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\documentclass{aa}  
\newcommand{\msun}{$M_{\odot}$}
%
\usepackage{graphicx}
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\usepackage{txfonts}
%\usepackage[english]{babel}
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\usepackage{lscape} 
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\begin{document}

Complete results for a relatively small subset of synthetic models 
obtained by varying only the six most uncertain reactions between their upper (UL) 
and lower (LL) limits.

\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=4}&
{\bf Z=0.0001}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
LL&
LL&
LL&
LL&
LL&
0.9981&
0.9991&
1.003&
0.6278&
0.9966&
1.024&
1.003&
0.5143&
0.7848\tabularnewline
LL&
LL&
LL&
LL&
LL&
UL&
0.9981&
0.9991&
1.003&
0.6278&
0.9966&
1.024&
1.002&
0.1984&
0.9468\tabularnewline
LL&
LL&
LL&
LL&
UL&
LL&
0.9981&
0.9991&
1.003&
0.6278&
0.9966&
1.024&
0.9397&
0.5143&
3.381\tabularnewline
LL&
LL&
LL&
LL&
UL&
UL&
0.9981&
0.9991&
1.003&
0.6278&
0.9966&
1.024&
0.9385&
0.1984&
3.542\tabularnewline
LL&
LL&
LL&
UL&
LL&
LL&
0.9981&
0.9991&
1.003&
0.6278&
0.9966&
0.9772&
1.007&
1.464&
0.7856\tabularnewline
LL&
LL&
LL&
UL&
LL&
UL&
0.9981&
0.9991&
1.003&
0.6278&
0.9966&
0.9772&
1.004&
0.5619&
1.249\tabularnewline
LL&
LL&
LL&
UL&
UL&
LL&
0.9981&
0.9991&
1.003&
0.6278&
0.9966&
0.9772&
0.9431&
1.464&
3.384\tabularnewline
LL&
LL&
LL&
UL&
UL&
UL&
0.9981&
0.9991&
1.003&
0.6278&
0.9966&
0.9772&
0.9397&
0.5619&
3.845\tabularnewline
LL&
LL&
UL&
LL&
LL&
LL&
0.9994&
0.9982&
1.003&
0.6196&
0.9966&
1.024&
1.003&
0.5143&
0.7848\tabularnewline
LL&
LL&
UL&
LL&
LL&
UL&
0.9994&
0.9982&
1.003&
0.6196&
0.9966&
1.024&
1.002&
0.1984&
0.9468\tabularnewline
LL&
LL&
UL&
LL&
UL&
LL&
0.9994&
0.9982&
1.003&
0.6196&
0.9966&
1.024&
0.9397&
0.5143&
3.381\tabularnewline
LL&
LL&
UL&
LL&
UL&
UL&
0.9994&
0.9982&
1.003&
0.6196&
0.9966&
1.024&
0.9385&
0.1984&
3.542\tabularnewline
LL&
LL&
UL&
UL&
LL&
LL&
0.9994&
0.9982&
1.003&
0.6196&
0.9966&
0.9772&
1.007&
1.464&
0.7856\tabularnewline
LL&
LL&
UL&
UL&
LL&
UL&
0.9994&
0.9982&
1.003&
0.6196&
0.9966&
0.9772&
1.004&
0.5619&
1.249\tabularnewline
LL&
LL&
UL&
UL&
UL&
LL&
0.9994&
0.9982&
1.003&
0.6196&
0.9966&
0.9772&
0.9431&
1.464&
3.384\tabularnewline
LL&
LL&
UL&
UL&
UL&
UL&
0.9994&
0.9982&
1.003&
0.6196&
0.9966&
0.9772&
0.9397&
0.5619&
3.845\tabularnewline
LL&
UL&
LL&
LL&
LL&
LL&
0.9981&
0.9991&
1.003&
0.6163&
1.019&
1.024&
1.003&
0.5143&
0.7848\tabularnewline
LL&
UL&
LL&
LL&
LL&
UL&
0.9981&
0.9991&
1.003&
0.6163&
1.019&
1.024&
1.002&
0.1984&
0.9468\tabularnewline
LL&
UL&
LL&
LL&
UL&
LL&
0.9981&
0.9991&
1.003&
0.6163&
1.019&
1.024&
0.9397&
0.5143&
3.381\tabularnewline
LL&
UL&
LL&
LL&
UL&
UL&
0.9981&
0.9991&
1.003&
0.6163&
1.019&
1.024&
0.9385&
0.1984&
3.542\tabularnewline
LL&
UL&
LL&
UL&
LL&
LL&
0.9981&
0.9991&
1.003&
0.6163&
1.019&
0.9772&
1.007&
1.464&
0.7856\tabularnewline
LL&
UL&
LL&
UL&
LL&
UL&
0.9981&
0.9991&
1.003&
0.6163&
1.019&
0.9772&
1.004&
0.5619&
1.249\tabularnewline
LL&
UL&
LL&
UL&
UL&
LL&
0.9981&
0.9991&
1.003&
0.6163&
1.019&
0.9772&
0.9431&
1.464&
3.384\tabularnewline
LL&
UL&
LL&
UL&
UL&
UL&
0.9981&
0.9991&
1.003&
0.6163&
1.019&
0.9772&
0.9397&
0.5619&
3.845\tabularnewline
LL&
UL&
UL&
LL&
LL&
LL&
0.9993&
0.9982&
1.003&
0.6085&
1.018&
1.024&
1.003&
0.5143&
0.7848\tabularnewline
LL&
UL&
UL&
LL&
LL&
UL&
0.9993&
0.9982&
1.003&
0.6085&
1.018&
1.024&
1.002&
0.1984&
0.9468\tabularnewline
LL&
UL&
UL&
LL&
UL&
LL&
0.9993&
0.9982&
1.003&
0.6085&
1.018&
1.024&
0.9397&
0.5143&
3.381\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=4}&
{\bf Z=0.0001} & {\bf (continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
UL&
UL&
LL&
UL&
UL&
0.9993&
0.9982&
1.003&
0.6085&
1.018&
1.024&
0.9385&
0.1984&
3.542\tabularnewline
LL&
UL&
UL&
UL&
LL&
LL&
0.9993&
0.9982&
1.003&
0.6085&
1.018&
0.9772&
1.007&
1.464&
0.7856\tabularnewline
LL&
UL&
UL&
UL&
LL&
UL&
0.9993&
0.9982&
1.003&
0.6085&
1.018&
0.9772&
1.004&
0.5619&
1.249\tabularnewline
LL&
UL&
UL&
UL&
UL&
LL&
0.9993&
0.9982&
1.003&
0.6085&
1.018&
0.9772&
0.9431&
1.464&
3.384\tabularnewline
LL&
UL&
UL&
UL&
UL&
UL&
0.9993&
0.9982&
1.003&
0.6085&
1.018&
0.9772&
0.9397&
0.5619&
3.845\tabularnewline
UL&
LL&
LL&
LL&
LL&
LL&
1.358&
0.9994&
0.1661&
107.2&
1.007&
1.024&
1.003&
0.5143&
0.7847\tabularnewline
UL&
LL&
LL&
LL&
LL&
UL&
1.358&
0.9994&
0.1661&
107.2&
1.007&
1.024&
1.002&
0.1983&
0.9468\tabularnewline
UL&
LL&
LL&
LL&
UL&
LL&
1.358&
0.9994&
0.1661&
107.2&
1.007&
1.024&
0.9397&
0.5143&
3.381\tabularnewline
UL&
LL&
LL&
LL&
UL&
UL&
1.358&
0.9994&
0.1661&
107.2&
1.007&
1.024&
0.9385&
0.1983&
3.542\tabularnewline
UL&
LL&
LL&
UL&
LL&
LL&
1.358&
0.9994&
0.1661&
107.2&
1.007&
0.9772&
1.007&
1.464&
0.7855\tabularnewline
UL&
LL&
LL&
UL&
LL&
UL&
1.358&
0.9994&
0.1661&
107.2&
1.007&
0.9772&
1.004&
0.5619&
1.249\tabularnewline
UL&
LL&
LL&
UL&
UL&
LL&
1.358&
0.9994&
0.1661&
107.2&
1.007&
0.9772&
0.9431&
1.464&
3.384\tabularnewline
UL&
LL&
LL&
UL&
UL&
UL&
1.358&
0.9994&
0.1661&
107.2&
1.007&
0.9772&
0.9397&
0.5619&
3.844\tabularnewline
UL&
LL&
UL&
LL&
LL&
LL&
1.6&
1&
0.1661&
105.7&
1.007&
1.024&
1.003&
0.5143&
0.7847\tabularnewline
UL&
LL&
UL&
LL&
LL&
UL&
1.6&
1&
0.1661&
105.7&
1.007&
1.024&
1.002&
0.1984&
0.9468\tabularnewline
UL&
LL&
UL&
LL&
UL&
LL&
1.6&
1&
0.1661&
105.7&
1.007&
1.024&
0.9397&
0.5143&
3.381\tabularnewline
UL&
LL&
UL&
LL&
UL&
UL&
1.6&
1&
0.1661&
105.7&
1.007&
1.024&
0.9385&
0.1984&
3.542\tabularnewline
UL&
LL&
UL&
UL&
LL&
LL&
1.6&
1&
0.1661&
105.7&
1.007&
0.9772&
1.007&
1.464&
0.7855\tabularnewline
UL&
LL&
UL&
UL&
LL&
UL&
1.6&
1&
0.1661&
105.7&
1.007&
0.9772&
1.004&
0.5619&
1.249\tabularnewline
UL&
LL&
UL&
UL&
UL&
LL&
1.6&
1&
0.1661&
105.7&
1.007&
0.9772&
0.9431&
1.464&
3.384\tabularnewline
UL&
LL&
UL&
UL&
UL&
UL&
1.6&
1&
0.1661&
105.7&
1.007&
0.9772&
0.9397&
0.5619&
3.844\tabularnewline
UL&
UL&
LL&
LL&
LL&
LL&
1.352&
0.9994&
0.1661&
105.1&
5.094&
1.026&
1.003&
0.5155&
0.7847\tabularnewline
UL&
UL&
LL&
LL&
LL&
UL&
1.352&
0.9994&
0.1661&
105.1&
5.094&
1.026&
1.002&
0.1989&
0.9472\tabularnewline
UL&
UL&
LL&
LL&
UL&
LL&
1.352&
0.9994&
0.1661&
105.1&
5.094&
1.026&
0.9397&
0.5155&
3.381\tabularnewline
UL&
UL&
LL&
LL&
UL&
UL&
1.352&
0.9994&
0.1661&
105.1&
5.094&
1.026&
0.9385&
0.1989&
3.542\tabularnewline
UL&
UL&
LL&
UL&
LL&
LL&
1.352&
0.9994&
0.1661&
105.1&
5.094&
0.9792&
1.007&
1.468&
0.7855\tabularnewline
UL&
UL&
LL&
UL&
LL&
UL&
1.352&
0.9994&
0.1661&
105.1&
5.094&
0.9792&
1.004&
0.5635&
1.25\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=4}&
{\bf Z=0.0001} & {\bf (continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
UL&
UL&
LL&
UL&
UL&
LL&
1.352&
0.9994&
0.1661&
105.1&
5.094&
0.9792&
0.9431&
1.468&
3.384\tabularnewline
UL&
UL&
LL&
UL&
UL&
UL&
1.352&
0.9994&
0.1661&
105.1&
5.094&
0.9792&
0.9397&
0.5635&
3.846\tabularnewline
UL&
UL&
UL&
LL&
LL&
LL&
1.589&
1&
0.1661&
103.7&
5.039&
1.026&
1.003&
0.5155&
0.7847\tabularnewline
UL&
UL&
UL&
LL&
LL&
UL&
1.589&
1&
0.1661&
103.7&
5.039&
1.026&
1.002&
0.1989&
0.9472\tabularnewline
UL&
UL&
UL&
LL&
UL&
LL&
1.589&
1&
0.1661&
103.7&
5.039&
1.026&
0.9397&
0.5155&
3.381\tabularnewline
UL&
UL&
UL&
LL&
UL&
UL&
1.589&
1&
0.1661&
103.7&
5.039&
1.026&
0.9385&
0.1989&
