .055\\
4.6& .190& .139& .551& .043& .128& .213& .005& .016& .026& .064\\
4.8& .207& .161& .621& .042& .125& .209& .005& .016& .027& .079\\
5.0& .206& .170& .639& .041& .123& .206& .006& .017& .028& .097\\
\end{tabular}
\end{flushleft}
\end{table*}
\end{document}