3.542\tabularnewline
UL&
UL&
UL&
UL&
LL&
LL&
1.589&
1&
0.1661&
103.7&
5.039&
0.9792&
1.007&
1.468&
0.7856\tabularnewline
UL&
UL&
UL&
UL&
LL&
UL&
1.589&
1&
0.1661&
103.7&
5.039&
0.9792&
1.004&
0.5634&
1.25\tabularnewline
UL&
UL&
UL&
UL&
UL&
LL&
1.589&
1&
0.1661&
103.7&
5.039&
0.9792&
0.9431&
1.468&
3.384\tabularnewline
UL&
UL&
UL&
UL&
UL&
UL&
1.589&
1&
0.1661&
103.7&
5.039&
0.9792&
0.9397&
0.5634&
3.846\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=5}&
{\bf Z=0.0001}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
LL&
LL&
LL&
LL&
LL&
0.9435&
0.9998&
1.01&
0.612&
0.8788&
1.06&
1.033&
0.5709&
0.4315\tabularnewline
LL&
LL&
LL&
LL&
LL&
UL&
0.9435&
0.9998&
1.01&
0.612&
0.8789&
1.06&
1.029&
0.01859&
0.6774\tabularnewline
LL&
LL&
LL&
LL&
UL&
LL&
0.9435&
0.9998&
1.01&
0.612&
0.8802&
1.06&
0.7276&
0.5709&
4.918\tabularnewline
LL&
LL&
LL&
LL&
UL&
UL&
0.9435&
0.9998&
1.01&
0.612&
0.8802&
1.06&
0.7245&
0.01859&
5.157\tabularnewline
LL&
LL&
LL&
UL&
LL&
LL&
0.9435&
0.9998&
1.01&
0.612&
0.8788&
0.9448&
1.039&
1.501&
0.4631\tabularnewline
LL&
LL&
LL&
UL&
LL&
UL&
0.9435&
0.9998&
1.01&
0.612&
0.879&
0.9448&
1.029&
0.04844&
1.111\tabularnewline
LL&
LL&
LL&
UL&
UL&
LL&
0.9435&
0.9998&
1.01&
0.612&
0.8802&
0.9448&
0.7325&
1.501&
4.96\tabularnewline
LL&
LL&
LL&
UL&
UL&
UL&
0.9435&
0.9998&
1.01&
0.612&
0.8804&
0.9448&
0.7245&
0.04844&
5.59\tabularnewline
LL&
LL&
UL&
LL&
LL&
LL&
0.9611&
0.9999&
1.01&
0.4774&
0.8783&
1.06&
1.033&
0.5709&
0.4315\tabularnewline
LL&
LL&
UL&
LL&
LL&
UL&
0.9611&
0.9999&
1.01&
0.4774&
0.8784&
1.06&
1.029&
0.01859&
0.6774\tabularnewline
LL&
LL&
UL&
LL&
UL&
LL&
0.9611&
0.9999&
1.01&
0.4774&
0.8797&
1.06&
0.7276&
0.5709&
4.918\tabularnewline
LL&
LL&
UL&
LL&
UL&
UL&
0.9611&
0.9999&
1.01&
0.4774&
0.8798&
1.06&
0.7245&
0.01859&
5.157\tabularnewline
LL&
LL&
UL&
UL&
LL&
LL&
0.9611&
0.9999&
1.01&
0.4774&
0.8784&
0.9448&
1.039&
1.501&
0.4631\tabularnewline
LL&
LL&
UL&
UL&
LL&
UL&
0.9611&
0.9999&
1.01&
0.4774&
0.8786&
0.9448&
1.029&
0.04844&
1.111\tabularnewline
LL&
LL&
UL&
UL&
UL&
LL&
0.9611&
0.9999&
1.01&
0.4774&
0.8797&
0.9448&
0.7325&
1.501&
4.96\tabularnewline
LL&
LL&
UL&
UL&
UL&
UL&
0.9611&
0.9999&
1.01&
0.4774&
0.8799&
0.9448&
0.7245&
0.04844&
5.59\tabularnewline
LL&
UL&
LL&
LL&
LL&
LL&
0.9349&
0.9998&
1.01&
0.5085&
1.503&
1.068&
1.033&
0.576&
0.4317\tabularnewline
LL&
UL&
LL&
LL&
LL&
UL&
0.9349&
0.9998&
1.01&
0.5085&
1.503&
1.068&
1.029&
0.01874&
0.6797\tabularnewline
LL&
UL&
LL&
LL&
UL&
LL&
0.9349&
0.9998&
1.01&
0.5085&
1.505&
1.068&
0.7276&
0.576&
4.919\tabularnewline
LL&
UL&
LL&
LL&
UL&
UL&
0.9349&
0.9998&
1.01&
0.5085&
1.505&
1.068&
0.7245&
0.01875&
5.16\tabularnewline
LL&
UL&
LL&
UL&
LL&
LL&
0.9349&
0.9998&
1.01&
0.5085&
1.503&
0.9513&
1.039&
1.515&
0.4635\tabularnewline
LL&
UL&
LL&
UL&
LL&
UL&
0.9349&
0.9998&
1.01&
0.5085&
1.503&
0.9513&
1.029&
0.04885&
1.117\tabularnewline
LL&
UL&
LL&
UL&
UL&
LL&
0.9349&
0.9998&
1.01&
0.5085&
1.505&
0.9513&
0.7326&
1.515&
4.961\tabularnewline
LL&
UL&
LL&
UL&
UL&
UL&
0.9349&
0.9998&
1.01&
0.5085&
1.505&
0.9513&
0.7245&
0.04885&
5.596\tabularnewline
LL&
UL&
UL&
LL&
LL&
LL&
0.9517&
0.9998&
1.01&
0.4131&
1.375&
1.066&
1.033&
0.5751&
0.4316\tabularnewline
LL&
UL&
UL&
LL&
LL&
UL&
0.9517&
0.9998&
1.01&
0.4131&
1.375&
1.066&
1.029&
0.01871&
0.6793\tabularnewline
LL&
UL&
UL&
LL&
UL&
LL&
0.9517&
0.9998&
1.01&
0.4131&
1.376&
1.066&
0.7276&
0.5751&
4.919\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=5}&
{\bf Z=0.0001} & {\bf(continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
UL&
UL&
LL&
UL&
UL&
0.9517&
0.9998&
1.01&
0.4131&
1.376&
1.066&
0.7245&
0.01871&
5.159\tabularnewline
LL&
UL&
UL&
UL&
LL&
LL&
0.9517&
0.9998&
1.01&
0.4131&
1.375&
0.95&
1.039&
1.512&
0.4634\tabularnewline
LL&
UL&
UL&
UL&
LL&
UL&
0.9517&
0.9998&
1.01&
0.4131&
1.375&
0.95&
1.029&
0.04877&
1.116\tabularnewline
LL&
UL&
UL&
UL&
UL&
LL&
0.9517&
0.9998&
1.01&
0.4131&
1.376&
0.95&
0.7326&
1.512&
4.961\tabularnewline
LL&
UL&
UL&
UL&
UL&
UL&
0.9517&
0.9998&
1.01&
0.4131&
1.377&
0.95&
0.7245&
0.04877&
5.595\tabularnewline
UL&
LL&
LL&
LL&
LL&
LL&
4.958&
1.013&
0.1435&
46.68&
1.005&
1.062&
1.033&
0.5722&
0.4316\tabularnewline
UL&
LL&
LL&
LL&
LL&
UL&
4.958&
1.013&
0.1435&
46.68&
1.005&
1.062&
1.029&
0.01862&
0.678\tabularnewline
UL&
LL&
LL&
LL&
UL&
LL&
4.957&
1.013&
0.1435&
46.68&
1.006&
1.062&
0.7276&
0.5722&
4.918\tabularnewline
UL&
LL&
LL&
LL&
UL&
UL&
4.957&
1.013&
0.1435&
46.68&
1.007&
1.062&
0.7245&
0.01862&
5.158\tabularnewline
UL&
LL&
LL&
UL&
LL&
LL&
4.957&
1.013&
0.1435&
46.68&
1.005&
0.9462&
1.039&
1.504&
0.4632\tabularnewline
UL&
LL&
LL&
UL&
LL&
UL&
4.957&
1.013&
0.1435&
46.68&
1.005&
0.9462&
1.029&
0.04853&
1.112\tabularnewline
UL&
LL&
LL&
UL&
UL&
LL&
4.957&
1.013&
0.1435&
46.68&
1.006&
0.9462&
0.7326&
1.504&
4.961\tabularnewline
UL&
LL&
LL&
UL&
UL&
UL&
4.957&
1.013&
0.1435&
46.68&
1.007&
0.9462&
0.7245&
0.04853&
5.591\tabularnewline
UL&
LL&
UL&
LL&
LL&
LL&
6.185&
1.017&
0.1435&
37.4&
0.9729&
1.062&
1.033&
0.5719&
0.4316\tabularnewline
UL&
LL&
UL&
LL&
LL&
UL&
6.185&
1.017&
0.1435&
37.4&
0.9729&
1.062&
1.029&
0.01861&
0.6779\tabularnewline
UL&
LL&
UL&
LL&
UL&
LL&
6.185&
1.017&
0.1435&
37.4&
0.9742&
1.062&
0.7276&
0.5719&
4.919\tabularnewline
UL&
LL&
UL&
LL&
UL&
UL&
6.185&
1.017&
0.1435&
37.4&
0.9743&
1.062&
0.7245&
0.01861&
5.158\tabularnewline
UL&
LL&
UL&
UL&
LL&
LL&
6.185&
1.017&
0.1435&
37.4&
0.9729&
0.9459&
1.039&
1.504&
0.4632\tabularnewline
UL&
LL&
UL&
UL&
LL&
UL&
6.185&
1.017&
0.1435&
37.4&
0.9731&
0.9459&
1.029&
0.04851&
1.112\tabularnewline
UL&
LL&
UL&
UL&
UL&
LL&
6.185&
1.017&
0.1435&
37.4&
0.9743&
0.9459&
0.7325&
1.504&
4.961\tabularnewline
UL&
LL&
UL&
UL&
UL&
UL&
6.185&
1.017&
0.1435&
37.4&
0.9745&
0.9459&
0.7245&
0.04851&
5.591\tabularnewline
UL&
UL&
LL&
LL&
LL&
LL&
4.277&
1.011&
0.1435&
39.46&
42.55&
1.639&
1.037&
0.9926&
0.4433\tabularnewline
UL&
UL&
LL&
LL&
LL&
UL&
4.277&
1.011&
0.1435&
39.46&
42.55&
1.639&
1.031&
0.03081&
0.8694\tabularnewline
UL&
UL&
LL&
LL&
UL&
LL&
4.277&
1.011&
0.1435&
39.46&
42.55&
1.639&
0.731&
0.9926&
4.943\tabularnewline
UL&
UL&
LL&
LL&
UL&
UL&
4.277&
1.011&
0.1435&
39.46&
42.55&
1.639&
0.7258&
0.03081&
5.358\tabularnewline
UL&
UL&
LL&
UL&
LL&
LL&
4.277&
1.011&
0.1435&
39.46&
42.55&
1.437&
1.047&
2.628&
0.4948\tabularnewline
UL&
UL&
LL&
UL&
LL&
UL&
4.277&
1.011&
0.1435&
39.46&
42.55&
1.437&
1.031&
0.0797&
1.626\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=5}&
{\bf Z=0.0001} & {\bf(continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
UL&
UL&
LL&
UL&
UL&
LL&
4.277&
1.011&
0.1435&
39.46&
42.55&
1.437&
0.7397&
2.628&
5.011\tabularnewline
UL&
UL&
LL&
UL&
UL&
UL&
4.277&
1.011&
0.1435&
39.46&
42.55&
1.437&
0.7257&
0.0797&
6.113\tabularnewline
UL&
UL&
UL&
LL&
LL&
LL&
5.454&
1.015&
0.1435&
33.07&
33.53&
1.523&
1.036&
0.9171&
0.4414\tabularnewline
UL&
UL&
UL&
LL&
LL&
UL&
5.454&
1.015&
0.1435&
33.07&
33.53&
1.523&
1.031&
0.02837&
0.8356\tabularnewline
UL&
UL&
UL&
LL&
UL&
LL&
5.454&
1.015&
0.1435&
33.07&
33.53&
1.523&
0.7304&
0.9171&
4.939\tabularnewline
UL&
UL&
UL&
LL&
UL&
UL&
5.454&
1.015&
0.1435&
33.07&
33.53&
1.523&
0.7255&
0.02837&
5.323\tabularnewline
UL&
UL&
UL&
UL&
LL&
LL&
5.454&
1.015&
0.1435&
33.07&
33.53&
1.337&
1.046&
2.424&
0.4899\tabularnewline
UL&
UL&
UL&
UL&
LL&
UL&
5.454&
1.015&
0.1435&
33.07&
33.53&
1.337&
1.031&
0.07335&
1.534\tabularnewline
UL&
UL&
UL&
UL&
UL&
LL&
5.454&
1.015&
0.1435&
33.07&
33.53&
1.337&
0.7384&
2.424&
5.003\tabularnewline
UL&
UL&
UL&
UL&
UL&
UL&
5.454&
1.015&
0.1435&
33.07&
33.53&
1.337&
0.7254&
0.07335&
6.02\tabularnewline
\end{tabular}
\end{table}
\end{landscape}


\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=5}&
{\bf Z=0.004} 
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
LL&
LL&
LL&
LL&
LL&
0.9987&
1&
1.004&
0.8386&
0.9987&
1.04&
1.006&
0.5249&
0.8502\tabularnewline
LL&
LL&
LL&
LL&
LL&
UL&
0.9987&
1&
1.004&
0.8386&
0.9987&
1.04&
1&
0.0755&
1.153\tabularnewline
LL&
LL&
LL&
LL&
UL&
LL&
0.9987&
1&
1.004&
0.8386&
0.9987&
1.04&
0.8746&
0.5249&
2.452\tabularnewline
LL&
LL&
LL&
LL&
UL&
UL&
0.9987&
1&
1.004&
0.8386&
0.9987&
1.04&
0.8691&
0.0755&
2.751\tabularnewline
LL&
LL&
LL&
UL&
LL&
LL&
0.9987&
1&
1.004&
0.8386&
0.9987&
0.9625&
1.017&
1.45&
0.8543\tabularnewline
LL&
LL&
LL&
UL&
LL&
UL&
0.9987&
1&
1.004&
0.8386&
0.9987&
0.9625&
1.001&
0.2038&
1.695\tabularnewline
LL&
LL&
LL&
UL&
UL&
LL&
0.9987&
1&
1.004&
0.8386&
0.9987&
0.9625&
0.8857&
1.45&
2.462\tabularnewline
LL&
LL&
LL&
UL&
UL&
UL&
0.9987&
1&
1.004&
0.8386&
0.9987&
0.9625&
0.8703&
0.2038&
3.294\tabularnewline
LL&
LL&
UL&
LL&
LL&
LL&
1.001&
1&
1.004&
0.7674&
0.9987&
1.04&
1.006&
0.5249&
0.8502\tabularnewline
LL&
LL&
UL&
LL&
LL&
UL&
1.001&
1&
1.004&
0.7674&
0.9987&
1.04&
1&
0.0755&
1.153\tabularnewline
LL&
LL&
UL&
LL&
UL&
LL&
1.001&
1&
1.004&
0.7674&
0.9987&
1.04&
0.8746&
0.5249&
2.452\tabularnewline
LL&
LL&
UL&
LL&
UL&
UL&
1.001&
1&
1.004&
0.7674&
0.9987&
1.04&
0.8691&
0.0755&
2.751\tabularnewline
LL&
LL&
UL&
UL&
LL&
LL&
1.001&
1&
1.004&
0.7674&
0.9987&
0.9625&
1.017&
1.45&
0.8543\tabularnewline
LL&
LL&
UL&
UL&
LL&
UL&
1.001&
1&
1.004&
0.7674&
0.9987&
0.9625&
1.001&
0.2038&
1.695\tabularnewline
LL&
LL&
UL&
UL&
UL&
LL&
1.001&
1&
1.004&
0.7674&
0.9987&
0.9625&
0.8857&
1.45&
2.462\tabularnewline
LL&
LL&
UL&
UL&
UL&
UL&
1.001&
1&
1.004&
0.7674&
0.9987&
0.9625&
0.8703&
0.2038&
3.294\tabularnewline
LL&
UL&
LL&
LL&
LL&
LL&
0.9985&
1&
1.004&
0.7607&
1.01&
1.041&
1.006&
0.5252&
0.8502\tabularnewline
LL&
UL&
LL&
LL&
LL&
UL&
0.9985&
1&
1.004&
0.7607&
1.01&
1.041&
1&
0.07555&
1.153\tabularnewline
LL&
UL&
LL&
LL&
UL&
LL&
0.9985&
1&
1.004&
0.7607&
1.01&
1.041&
0.8746&
0.5252&
2.452\tabularnewline
LL&
UL&
LL&
LL&
UL&
UL&
0.9985&
1&
1.004&
0.7607&
1.01&
1.041&
0.8691&
0.07555&
2.752\tabularnewline
LL&
UL&
LL&
UL&
LL&
LL&
0.9985&
1&
1.004&
0.7607&
1.01&
0.963&
1.017&
1.451&
0.8543\tabularnewline
LL&
UL&
LL&
UL&
LL&
UL&
0.9985&
1&
1.004&
0.7607&
1.01&
0.963&
1.001&
0.2039&
1.695\tabularnewline
LL&
UL&
LL&
UL&
UL&
LL&
0.9985&
1&
1.004&
0.7607&
1.01&
0.963&
0.8857&
1.451&
2.462\tabularnewline
LL&
UL&
LL&
UL&
UL&
UL&
0.9985&
1&
1.004&
0.7607&
1.01&
0.963&
0.8703&
0.2039&
3.294\tabularnewline
LL&
UL&
UL&
LL&
LL&
LL&
1&
1&
1.004&
0.6983&
1.009&
1.041&
1.006&
0.5252&
0.8502\tabularnewline
LL&
UL&
UL&
LL&
LL&
UL&
1&
1&
1.004&
0.6983&
1.009&
1.041&
1&
0.07555&
1.153\tabularnewline
LL&
UL&
UL&
LL&
UL&
LL&
1&
1&
1.004&
0.6983&
1.009&
1.041&
0.8746&
0.5252&
2.452\tabularnewline
\end{tabular}
\end{table}
\end{landscape}


\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=5}&
{\bf Z=0.004} & {\bf (continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
UL&
UL&
LL&
UL&
UL&
1&
1&
1.004&
0.6983&
1.009&
1.041&
0.8691&
0.07555&
2.752\tabularnewline
LL&
UL&
UL&
UL&
LL&
LL&
1&
1&
1.004&
0.6983&
1.009&
0.963&
1.017&
1.451&
0.8543\tabularnewline
LL&
UL&
UL&
UL&
LL&
UL&
1&
1&
1.004&
0.6983&
1.009&
0.963&
1.001&
0.2039&
1.695\tabularnewline
LL&
UL&
UL&
UL&
UL&
LL&
1&
1&
1.004&
0.6983&
1.009&
0.963&
0.8857&
1.451&
2.462\tabularnewline
LL&
UL&
UL&
UL&
UL&
UL&
1&
1&
1.004&
0.6983&
1.009&
0.963&
0.8703&
0.2039&
3.294\tabularnewline
UL&
LL&
LL&
LL&
LL&
LL&
1.088&
1.003&
0.1806&
42.75&
0.9996&
1.041&
1.006&
0.5249&
0.8502\tabularnewline
UL&
LL&
LL&
LL&
LL&
UL&
1.088&
1.003&
0.1806&
42.75&
0.9996&
1.041&
1&
0.0755&
1.153\tabularnewline
UL&
LL&
LL&
LL&
UL&
LL&
1.088&
1.003&
0.1806&
42.75&
0.9996&
1.041&
0.8748&
0.5249&
2.452\tabularnewline
UL&
LL&
LL&
LL&
UL&
UL&
1.088&
1.003&
0.1806&
42.75&
0.9996&
1.041&
0.8693&
0.0755&
2.751\tabularnewline
UL&
LL&
LL&
UL&
LL&
LL&
1.088&
1.003&
0.1806&
42.75&
0.9996&
0.9627&
1.018&
1.45&
0.8543\tabularnewline
UL&
LL&
LL&
UL&
LL&
UL&
1.088&
1.003&
0.1806&
42.75&
0.9996&
0.9627&
1.001&
0.2038&
1.695\tabularnewline
UL&
LL&
LL&
UL&
UL&
LL&
1.088&
1.003&
0.1806&
42.75&
0.9996&
0.9627&
0.8859&
1.45&
2.462\tabularnewline
UL&
LL&
LL&
UL&
UL&
UL&
1.088&
1.003&
0.1806&
42.75&
0.9996&
0.9627&
0.8705&
0.2038&
3.294\tabularnewline
UL&
LL&
UL&
LL&
LL&
LL&
1.145&
1.004&
0.1806&
40.67&
0.9995&
1.041&
1.006&
0.5249&
0.8502\tabularnewline
UL&
LL&
UL&
LL&
LL&
UL&
1.145&
1.004&
0.1806&
40.67&
0.9995&
1.041&
1&
0.0755&
1.153\tabularnewline
UL&
LL&
UL&
LL&
UL&
LL&
1.145&
1.004&
0.1806&
40.67&
0.9995&
1.041&
0.8748&
0.5249&
2.452\tabularnewline
UL&
LL&
UL&
LL&
UL&
UL&
1.145&
1.004&
0.1806&
40.67&
0.9995&
1.041&
0.8693&
0.0755&
2.751\tabularnewline
UL&
LL&
UL&
UL&
LL&
LL&
1.145&
1.004&
0.1806&
40.67&
0.9995&
0.9627&
1.018&
1.45&
0.8543\tabularnewline
UL&
LL&
UL&
UL&
LL&
UL&
1.145&
1.004&
0.1806&
40.67&
0.9995&
0.9627&
1.001&
0.2038&
1.695\tabularnewline
UL&
LL&
UL&
UL&
UL&
LL&
1.145&
1.004&
0.1806&
40.67&
0.9995&
0.9627&
0.8859&
1.45&
2.462\tabularnewline
UL&
LL&
UL&
UL&
UL&
UL&
1.145&
1.004&
0.1806&
40.67&
0.9995&
0.9627&
0.8705&
0.2038&
3.294\tabularnewline
UL&
UL&
LL&
LL&
LL&
LL&
1.084&
1.002&
0.1806&
40.4&
1.337&
1.052&
1.006&
0.5304&
0.8502\tabularnewline
UL&
UL&
LL&
LL&
LL&
UL&
1.084&
1.002&
0.1806&
40.4&
1.337&
1.052&
1&
0.07653&
1.156\tabularnewline
UL&
UL&
LL&
LL&
UL&
LL&
1.084&
1.002&
0.1806&
40.4&
1.337&
1.052&
0.8749&
0.5304&
2.452\tabularnewline
UL&
UL&
LL&
LL&
UL&
UL&
1.084&
1.002&
0.1806&
40.4&
1.337&
1.052&
0.8693&
0.07653&
2.754\tabularnewline
UL&
UL&
LL&
UL&
LL&
LL&
1.084&
1.002&
0.1806&
40.4&
1.337&
0.9734&
1.018&
1.466&
0.8544\tabularnewline
UL&
UL&
LL&
UL&
LL&
UL&
1.084&
1.002&
0.1806&
40.4&
1.337&
0.9734&
1.002&
0.2067&
1.703\tabularnewline
\end{tabular}
\end{table}
\end{landscape}


\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=5}&
{\bf Z=0.004} & {\bf (continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
UL&
UL&
LL&
UL&
UL&
LL&
1.084&
1.002&
0.1806&
40.4&
1.337&
0.9734&
0.8861&
1.466&
2.462\tabularnewline
UL&
UL&
LL&
UL&
UL&
UL&
1.084&
1.002&
0.1806&
40.4&
1.337&
0.9734&
0.8706&
0.2067&
3.302\tabularnewline
UL&
UL&
UL&
LL&
LL&
LL&
1.138&
1.004&
0.1806&
38.51&
1.322&
1.052&
1.006&
0.5303&
0.8502\tabularnewline
UL&
UL&
UL&
LL&
LL&
UL&
1.138&
1.004&
0.1806&
38.51&
1.322&
1.052&
1&
0.07649&
1.156\tabularnewline
UL&
UL&
UL&
LL&
UL&
LL&
1.138&
1.004&
0.1806&
38.51&
1.322&
1.052&
0.8749&
0.5303&
2.452\tabularnewline
UL&
UL&
UL&
LL&
UL&
UL&
1.138&
1.004&
0.1806&
38.51&
1.322&
1.052&
0.8693&
0.07649&
2.754\tabularnewline
UL&
UL&
UL&
UL&
LL&
LL&
1.138&
1.004&
0.1806&
38.51&
1.322&
0.973&
1.018&
1.466&
0.8544\tabularnewline
UL&
UL&
UL&
UL&
LL&
UL&
1.138&
1.004&
0.1806&
38.51&
1.322&
0.973&
1.002&
0.2066&
1.703\tabularnewline
UL&
UL&
UL&
UL&
UL&
LL&
1.138&
1.004&
0.1806&
38.51&
1.322&
0.973&
0.8861&
1.466&
2.462\tabularnewline
UL&
UL&
UL&
UL&
UL&
UL&
1.138&
1.004&
0.1806&
38.51&
1.322&
0.973&
0.8706&
0.2066&
3.302\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=5}&
{\bf Z=0.008} 
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
LL&
LL&
LL&
LL&
LL&
0.9997&
0.9903&
1.002&
0.961&
0.9997&
1.02&
1.002&
0.5155&
0.968\tabularnewline
LL&
LL&
LL&
LL&
LL&
UL&
0.9997&
0.9903&
1.002&
0.961&
0.9997&
1.02&
0.9991&
0.1867&
1.031\tabularnewline
LL&
LL&
LL&
LL&
UL&
LL&
0.9997&
0.9903&
1.002&
0.961&
0.9997&
1.02&
0.9345&
0.5155&
1.355\tabularnewline
LL&
LL&
LL&
LL&
UL&
UL&
0.9997&
0.9903&
1.002&
0.961&
0.9997&
1.02&
0.9319&
0.1867&
1.417\tabularnewline
LL&
LL&
LL&
UL&
LL&
LL&
0.9997&
0.9903&
1.002&
0.961&
0.9997&
0.9803&
1.009&
1.47&
0.9683\tabularnewline
LL&
LL&
LL&
UL&
LL&
UL&
0.9997&
0.9903&
1.002&
0.961&
0.9997&
0.9803&
1.002&
0.5234&
1.149\tabularnewline
LL&
LL&
LL&
UL&
UL&
LL&
0.9997&
0.9903&
1.002&
0.961&
0.9997&
0.9803&
0.942&
1.47&
1.356\tabularnewline
LL&
LL&
LL&
UL&
UL&
UL&
0.9997&
0.9903&
1.002&
0.961&
0.9997&
0.9803&
0.9346&
0.5234&
1.536\tabularnewline
LL&
LL&
UL&
LL&
LL&
LL&
1&
0.9881&
1.002&
0.939&
0.9997&
1.02&
1.002&
0.5155&
0.968\tabularnewline
LL&
LL&
UL&
LL&
LL&
UL&
1&
0.9881&
1.002&
0.939&
0.9997&
1.02&
0.9991&
0.1867&
1.031\tabularnewline
LL&
LL&
UL&
LL&
UL&
LL&
1&
0.9881&
1.002&
0.939&
0.9997&
1.02&
0.9345&
0.5155&
1.355\tabularnewline
LL&
LL&
UL&
LL&
UL&
UL&
1&
0.9881&
1.002&
0.939&
0.9997&
1.02&
0.9319&
0.1867&
1.417\tabularnewline
LL&
LL&
UL&
UL&
LL&
LL&
1&
0.9881&
1.002&
0.939&
0.9997&
0.9803&
1.009&
1.47&
0.9683\tabularnewline
LL&
LL&
UL&
UL&
LL&
UL&
1&
0.9881&
1.002&
0.939&
0.9997&
0.9803&
1.002&
0.5234&
1.149\tabularnewline
LL&
LL&
UL&
UL&
UL&
LL&
1&
0.9881&
1.002&
0.939&
0.9997&
0.9803&
0.942&
1.47&
1.356\tabularnewline
LL&
LL&
UL&
UL&
UL&
UL&
1&
0.9881&
1.002&
0.939&
0.9997&
0.9803&
0.9346&
0.5234&
1.536\tabularnewline
LL&
UL&
LL&
LL&
LL&
LL&
0.9997&
0.9903&
1.002&
0.9325&
1.003&
1.02&
1.002&
0.5155&
0.968\tabularnewline
LL&
UL&
LL&
LL&
LL&
UL&
0.9997&
0.9903&
1.002&
0.9325&
1.003&
1.02&
0.9991&
0.1867&
1.031\tabularnewline
LL&
UL&
LL&
LL&
UL&
LL&
0.9997&
0.9903&
1.002&
0.9325&
1.003&
1.02&
0.9345&
0.5155&
1.355\tabularnewline
LL&
UL&
LL&
LL&
UL&
UL&
0.9997&
0.9903&
1.002&
0.9325&
1.003&
1.02&
0.9319&
0.1867&
1.417\tabularnewline
LL&
UL&
LL&
UL&
LL&
LL&
0.9997&
0.9903&
1.002&
0.9325&
1.003&
0.9804&
1.009&
1.47&
0.9683\tabularnewline
LL&
UL&
LL&
UL&
LL&
UL&
0.9997&
0.9903&
1.002&
0.9325&
1.003&
0.9804&
1.002&
0.5235&
1.149\tabularnewline
LL&
UL&
LL&
UL&
UL&
LL&
0.9997&
0.9903&
1.002&
0.9325&
1.003&
0.9804&
0.942&
1.47&
1.356\tabularnewline
LL&
UL&
LL&
UL&
UL&
UL&
0.9997&
0.9903&
1.002&
0.9325&
1.003&
0.9804&
0.9346&
0.5235&
1.536\tabularnewline
LL&
UL&
UL&
LL&
LL&
LL&
1&
0.9881&
1.002&
0.9113&
1.003&
1.02&
1.002&
0.5155&
0.968\tabularnewline
LL&
UL&
UL&
LL&
LL&
UL&
1&
0.9881&
1.002&
0.9113&
1.003&
1.02&
0.9991&
0.1867&
1.031\tabularnewline
LL&
UL&
UL&
LL&
UL&
LL&
1&
0.9881&
1.002&
0.9113&
1.003&
1.02&
0.9345&
0.5155&
1.355\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=5}&
{\bf Z=0.008} & {\bf (continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
UL&
UL&
LL&
UL&
UL&
1&
0.9881&
1.002&
0.9113&
1.003&
1.02&
0.9319&
0.1867&
1.417\tabularnewline
LL&
UL&
UL&
UL&
LL&
LL&
1&
0.9881&
1.002&
0.9113&
1.003&
0.9804&
1.009&
1.47&
0.9683\tabularnewline
LL&
UL&
UL&
UL&
LL&
UL&
1&
0.9881&
1.002&
0.9113&
1.003&
0.9804&
1.002&
0.5235&
1.149\tabularnewline
LL&
UL&
UL&
UL&
UL&
LL&
1&
0.9881&
1.002&
0.9113&
1.003&
0.9804&
0.942&
1.47&
1.356\tabularnewline
LL&
UL&
UL&
UL&
UL&
UL&
1&
0.9881&
1.002&
0.9113&
1.003&
0.9804&
0.9346&
0.5235&
1.536\tabularnewline
UL&
LL&
LL&
LL&
LL&
LL&
1.01&
0.9885&
0.1972&
21.51&
0.9998&
1.02&
1.002&
0.5155&
0.968\tabularnewline
UL&
LL&
LL&
LL&
LL&
UL&
1.01&
0.9885&
0.1972&
21.51&
0.9998&
1.02&
0.999&
0.1867&
1.031\tabularnewline
UL&
LL&
LL&
LL&
UL&
LL&
1.01&
0.9885&
0.1972&
21.51&
0.9998&
1.02&
0.9345&
0.5155&
1.355\tabularnewline
UL&
LL&
LL&
LL&
UL&
UL&
1.01&
0.9885&
0.1972&
21.51&
0.9998&
1.02&
0.9319&
0.1867&
1.417\tabularnewline
UL&
LL&
LL&
UL&
LL&
LL&
1.01&
0.9885&
0.1972&
21.51&
0.9998&
0.9803&
1.009&
1.47&
0.9683\tabularnewline
UL&
LL&
LL&
UL&
LL&
UL&
1.01&
0.9885&
0.1972&
21.51&
0.9998&
0.9803&
1.002&
0.5234&
1.149\tabularnewline
UL&
LL&
LL&
UL&
UL&
LL&
1.01&
0.9885&
0.1972&
21.51&
0.9998&
0.9803&
0.942&
1.47&
1.356\tabularnewline
UL&
LL&
LL&
UL&
UL&
UL&
1.01&
0.9885&
0.1972&
21.51&
0.9998&
0.9803&
0.9346&
0.5234&
1.536\tabularnewline
UL&
LL&
UL&
LL&
LL&
LL&
1.017&
0.9889&
0.1972&
21.22&
0.9998&
1.02&
1.002&
0.5155&
0.968\tabularnewline
UL&
LL&
UL&
LL&
LL&
UL&
1.017&
0.9889&
0.1972&
21.22&
0.9998&
1.02&
0.999&
0.1867&
1.031\tabularnewline
UL&
LL&
UL&
LL&
UL&
LL&
1.017&
0.9889&
0.1972&
21.22&
0.9998&
1.02&
0.9345&
0.5155&
1.355\tabularnewline
UL&
LL&
UL&
LL&
UL&
UL&
1.017&
0.9889&
0.1972&
21.22&
0.9998&
1.02&
0.9319&
0.1867&
1.417\tabularnewline
UL&
LL&
UL&
UL&
LL&
LL&
1.017&
0.9889&
0.1972&
21.22&
0.9998&
0.9803&
1.009&
1.47&
0.9683\tabularnewline
UL&
LL&
UL&
UL&
LL&
UL&
1.017&
0.9889&
0.1972&
21.22&
0.9998&
0.9803&
1.002&
0.5234&
1.149\tabularnewline
UL&
LL&
UL&
UL&
UL&
LL&
1.017&
0.9889&
0.1972&
21.22&
0.9998&
0.9803&
0.942&
1.47&
1.356\tabularnewline
UL&
LL&
UL&
UL&
UL&
UL&
1.017&
0.9889&
0.1972&
21.22&
0.9998&
0.9803&
0.9346&
0.5234&
1.536\tabularnewline
UL&
UL&
LL&
LL&
LL&
LL&
1.01&
0.9885&
0.1972&
21.13&
1.041&
1.021&
1.002&
0.5157&
0.968\tabularnewline
UL&
UL&
LL&
LL&
LL&
UL&
1.01&
0.9885&
0.1972&
21.13&
1.041&
1.021&
0.9991&
0.1868&
1.031\tabularnewline
UL&
UL&
LL&
LL&
UL&
LL&
1.01&
0.9885&
0.1972&
21.13&
1.041&
1.021&
0.9345&
0.5157&
1.355\tabularnewline
UL&
UL&
LL&
LL&
UL&
UL&
1.01&
0.9885&
0.1972&
21.13&
1.041&
1.021&
0.9319&
0.1868&
1.417\tabularnewline
UL&
UL&
LL&
UL&
LL&
LL&
1.01&
0.9885&
0.1972&
21.13&
1.041&
0.9809&
1.009&
1.471&
0.9683\tabularnewline
UL&
UL&
LL&
UL&
LL&
UL&
1.01&
0.9885&
0.1972&
21.13&
1.041&
0.9809&
1.002&
0.5238&
1.149\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=5}&
{\bf Z=0.008} & {\bf (continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
UL&
UL&
LL&
UL&
UL&
LL&
1.01&
0.9885&
0.1972&
21.13&
1.041&
0.9809&
0.942&
1.471&
1.356\tabularnewline
UL&
UL&
LL&
UL&
UL&
UL&
1.01&
0.9885&
0.1972&
21.13&
1.041&
0.9809&
0.9346&
0.5238&
1.536\tabularnewline
UL&
UL&
UL&
LL&
LL&
LL&
1.017&
0.9889&
0.1972&
20.85&
1.04&
1.021&
1.002&
0.5157&
0.968\tabularnewline
UL&
UL&
UL&
LL&
LL&
UL&
1.017&
0.9889&
0.1972&
20.85&
1.04&
1.021&
0.9991&
0.1868&
1.031\tabularnewline
UL&
UL&
UL&
LL&
UL&
LL&
1.017&
0.9889&
0.1972&
20.85&
1.04&
1.021&
0.9345&
0.5157&
1.355\tabularnewline
UL&
UL&
UL&
LL&
UL&
UL&
1.017&
0.9889&
0.1972&
20.85&
1.04&
1.021&
0.9319&
0.1868&
1.417\tabularnewline
UL&
UL&
UL&
UL&
LL&
LL&
1.017&
0.9889&
0.1972&
20.85&
1.04&
0.9809&
1.009&
1.471&
0.9683\tabularnewline
UL&
UL&
UL&
UL&
LL&
UL&
1.017&
0.9889&
0.1972&
20.85&
1.04&
0.9809&
1.002&
0.5238&
1.149\tabularnewline
UL&
UL&
UL&
UL&
UL&
LL&
1.017&
0.9889&
0.1972&
20.85&
1.04&
0.9809&
0.942&
1.471&
1.356\tabularnewline
UL&
UL&
UL&
UL&
UL&
UL&
1.017&
0.9889&
0.1972&
20.85&
1.04&
0.9809&
0.9346&
0.5238&
1.536\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=5}&
{\bf Z=0.02} 
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
LL&
LL&
LL&
LL&
LL&
1&
0.9993&
1&
0.9996&
1&
1&
1&
0.8088&
0.9998\tabularnewline
LL&
LL&
LL&
LL&
LL&
UL&
1&
0.9993&
1&
0.9996&
1&
1&
1&
0.8027&
0.9998\tabularnewline
LL&
LL&
LL&
LL&
UL&
LL&
1&
0.9993&
1&
0.9996&
1&
1&
0.999&
0.8088&
1.003\tabularnewline
LL&
LL&
LL&
LL&
UL&
UL&
1&
0.9993&
1&
0.9996&
1&
1&
0.999&
0.8027&
1.003\tabularnewline
LL&
LL&
LL&
UL&
LL&
LL&
1&
0.9993&
1&
0.9996&
1&
0.9996&
1&
1.191&
0.9998\tabularnewline
LL&
LL&
LL&
UL&
LL&
UL&
1&
0.9993&
1&
0.9996&
1&
0.9996&
1&
1.18&
0.9998\tabularnewline
LL&
LL&
LL&
UL&
UL&
LL&
1&
0.9993&
1&
0.9996&
1&
0.9996&
0.9991&
1.191&
1.003\tabularnewline
LL&
LL&
LL&
UL&
UL&
UL&
1&
0.9993&
1&
0.9996&
1&
0.9996&
0.9991&
1.18&
1.003\tabularnewline
LL&
LL&
UL&
LL&
LL&
LL&
1&
0.9978&
1&
0.9995&
1&
1&
1&
0.8088&
0.9998\tabularnewline
LL&
LL&
UL&
LL&
LL&
UL&
1&
0.9978&
1&
0.9995&
1&
1&
1&
0.8027&
0.9998\tabularnewline
LL&
LL&
UL&
LL&
UL&
LL&
1&
0.9978&
1&
0.9995&
1&
1&
0.999&
0.8088&
1.003\tabularnewline
LL&
LL&
UL&
LL&
UL&
UL&
1&
0.9978&
1&
0.9995&
1&
1&
0.999&
0.8027&
1.003\tabularnewline
LL&
LL&
UL&
UL&
LL&
LL&
1&
0.9978&
1&
0.9995&
1&
0.9996&
1&
1.191&
0.9998\tabularnewline
LL&
LL&
UL&
UL&
LL&
UL&
1&
0.9978&
1&
0.9995&
1&
0.9996&
1&
1.18&
0.9998\tabularnewline
LL&
LL&
UL&
UL&
UL&
LL&
1&
0.9978&
1&
0.9995&
1&
0.9996&
0.9991&
1.191&
1.003\tabularnewline
LL&
LL&
UL&
UL&
UL&
UL&
1&
0.9978&
1&
0.9995&
1&
0.9996&
0.9991&
1.18&
1.003\tabularnewline
LL&
UL&
LL&
LL&
LL&
LL&
1&
0.9993&
1&
0.9995&
1&
1&
1&
0.8088&
0.9998\tabularnewline
LL&
UL&
LL&
LL&
LL&
UL&
1&
0.9993&
1&
0.9995&
1&
1&
1&
0.8027&
0.9998\tabularnewline
LL&
UL&
LL&
LL&
UL&
LL&
1&
0.9993&
1&
0.9995&
1&
1&
0.999&
0.8088&
1.003\tabularnewline
LL&
UL&
LL&
LL&
UL&
UL&
1&
0.9993&
1&
0.9995&
1&
1&
0.999&
0.8027&
1.003\tabularnewline
LL&
UL&
LL&
UL&
LL&
LL&
1&
0.9993&
1&
0.9995&
1&
0.9996&
1&
1.191&
0.9998\tabularnewline
LL&
UL&
LL&
UL&
LL&
UL&
1&
0.9993&
1&
0.9995&
1&
0.9996&
1&
1.18&
0.9998\tabularnewline
LL&
UL&
LL&
UL&
UL&
LL&
1&
0.9993&
1&
0.9995&
1&
0.9996&
0.9991&
1.191&
1.003\tabularnewline
LL&
UL&
LL&
UL&
UL&
UL&
1&
0.9993&
1&
0.9995&
1&
0.9996&
0.9991&
1.18&
1.003\tabularnewline
LL&
UL&
UL&
LL&
LL&
LL&
1&
0.9978&
1&
0.9994&
1&
1&
1&
0.8088&
0.9998\tabularnewline
LL&
UL&
UL&
LL&
LL&
UL&
1&
0.9978&
1&
0.9994&
1&
1&
1&
0.8027&
0.9998\tabularnewline
LL&
UL&
UL&
LL&
UL&
LL&
1&
0.9978&
1&
0.9994&
1&
1&
0.999&
0.8088&
1.003\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=5}&
{\bf Z=0.02} & {\bf (continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
UL&
UL&
LL&
UL&
UL&
1&
0.9978&
1&
0.9994&
1&
1&
0.999&
0.8027&
1.003\tabularnewline
LL&
UL&
UL&
UL&
LL&
LL&
1&
0.9978&
1&
0.9994&
1&
0.9996&
1&
1.191&
0.9998\tabularnewline
LL&
UL&
UL&
UL&
LL&
UL&
1&
0.9978&
1&
0.9994&
1&
0.9996&
1&
1.18&
0.9998\tabularnewline
LL&
UL&
UL&
UL&
UL&
LL&
1&
0.9978&
1&
0.9994&
1&
0.9996&
0.9991&
1.191&
1.003\tabularnewline
LL&
UL&
UL&
UL&
UL&
UL&
1&
0.9978&
1&
0.9994&
1&
0.9996&
0.9991&
1.18&
1.003\tabularnewline
UL&
LL&
LL&
LL&
LL&
LL&
1&
0.9977&
0.8301&
2.408&
1&
1&
1&
0.8088&
0.9998\tabularnewline
UL&
LL&
LL&
LL&
LL&
UL&
1&
0.9977&
0.8301&
2.408&
1&
1&
1&
0.8027&
0.9998\tabularnewline
UL&
LL&
LL&
LL&
UL&
LL&
1&
0.9977&
0.8301&
2.408&
1&
1&
0.999&
0.8088&
1.003\tabularnewline
UL&
LL&
LL&
LL&
UL&
UL&
1&
0.9977&
0.8301&
2.408&
1&
1&
0.999&
0.8027&
1.003\tabularnewline
UL&
LL&
LL&
UL&
LL&
LL&
1&
0.9977&
0.8301&
2.408&
1&
0.9996&
1&
1.191&
0.9998\tabularnewline
UL&
LL&
LL&
UL&
LL&
UL&
1&
0.9977&
0.8301&
2.408&
1&
0.9996&
1&
1.18&
0.9998\tabularnewline
UL&
LL&
LL&
UL&
UL&
LL&
1&
0.9977&
0.8301&
2.408&
1&
0.9996&
0.9991&
1.191&
1.003\tabularnewline
UL&
LL&
LL&
UL&
UL&
UL&
1&
0.9977&
0.8301&
2.408&
1&
0.9996&
0.9991&
1.18&
1.003\tabularnewline
UL&
LL&
UL&
LL&
LL&
LL&
1&
0.9977&
0.8301&
2.408&
1&
1&
1&
0.8088&
0.9998\tabularnewline
UL&
LL&
UL&
LL&
LL&
UL&
1&
0.9977&
0.8301&
2.408&
1&
1&
1&
0.8027&
0.9998\tabularnewline
UL&
LL&
UL&
LL&
UL&
LL&
1&
0.9977&
0.8301&
2.408&
1&
1&
0.999&
0.8088&
1.003\tabularnewline
UL&
LL&
UL&
LL&
UL&
UL&
1&
0.9977&
0.8301&
2.408&
1&
1&
0.999&
0.8027&
1.003\tabularnewline
UL&
LL&
UL&
UL&
LL&
LL&
1&
0.9977&
0.8301&
2.408&
1&
0.9996&
1&
1.191&
0.9998\tabularnewline
UL&
LL&
UL&
UL&
LL&
UL&
1&
0.9977&
0.8301&
2.408&
1&
0.9996&
1&
1.18&
0.9998\tabularnewline
UL&
LL&
UL&
UL&
UL&
LL&
1&
0.9977&
0.8301&
2.408&
1&
0.9996&
0.9991&
1.191&
1.003\tabularnewline
UL&
LL&
UL&
UL&
UL&
UL&
1&
0.9977&
0.8301&
2.408&
1&
0.9996&
0.9991&
1.18&
1.003\tabularnewline
UL&
UL&
LL&
LL&
LL&
LL&
1&
0.9977&
0.8301&
2.407&
1&
1&
1&
0.8088&
0.9998\tabularnewline
UL&
UL&
LL&
LL&
LL&
UL&
1&
0.9977&
0.8301&
2.407&
1&
1&
1&
0.8027&
0.9998\tabularnewline
UL&
UL&
LL&
LL&
UL&
LL&
1&
0.9977&
0.8301&
2.407&
1&
1&
0.999&
0.8088&
1.003\tabularnewline
UL&
UL&
LL&
LL&
UL&
UL&
1&
0.9977&
0.8301&
2.407&
1&
1&
0.999&
0.8027&
1.003\tabularnewline
UL&
UL&
LL&
UL&
LL&
LL&
1&
0.9977&
0.8301&
2.407&
1&
0.9996&
1&
1.191&
0.9998\tabularnewline
UL&
UL&
LL&
UL&
LL&
UL&
1&
0.9977&
0.8301&
2.407&
1&
0.9996&
1&
1.18&
0.9998\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=5}&
{\bf Z=0.02} & {\bf (continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
UL&
UL&
LL&
UL&
UL&
LL&
1&
0.9977&
0.8301&
2.407&
1&
0.9996&
0.9991&
1.191&
1.003\tabularnewline
UL&
UL&
LL&
UL&
UL&
UL&
1&
0.9977&
0.8301&
2.407&
1&
0.9996&
0.9991&
1.18&
1.003\tabularnewline
UL&
UL&
UL&
LL&
LL&
LL&
1&
0.9977&
0.8301&
2.407&
1&
1&
1&
0.8088&
0.9998\tabularnewline
UL&
UL&
UL&
LL&
LL&
UL&
1&
0.9977&
0.8301&
2.407&
1&
1&
1&
0.8027&
0.9998\tabularnewline
UL&
UL&
UL&
LL&
UL&
LL&
1&
0.9977&
0.8301&
2.407&
1&
1&
0.999&
0.8088&
1.003\tabularnewline
UL&
UL&
UL&
LL&
UL&
UL&
1&
0.9977&
0.8301&
2.407&
1&
1&
0.999&
0.8027&
1.003\tabularnewline
UL&
UL&
UL&
UL&
LL&
LL&
1&
0.9977&
0.8301&
2.407&
1&
0.9996&
1&
1.191&
0.9998\tabularnewline
UL&
UL&
UL&
UL&
LL&
UL&
1&
0.9977&
0.8301&
2.407&
1&
0.9996&
1&
1.18&
0.9998\tabularnewline
UL&
UL&
UL&
UL&
UL&
LL&
1&
0.9977&
0.8301&
2.407&
1&
0.9996&
0.9991&
1.191&
1.003\tabularnewline
UL&
UL&
UL&
UL&
UL&
UL&
1&
0.9977&
0.8301&
2.407&
1&
0.9996&
0.9991&
1.18&
1.003\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=6}&
{\bf Z=0.0001} 
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
LL&
LL&
LL&
LL&
LL&
0.9259&
0.9996&
1.014&
0.6828&
0.9513&
1.077&
1.063&
0.6435&
0.3863\tabularnewline
LL&
LL&
LL&
LL&
LL&
UL&
0.9259&
0.9996&
1.014&
0.6828&
0.9513&
1.077&
1.06&
0.018&
0.5742\tabularnewline
LL&
LL&
LL&
LL&
UL&
LL&
0.9259&
0.9996&
1.014&
0.6828&
0.9522&
1.077&
0.6481&
0.6435&
3.833\tabularnewline
LL&
LL&
LL&
LL&
UL&
UL&
0.9259&
0.9996&
1.014&
0.6828&
0.9523&
1.077&
0.6462&
0.018&
4.015\tabularnewline
LL&
LL&
LL&
UL&
LL&
LL&
0.9259&
0.9996&
1.014&
0.6828&
0.9513&
0.9332&
1.066&
1.57&
0.4457\tabularnewline
LL&
LL&
LL&
UL&
LL&
UL&
0.9259&
0.9996&
1.014&
0.6828&
0.9514&
0.9332&
1.06&
0.04543&
0.9038\tabularnewline
LL&
LL&
LL&
UL&
UL&
LL&
0.9259&
0.9996&
1.014&
0.6828&
0.9523&
0.9333&
0.6506&
1.57&
3.897\tabularnewline
LL&
LL&
LL&
UL&
UL&
UL&
0.9259&
0.9996&
1.014&
0.6828&
0.9524&
0.9333&
0.646&
0.04543&
4.342\tabularnewline
LL&
LL&
UL&
LL&
LL&
LL&
0.9406&
0.9997&
1.014&
0.5336&
0.951&
1.077&
1.063&
0.6435&
0.3863\tabularnewline
LL&
LL&
UL&
LL&
LL&
UL&
0.9406&
0.9997&
1.014&
0.5336&
0.9511&
1.077&
1.06&
0.018&
0.5742\tabularnewline
LL&
LL&
UL&
LL&
UL&
LL&
0.9406&
0.9997&
1.014&
0.5336&
0.952&
1.077&
0.6481&
0.6435&
3.833\tabularnewline
LL&
LL&
UL&
LL&
UL&
UL&
0.9406&
0.9997&
1.014&
0.5336&
0.9521&
1.077&
0.6462&
0.018&
4.015\tabularnewline
LL&
LL&
UL&
UL&
LL&
LL&
0.9406&
0.9997&
1.014&
0.5336&
0.9511&
0.9332&
1.066&
1.57&
0.4457\tabularnewline
LL&
LL&
UL&
UL&
LL&
UL&
0.9406&
0.9997&
1.014&
0.5336&
0.9512&
0.9332&
1.06&
0.04543&
0.9038\tabularnewline
LL&
LL&
UL&
UL&
UL&
LL&
0.9406&
0.9997&
1.014&
0.5336&
0.952&
0.9333&
0.6506&
1.57&
3.897\tabularnewline
LL&
LL&
UL&
UL&
UL&
UL&
0.9406&
0.9997&
1.014&
0.5336&
0.9522&
0.9333&
0.646&
0.04543&
4.342\tabularnewline
LL&
UL&
LL&
LL&
LL&
LL&
0.9097&
0.9995&
1.014&
0.5705&
1.212&
1.091&
1.063&
0.6572&
0.3871\tabularnewline
LL&
UL&
LL&
LL&
LL&
UL&
0.9097&
0.9995&
1.014&
0.5705&
1.212&
1.091&
1.061&
0.01826&
0.579\tabularnewline
LL&
UL&
LL&
LL&
UL&
LL&
0.9097&
0.9995&
1.014&
0.5705&
1.213&
1.091&
0.6482&
0.6573&
3.834\tabularnewline
LL&
UL&
LL&
LL&
UL&
UL&
0.9097&
0.9995&
1.014&
0.5705&
1.213&
1.091&
0.6463&
0.01826&
4.02\tabularnewline
LL&
UL&
LL&
UL&
LL&
LL&
0.9097&
0.9995&
1.014&
0.5705&
1.212&
0.9439&
1.066&
1.604&
0.4477\tabularnewline
LL&
UL&
LL&
UL&
LL&
UL&
0.9097&
0.9995&
1.014&
0.5705&
1.212&
0.9439&
1.06&
0.04603&
0.9158\tabularnewline
LL&
UL&
LL&
UL&
UL&
LL&
0.9097&
0.9995&
1.014&
0.5705&
1.213&
0.9439&
0.6508&
1.604&
3.9\tabularnewline
LL&
UL&
LL&
UL&
UL&
UL&
0.9097&
0.9995&
1.014&
0.5705&
1.213&
0.9439&
0.646&
0.04603&
4.354\tabularnewline
LL&
UL&
UL&
LL&
LL&
LL&
0.9263&
0.9996&
1.014&
0.4707&
1.153&
1.087&
1.063&
0.6537&
0.3869\tabularnewline
LL&
UL&
UL&
LL&
LL&
UL&
0.9263&
0.9996&
1.014&
0.4707&
1.153&
1.087&
1.061&
0.01819&
0.5778\tabularnewline
LL&
UL&
UL&
LL&
UL&
LL&
0.9263&
0.9996&
1.014&
0.4707&
1.154&
1.087&
0.6482&
0.6538&
3.834\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=6}&
{\bf Z=0.0001} & {\bf (continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
UL&
UL&
LL&
UL&
UL&
0.9263&
0.9996&
1.014&
0.4707&
1.154&
1.087&
0.6462&
0.0182&
4.019\tabularnewline
LL&
UL&
UL&
UL&
LL&
LL&
0.9263&
0.9996&
1.014&
0.4707&
1.153&
0.9412&
1.066&
1.595&
0.4472\tabularnewline
LL&
UL&
UL&
UL&
LL&
UL&
0.9263&
0.9996&
1.014&
0.4707&
1.153&
0.9412&
1.06&
0.04588&
0.9127\tabularnewline
LL&
UL&
UL&
UL&
UL&
LL&
0.9263&
0.9996&
1.014&
0.4707&
1.154&
0.9412&
0.6507&
1.595&
3.899\tabularnewline
LL&
UL&
UL&
UL&
UL&
UL&
0.9263&
0.9996&
1.014&
0.4707&
1.154&
0.9412&
0.646&
0.04588&
4.351\tabularnewline
UL&
LL&
LL&
LL&
LL&
LL&
4.099&
1.016&
0.1704&
36.31&
0.9868&
1.079&
1.063&
0.6453&
0.3864\tabularnewline
UL&
LL&
LL&
LL&
LL&
UL&
4.099&
1.016&
0.1704&
36.31&
0.9869&
1.079&
1.06&
0.01803&
0.5748\tabularnewline
UL&
LL&
LL&
LL&
UL&
LL&
4.099&
1.016&
0.1703&
36.31&
0.9878&
1.079&
0.6481&
0.6453&
3.833\tabularnewline
UL&
LL&
LL&
LL&
UL&
UL&
4.099&
1.016&
0.1703&
36.31&
0.9879&
1.079&
0.6462&
0.01803&
4.016\tabularnewline
UL&
LL&
LL&
UL&
LL&
LL&
4.099&
1.016&
0.1704&
36.31&
0.9869&
0.9346&
1.066&
1.574&
0.446\tabularnewline
UL&
LL&
LL&
UL&
LL&
UL&
4.099&
1.016&
0.1703&
36.31&
0.987&
0.9346&
1.06&
0.0455&
0.9054\tabularnewline
UL&
LL&
LL&
UL&
UL&
LL&
4.099&
1.016&
0.1703&
36.31&
0.9878&
0.9346&
0.6507&
1.575&
3.898\tabularnewline
UL&
LL&
LL&
UL&
UL&
UL&
4.099&
1.016&
0.1703&
36.31&
0.988&
0.9346&
0.646&
0.0455&
4.344\tabularnewline
UL&
LL&
UL&
LL&
LL&
LL&
4.736&
1.02&
0.1704&
29.97&
0.9778&
1.078&
1.063&
0.6447&
0.3864\tabularnewline
UL&
LL&
UL&
LL&
LL&
UL&
4.736&
1.02&
0.1704&
29.97&
0.9779&
1.078&
1.06&
0.01802&
0.5746\tabularnewline
UL&
LL&
UL&
LL&
UL&
LL&
4.736&
1.02&
0.1704&
29.97&
0.9788&
1.078&
0.6481&
0.6448&
3.833\tabularnewline
UL&
LL&
UL&
LL&
UL&
UL&
4.736&
1.02&
0.1704&
29.97&
0.9789&
1.078&
0.6462&
0.01802&
4.016\tabularnewline
UL&
LL&
UL&
UL&
LL&
LL&
4.736&
1.02&
0.1704&
29.97&
0.9779&
0.9342&
1.066&
1.573&
0.4459\tabularnewline
UL&
LL&
UL&
UL&
LL&
UL&
4.736&
1.02&
0.1704&
29.97&
0.978&
0.9342&
1.06&
0.04548&
0.9049\tabularnewline
UL&
LL&
UL&
UL&
UL&
LL&
4.736&
1.02&
0.1704&
29.97&
0.9788&
0.9342&
0.6507&
1.573&
3.898\tabularnewline
UL&
LL&
UL&
UL&
UL&
UL&
4.736&
1.02&
0.1704&
29.97&
0.979&
0.9342&
0.646&
0.04548&
4.343\tabularnewline
UL&
UL&
LL&
LL&
LL&
LL&
3.421&
1.013&
0.1703&
31.46&
12.87&
1.638&
1.069&
1.225&
0.4216\tabularnewline
UL&
UL&
LL&
LL&
LL&
UL&
3.421&
1.013&
0.1703&
31.46&
12.87&
1.638&
1.064&
0.02866&
0.7809\tabularnewline
UL&
UL&
LL&
LL&
UL&
LL&
3.421&
1.013&
0.1703&
31.46&
12.87&
1.638&
0.6514&
1.225&
3.888\tabularnewline
UL&
UL&
LL&
LL&
UL&
UL&
3.421&
1.013&
0.1703&
31.46&
12.87&
1.638&
0.6477&
0.02866&
4.237\tabularnewline
UL&
UL&
LL&
UL&
LL&
LL&
3.421&
1.013&
0.1703&
31.46&
12.87&
1.365&
1.075&
2.984&
0.5345\tabularnewline
UL&
UL&
LL&
UL&
LL&
UL&
3.421&
1.013&
0.1703&
31.46&
12.87&
1.365&
1.063&
0.06998&
1.411\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=6}&
{\bf Z=0.0001} & {\bf (continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
UL&
UL&
LL&
UL&
UL&
LL&
3.421&
1.013&
0.1703&
31.46&
12.87&
1.365&
0.6562&
2.984&
4.011\tabularnewline
UL&
UL&
LL&
UL&
UL&
UL&
3.421&
1.013&
0.1703&
31.46&
12.87&
1.365&
0.6472&
0.06998&
4.861\tabularnewline
UL&
UL&
UL&
LL&
LL&
LL&
4.141&
1.016&
0.1703&
27.1&
10.44&
1.496&
1.067&
1.074&
0.4128\tabularnewline
UL&
UL&
UL&
LL&
LL&
UL&
4.141&
1.016&
0.1703&
27.1&
10.44&
1.496&
1.063&
0.02597&
0.7277\tabularnewline
UL&
UL&
UL&
LL&
UL&
LL&
4.141&
1.016&
0.1703&
27.1&
10.44&
1.496&
0.6506&
1.074&
3.874\tabularnewline
UL&
UL&
UL&
LL&
UL&
UL&
4.141&
1.016&
0.1703&
27.1&
10.44&
1.496&
0.6473&
0.02598&
4.18\tabularnewline
UL&
UL&
UL&
UL&
LL&
LL&
4.141&
1.016&
0.1703&
27.1&
10.44&
1.257&
1.073&
2.616&
0.5123\tabularnewline
UL&
UL&
UL&
UL&
LL&
UL&
4.141&
1.016&
0.1703&
27.1&
10.44&
1.257&
1.062&
0.06385&
1.28\tabularnewline
UL&
UL&
UL&
UL&
UL&
LL&
4.141&
1.016&
0.1703&
27.1&
10.44&
1.257&
0.6548&
2.616&
3.982\tabularnewline
UL&
UL&
UL&
UL&
UL&
UL&
4.141&
1.016&
0.1703&
27.1&
10.44&
1.257&
0.6469&
0.06385&
4.727\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=6}&
{\bf Z=0.004} 
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
LL&
LL&
LL&
LL&
LL&
0.996&
0.9992&
1.01&
0.8526&
0.9878&
1.117&
1.026&
0.5844&
0.6283\tabularnewline
LL&
LL&
LL&
LL&
LL&
UL&
0.996&
0.9992&
1.01&
0.8526&
0.9878&
1.117&
1.006&
0.0146&
1.384\tabularnewline
LL&
LL&
LL&
LL&
UL&
LL&
0.996&
0.9992&
1.01&
0.8526&
0.9879&
1.117&
0.7103&
0.5844&
2.482\tabularnewline
LL&
LL&
LL&
LL&
UL&
UL&
0.996&
0.9992&
1.01&
0.8526&
0.9879&
1.117&
0.6936&
0.0146&
3.22\tabularnewline
LL&
LL&
LL&
UL&
LL&
LL&
0.996&
0.9992&
1.01&
0.8526&
0.9878&
0.8993&
1.055&
1.473&
0.7199\tabularnewline
LL&
LL&
LL&
UL&
LL&
UL&
0.996&
0.9992&
1.01&
0.8526&
0.9879&
0.8993&
1.004&
0.03272&
2.636\tabularnewline
LL&
LL&
LL&
UL&
UL&
LL&
0.996&
0.9992&
1.01&
0.8526&
0.9879&
0.8993&
0.7349&
1.473&
2.597\tabularnewline
LL&
LL&
LL&
UL&
UL&
UL&
0.996&
0.9992&
1.01&
0.8526&
0.9879&
0.8993&
0.6921&
0.03272&
4.467\tabularnewline
LL&
LL&
UL&
LL&
LL&
LL&
0.9995&
0.9992&
1.01&
0.556&
0.9877&
1.117&
1.026&
0.5844&
0.6283\tabularnewline
LL&
LL&
UL&
LL&
LL&
UL&
0.9995&
0.9992&
1.01&
0.556&
0.9877&
1.117&
1.006&
0.0146&
1.384\tabularnewline
LL&
LL&
UL&
LL&
UL&
LL&
0.9995&
0.9992&
1.01&
0.556&
0.9878&
1.117&
0.7103&
0.5844&
2.482\tabularnewline
LL&
LL&
UL&
LL&
UL&
UL&
0.9995&
0.9992&
1.01&
0.556&
0.9878&
1.117&
0.6936&
0.0146&
3.22\tabularnewline
LL&
LL&
UL&
UL&
LL&
LL&
0.9995&
0.9992&
1.01&
0.556&
0.9877&
0.8993&
1.055&
1.473&
0.7199\tabularnewline
LL&
LL&
UL&
UL&
LL&
UL&
0.9995&
0.9992&
1.01&
0.556&
0.9878&
0.8993&
1.004&
0.03272&
2.636\tabularnewline
LL&
LL&
UL&
UL&
UL&
LL&
0.9995&
0.9992&
1.01&
0.556&
0.9878&
0.8993&
0.7349&
1.473&
2.597\tabularnewline
LL&
LL&
UL&
UL&
UL&
UL&
0.9995&
0.9992&
1.01&
0.556&
0.9878&
0.8993&
0.6921&
0.03272&
4.467\tabularnewline
LL&
UL&
LL&
LL&
LL&
LL&
0.993&
0.9991&
1.01&
0.6106&
1.074&
1.128&
1.026&
0.59&
0.6288\tabularnewline
LL&
UL&
LL&
LL&
LL&
UL&
0.993&
0.9991&
1.01&
0.6106&
1.074&
1.128&
1.007&
0.01475&
1.392\tabularnewline
LL&
UL&
LL&
LL&
UL&
LL&
0.993&
0.9991&
1.01&
0.6106&
1.074&
1.128&
0.7106&
0.59&
2.483\tabularnewline
LL&
UL&
LL&
LL&
UL&
UL&
0.993&
0.9991&
1.01&
0.6106&
1.074&
1.128&
0.6937&
0.01475&
3.228\tabularnewline
LL&
UL&
LL&
UL&
LL&
LL&
0.993&
0.9991&
1.01&
0.6106&
1.074&
0.9081&
1.055&
1.488&
0.721\tabularnewline
LL&
UL&
LL&
UL&
LL&
UL&
0.993&
0.9991&
1.01&
0.6106&
1.074&
0.9082&
1.004&
0.03309&
2.656\tabularnewline
LL&
UL&
LL&
UL&
UL&
LL&
0.993&
0.9991&
1.01&
0.6106&
1.074&
0.9081&
0.7354&
1.488&
2.599\tabularnewline
LL&
UL&
LL&
UL&
UL&
UL&
0.993&
0.9991&
1.01&
0.6106&
1.074&
0.9082&
0.6922&
0.03309&
4.487\tabularnewline
LL&
UL&
UL&
LL&
LL&
LL&
0.9964&
0.9991&
1.01&
0.4406&
1.046&
1.126&
1.026&
0.589&
0.6287\tabularnewline
LL&
UL&
UL&
LL&
LL&
UL&
0.9964&
0.9991&
1.01&
0.4406&
1.046&
1.126&
1.007&
0.01472&
1.39\tabularnewline
LL&
UL&
UL&
LL&
UL&
LL&
0.9964&
0.9991&
1.01&
0.4406&
1.046&
1.126&
0.7105&
0.589&
2.483\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=6}&
{\bf Z=0.004} & {\bf (continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
UL&
UL&
LL&
UL&
UL&
0.9964&
0.9991&
1.01&
0.4406&
1.046&
1.126&
0.6937&
0.01472&
3.227\tabularnewline
LL&
UL&
UL&
UL&
LL&
LL&
0.9964&
0.9991&
1.01&
0.4406&
1.046&
0.9061&
1.055&
1.485&
0.7209\tabularnewline
LL&
UL&
UL&
UL&
LL&
UL&
0.9964&
0.9991&
1.01&
0.4406&
1.046&
0.9061&
1.004&
0.033&
2.653\tabularnewline
LL&
UL&
UL&
UL&
UL&
LL&
0.9964&
0.9991&
1.01&
0.4406&
1.046&
0.9061&
0.7353&
1.485&
2.599\tabularnewline
LL&
UL&
UL&
UL&
UL&
UL&
0.9964&
0.9991&
1.01&
0.4406&
1.047&
0.9061&
0.6922&
0.033&
4.484\tabularnewline
UL&
LL&
LL&
LL&
LL&
LL&
1.212&
1.007&
0.167&
30.4&
0.9948&
1.118&
1.026&
0.5846&
0.6283\tabularnewline
UL&
LL&
LL&
LL&
LL&
UL&
1.212&
1.007&
0.167&
30.4&
0.9948&
1.118&
1.006&
0.0146&
1.384\tabularnewline
UL&
LL&
LL&
LL&
UL&
LL&
1.212&
1.007&
0.167&
30.4&
0.9948&
1.118&
0.7103&
0.5846&
2.482\tabularnewline
UL&
LL&
LL&
LL&
UL&
UL&
1.212&
1.007&
0.167&
30.4&
0.9949&
1.118&
0.6936&
0.0146&
3.22\tabularnewline
UL&
LL&
LL&
UL&
LL&
LL&
1.212&
1.007&
0.167&
30.4&
0.9948&
0.8997&
1.055&
1.474&
0.72\tabularnewline
UL&
LL&
LL&
UL&
LL&
UL&
1.212&
1.007&
0.167&
30.4&
0.9949&
0.8997&
1.004&
0.03273&
2.637\tabularnewline
UL&
LL&
LL&
UL&
UL&
LL&
1.212&
1.007&
0.167&
30.4&
0.9949&
0.8997&
0.7349&
1.474&
2.597\tabularnewline
UL&
LL&
LL&
UL&
UL&
UL&
1.212&
1.007&
0.167&
30.4&
0.9949&
0.8997&
0.6921&
0.03273&
4.468\tabularnewline
UL&
LL&
UL&
LL&
LL&
LL&
1.29&
1.01&
0.167&
24.02&
0.993&
1.118&
1.026&
0.5846&
0.6283\tabularnewline
UL&
LL&
UL&
LL&
LL&
UL&
1.29&
1.01&
0.167&
24.02&
0.9931&
1.118&
1.006&
0.0146&
1.384\tabularnewline
UL&
LL&
UL&
LL&
UL&
LL&
1.29&
1.01&
0.167&
24.02&
0.9931&
1.118&
0.7103&
0.5846&
2.482\tabularnewline
UL&
LL&
UL&
LL&
UL&
UL&
1.29&
1.01&
0.167&
24.02&
0.9931&
1.118&
0.6936&
0.0146&
3.22\tabularnewline
UL&
LL&
UL&
UL&
LL&
LL&
1.29&
1.01&
0.167&
24.02&
0.9931&
0.8996&
1.055&
1.474&
0.72\tabularnewline
UL&
LL&
UL&
UL&
LL&
UL&
1.29&
1.01&
0.167&
24.02&
0.9931&
0.8996&
1.004&
0.03273&
2.637\tabularnewline
UL&
LL&
UL&
UL&
UL&
LL&
1.29&
1.01&
0.167&
24.02&
0.9931&
0.8996&
0.7349&
1.474&
2.597\tabularnewline
UL&
LL&
UL&
UL&
UL&
UL&
1.29&
1.01&
0.167&
24.02&
0.9932&
0.8996&
0.6921&
0.03273&
4.468\tabularnewline
UL&
UL&
LL&
LL&
LL&
LL&
1.175&
1.006&
0.167&
25.17&
3.36&
1.271&
1.03&
0.6451&
0.632\tabularnewline
UL&
UL&
LL&
LL&
LL&
UL&
1.175&
1.006&
0.167&
25.17&
3.36&
1.271&
1.008&
0.01673&
1.464\tabularnewline
UL&
UL&
LL&
LL&
UL&
LL&
1.175&
1.006&
0.167&
25.17&
3.36&
1.271&
0.7133&
0.6451&
2.49\tabularnewline
UL&
UL&
LL&
LL&
UL&
UL&
1.175&
1.006&
0.167&
25.17&
3.36&
1.271&
0.695&
0.01673&
3.304\tabularnewline
UL&
UL&
LL&
UL&
LL&
LL&
1.175&
1.006&
0.167&
25.17&
3.36&
1.029&
1.061&
1.635&
0.7299\tabularnewline
UL&
UL&
LL&
UL&
LL&
UL&
1.175&
1.006&
0.167&
25.17&
3.36&
1.029&
1.006&
0.03813&
2.85\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=6}&
{\bf Z=0.004} & {\bf (continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
UL&
UL&
LL&
UL&
UL&
LL&
1.175&
1.006&
0.167&
25.17&
3.36&
1.029&
0.7404&
1.635&
2.613\tabularnewline
UL&
UL&
LL&
UL&
UL&
UL&
1.175&
1.006&
0.167&
25.18&
3.36&
1.029&
0.6934&
0.03813&
4.683\tabularnewline
UL&
UL&
UL&
LL&
LL&
LL&
1.248&
1.009&
0.167&
20.78&
2.864&
1.243&
1.029&
0.6356&
0.6316\tabularnewline
UL&
UL&
UL&
LL&
LL&
UL&
1.248&
1.009&
0.167&
20.78&
2.864&
1.243&
1.008&
0.01634&
1.452\tabularnewline
UL&
UL&
UL&
LL&
UL&
LL&
1.248&
1.009&
0.167&
20.78&
2.864&
1.243&
0.7128&
0.6356&
2.489\tabularnewline
UL&
UL&
UL&
LL&
UL&
UL&
1.248&
1.009&
0.167&
20.78&
2.864&
1.243&
0.6947&
0.01634&
3.291\tabularnewline
UL&
UL&
UL&
UL&
LL&
LL&
1.248&
1.009&
0.167&
20.78&
2.864&
1.005&
1.06&
1.609&
0.7286\tabularnewline
UL&
UL&
UL&
UL&
LL&
UL&
1.248&
1.009&
0.167&
20.78&
2.864&
1.005&
1.006&
0.03714&
2.816\tabularnewline
UL&
UL&
UL&
UL&
UL&
LL&
1.248&
1.009&
0.167&
20.78&
2.864&
1.005&
0.7395&
1.609&
2.611\tabularnewline
UL&
UL&
UL&
UL&
UL&
UL&
1.248&
1.009&
0.167&
20.78&
2.864&
1.005&
0.6932&
0.03714&
4.65\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=6}&
{\bf Z=0.008} 
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
LL&
LL&
LL&
LL&
LL&
0.9982&
0.9999&
1.005&
0.9989&
0.9979&
1.056&
1.012&
0.532&
0.8663\tabularnewline
LL&
LL&
LL&
LL&
LL&
UL&
0.9982&
0.9999&
1.005&
0.9989&
0.9979&
1.056&
1.001&
0.03835&
1.213\tabularnewline
LL&
LL&
LL&
LL&
UL&
LL&
0.9982&
0.9999&
1.005&
0.9989&
0.9979&
1.056&
0.7867&
0.532&
2.073\tabularnewline
LL&
LL&
LL&
LL&
UL&
UL&
0.9982&
0.9999&
1.005&
0.9989&
0.9979&
1.056&
0.7762&
0.03835&
2.416\tabularnewline
LL&
LL&
LL&
UL&
LL&
LL&
0.9982&
0.9999&
1.005&
0.9989&
0.9979&
0.9477&
1.032&
1.46&
0.8771\tabularnewline
LL&
LL&
LL&
UL&
LL&
UL&
0.9982&
0.9999&
1.005&
0.9989&
0.9979&
0.9477&
1.001&
0.09715&
1.834\tabularnewline
LL&
LL&
LL&
UL&
UL&
LL&
0.9982&
0.9999&
1.005&
0.9989&
0.9979&
0.9477&
0.8058&
1.46&
2.09\tabularnewline
LL&
LL&
LL&
UL&
UL&
UL&
0.9982&
0.9999&
1.005&
0.9989&
0.9979&
0.9477&
0.7767&
0.09715&
3.037\tabularnewline
LL&
LL&
UL&
LL&
LL&
LL&
1.002&
0.9993&
1.005&
0.8088&
0.9979&
1.056&
1.012&
0.532&
0.8663\tabularnewline
LL&
LL&
UL&
LL&
LL&
UL&
1.002&
0.9993&
1.005&
0.8088&
0.9979&
1.056&
1.001&
0.03835&
1.213\tabularnewline
LL&
LL&
UL&
LL&
UL&
LL&
1.002&
0.9993&
1.005&
0.8088&
0.9979&
1.056&
0.7867&
0.532&
2.073\tabularnewline
LL&
LL&
UL&
LL&
UL&
UL&
1.002&
0.9993&
1.005&
0.8088&
0.9979&
1.056&
0.7762&
0.03835&
2.416\tabularnewline
LL&
LL&
UL&
UL&
LL&
LL&
1.002&
0.9993&
1.005&
0.8088&
0.9979&
0.9477&
1.032&
1.46&
0.8771\tabularnewline
LL&
LL&
UL&
UL&
LL&
UL&
1.002&
0.9993&
1.005&
0.8088&
0.9979&
0.9477&
1.001&
0.09715&
1.834\tabularnewline
LL&
LL&
UL&
UL&
UL&
LL&
1.002&
0.9993&
1.005&
0.8088&
0.9979&
0.9477&
0.8058&
1.46&
2.09\tabularnewline
LL&
LL&
UL&
UL&
UL&
UL&
1.002&
0.9993&
1.005&
0.8088&
0.9979&
0.9477&
0.7767&
0.09715&
3.037\tabularnewline
LL&
UL&
LL&
LL&
LL&
LL&
0.9975&
0.9998&
1.005&
0.8297&
1.017&
1.06&
1.012&
0.5337&
0.8663\tabularnewline
LL&
UL&
LL&
LL&
LL&
UL&
0.9975&
0.9998&
1.005&
0.8297&
1.017&
1.06&
1.001&
0.0385&
1.214\tabularnewline
LL&
UL&
LL&
LL&
UL&
LL&
0.9975&
0.9998&
1.005&
0.8297&
1.017&
1.06&
0.7868&
0.5337&
2.073\tabularnewline
LL&
UL&
LL&
LL&
UL&
UL&
0.9975&
0.9998&
1.005&
0.8297&
1.017&
1.06&
0.7762&
0.0385&
2.417\tabularnewline
LL&
UL&
LL&
UL&
LL&
LL&
0.9975&
0.9998&
1.005&
0.8297&
1.017&
0.9514&
1.032&
1.465&
0.8772\tabularnewline
LL&
UL&
LL&
UL&
LL&
UL&
0.9975&
0.9998&
1.005&
0.8297&
1.017&
0.9514&
1.001&
0.09756&
1.837\tabularnewline
LL&
UL&
LL&
UL&
UL&
LL&
0.9975&
0.9998&
1.005&
0.8297&
1.017&
0.9514&
0.8059&
1.465&
2.09\tabularnewline
LL&
UL&
LL&
UL&
UL&
UL&
0.9975&
0.9998&
1.005&
0.8297&
1.017&
0.9514&
0.7768&
0.09756&
3.04\tabularnewline
LL&
UL&
UL&
LL&
LL&
LL&
1.001&
0.9992&
1.005&
0.6774&
1.015&
1.06&
1.012&
0.5336&
0.8663\tabularnewline
LL&
UL&
UL&
LL&
LL&
UL&
1.001&
0.9992&
1.005&
0.6774&
1.015&
1.06&
1.001&
0.03849&
1.214\tabularnewline
LL&
UL&
UL&
LL&
UL&
LL&
1.001&
0.9992&
1.005&
0.6774&
1.015&
1.06&
0.7868&
0.5336&
2.073\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=6}&
{\bf Z=0.008} & {\bf (continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
UL&
UL&
LL&
UL&
UL&
1.001&
0.9992&
1.005&
0.6774&
1.015&
1.06&
0.7762&
0.03849&
2.417\tabularnewline
LL&
UL&
UL&
UL&
LL&
LL&
1.001&
0.9992&
1.005&
0.6774&
1.015&
0.9511&
1.032&
1.464&
0.8772\tabularnewline
LL&
UL&
UL&
UL&
LL&
UL&
1.001&
0.9992&
1.005&
0.6774&
1.015&
0.9511&
1.001&
0.09753&
1.837\tabularnewline
LL&
UL&
UL&
UL&
UL&
LL&
1.001&
0.9992&
1.005&
0.6774&
1.015&
0.9511&
0.8059&
1.464&
2.09\tabularnewline
LL&
UL&
UL&
UL&
UL&
UL&
1.001&
0.9992&
1.005&
0.6774&
1.015&
0.9511&
0.7767&
0.09753&
3.04\tabularnewline
UL&
LL&
LL&
LL&
LL&
LL&
1.061&
1.003&
0.1841&
19.08&
0.9985&
1.056&
1.012&
0.532&
0.8663\tabularnewline
UL&
LL&
LL&
LL&
LL&
UL&
1.061&
1.003&
0.1841&
19.08&
0.9985&
1.056&
1&
0.03836&
1.213\tabularnewline
UL&
LL&
LL&
LL&
UL&
LL&
1.061&
1.003&
0.1841&
19.08&
0.9985&
1.056&
0.7867&
0.532&
2.073\tabularnewline
UL&
LL&
LL&
LL&
UL&
UL&
1.061&
1.003&
0.1841&
19.08&
0.9985&
1.056&
0.7762&
0.03836&
2.416\tabularnewline
UL&
LL&
LL&
UL&
LL&
LL&
1.061&
1.003&
0.1841&
19.08&
0.9985&
0.9478&
1.032&
1.46&
0.8771\tabularnewline
UL&
LL&
LL&
UL&
LL&
UL&
1.061&
1.003&
0.1841&
19.08&
0.9985&
0.9478&
1.001&
0.09716&
1.834\tabularnewline
UL&
LL&
LL&
UL&
UL&
LL&
1.061&
1.003&
0.1841&
19.08&
0.9985&
0.9478&
0.8058&
1.46&
2.09\tabularnewline
UL&
LL&
LL&
UL&
UL&
UL&
1.061&
1.003&
0.1841&
19.08&
0.9985&
0.9478&
0.7767&
0.09716&
3.037\tabularnewline
UL&
LL&
UL&
LL&
LL&
LL&
1.098&
1.006&
0.1841&
16.98&
0.9984&
1.056&
1.012&
0.532&
0.8663\tabularnewline
UL&
LL&
UL&
LL&
LL&
UL&
1.098&
1.006&
0.1841&
16.98&
0.9984&
1.056&
1.001&
0.03836&
1.213\tabularnewline
UL&
LL&
UL&
LL&
UL&
LL&
1.098&
1.006&
0.1841&
16.98&
0.9984&
1.056&
0.7867&
0.532&
2.073\tabularnewline
UL&
LL&
UL&
LL&
UL&
UL&
1.098&
1.006&
0.1841&
16.98&
0.9984&
1.056&
0.7762&
0.03836&
2.416\tabularnewline
UL&
LL&
UL&
UL&
LL&
LL&
1.098&
1.006&
0.1841&
16.98&
0.9984&
0.9478&
1.032&
1.46&
0.8771\tabularnewline
UL&
LL&
UL&
UL&
LL&
UL&
1.098&
1.006&
0.1841&
16.98&
0.9984&
0.9478&
1.001&
0.09716&
1.834\tabularnewline
UL&
LL&
UL&
UL&
UL&
LL&
1.098&
1.006&
0.1841&
16.98&
0.9984&
0.9478&
0.8058&
1.46&
2.09\tabularnewline
UL&
LL&
UL&
UL&
UL&
UL&
1.098&
1.006&
0.1841&
16.98&
0.9984&
0.9478&
0.7767&
0.09716&
3.037\tabularnewline
UL&
UL&
LL&
LL&
LL&
LL&
1.055&
1.003&
0.1841&
17.17&
1.225&
1.091&
1.012&
0.5449&
0.8664\tabularnewline
UL&
UL&
LL&
LL&
LL&
UL&
1.055&
1.003&
0.1841&
17.17&
1.225&
1.091&
1.001&
0.03963&
1.221\tabularnewline
UL&
UL&
LL&
LL&
UL&
LL&
1.055&
1.003&
0.1841&
17.17&
1.225&
1.091&
0.7872&
0.5449&
2.073\tabularnewline
UL&
UL&
LL&
LL&
UL&
UL&
1.055&
1.003&
0.1841&
17.17&
1.225&
1.091&
0.7764&
0.03963&
2.424\tabularnewline
UL&
UL&
LL&
UL&
LL&
LL&
1.055&
1.003&
0.1841&
17.17&
1.225&
0.98&
1.033&
1.497&
0.8774\tabularnewline
UL&
UL&
LL&
UL&
LL&
UL&
1.055&
1.003&
0.1841&
17.17&
1.225&
0.98&
1.001&
0.1007&
1.857\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=6}&
{\bf Z=0.008} & {\bf (continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
UL&
UL&
LL&
UL&
UL&
LL&
1.055&
1.003&
0.1841&
17.17&
1.225&
0.98&
0.8067&
1.497&
2.09\tabularnewline
UL&
UL&
LL&
UL&
UL&
UL&
1.055&
1.003&
0.1841&
17.17&
1.225&
0.98&
0.777&
0.1007&
3.06\tabularnewline
UL&
UL&
UL&
LL&
LL&
LL&
1.09&
1.006&
0.1841&
15.39&
1.204&
1.089&
1.012&
0.5442&
0.8664\tabularnewline
UL&
UL&
UL&
LL&
LL&
UL&
1.09&
1.006&
0.1841&
15.39&
1.204&
1.089&
1.001&
0.03954&
1.22\tabularnewline
UL&
UL&
UL&
LL&
UL&
LL&
1.09&
1.006&
0.1841&
15.39&
1.204&
1.089&
0.7871&
0.5442&
2.073\tabularnewline
UL&
UL&
UL&
LL&
UL&
UL&
1.09&
1.006&
0.1841&
15.39&
1.204&
1.089&
0.7764&
0.03954&
2.424\tabularnewline
UL&
UL&
UL&
UL&
LL&
LL&
1.09&
1.006&
0.1841&
15.39&
1.204&
0.9777&
1.033&
1.494&
0.8774\tabularnewline
UL&
UL&
UL&
UL&
LL&
UL&
1.09&
1.006&
0.1841&
15.39&
1.204&
0.9777&
1.001&
0.1004&
1.856\tabularnewline
UL&
UL&
UL&
UL&
UL&
LL&
1.09&
1.006&
0.1841&
15.39&
1.204&
0.9777&
0.8067&
1.494&
2.09\tabularnewline
UL&
UL&
UL&
UL&
UL&
UL&
1.09&
1.006&
0.1841&
15.39&
1.204&
0.9777&
0.777&
0.1004&
3.059\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=6}&
{\bf Z=0.02} 
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
LL&
LL&
LL&
LL&
LL&
0.9998&
1&
1.001&
1.002&
0.9998&
1.008&
1.002&
0.5558&
0.99\tabularnewline
LL&
LL&
LL&
LL&
LL&
UL&
0.9998&
1&
1.001&
1.002&
0.9998&
1.008&
1.002&
0.2718&
1.002\tabularnewline
LL&
LL&
LL&
LL&
UL&
LL&
0.9998&
1&
1.001&
1.002&
0.9998&
1.008&
0.963&
0.5558&
1.116\tabularnewline
LL&
LL&
LL&
LL&
UL&
UL&
0.9998&
1&
1.001&
1.002&
0.9998&
1.008&
0.9624&
0.2718&
1.128\tabularnewline
LL&
LL&
LL&
UL&
LL&
LL&
0.9998&
1&
1.001&
1.002&
0.9998&
0.9916&
1.004&
1.44&
0.9901\tabularnewline
LL&
LL&
LL&
UL&
LL&
UL&
0.9998&
1&
1.001&
1.002&
0.9998&
0.9916&
1.002&
0.652&
1.024\tabularnewline
LL&
LL&
LL&
UL&
UL&
LL&
0.9998&
1&
1.001&
1.002&
0.9998&
0.9916&
0.9648&
1.44&
1.116\tabularnewline
LL&
LL&
LL&
UL&
UL&
UL&
0.9998&
1&
1.001&
1.002&
0.9998&
0.9916&
0.9632&
0.652&
1.149\tabularnewline
LL&
LL&
UL&
LL&
LL&
LL&
1&
0.9974&
1.001&
0.9887&
0.9998&
1.008&
1.002&
0.5558&
0.99\tabularnewline
LL&
LL&
UL&
LL&
LL&
UL&
1&
0.9974&
1.001&
0.9887&
0.9998&
1.008&
1.002&
0.2718&
1.002\tabularnewline
LL&
LL&
UL&
LL&
UL&
LL&
1&
0.9974&
1.001&
0.9887&
0.9998&
1.008&
0.963&
0.5558&
1.116\tabularnewline
LL&
LL&
UL&
LL&
UL&
UL&
1&
0.9974&
1.001&
0.9887&
0.9998&
1.008&
0.9624&
0.2718&
1.128\tabularnewline
LL&
LL&
UL&
UL&
LL&
LL&
1&
0.9974&
1.001&
0.9887&
0.9998&
0.9916&
1.004&
1.44&
0.9901\tabularnewline
LL&
LL&
UL&
UL&
LL&
UL&
1&
0.9974&
1.001&
0.9887&
0.9998&
0.9916&
1.002&
0.652&
1.024\tabularnewline
LL&
LL&
UL&
UL&
UL&
LL&
1&
0.9974&
1.001&
0.9887&
0.9998&
0.9916&
0.9648&
1.44&
1.116\tabularnewline
LL&
LL&
UL&
UL&
UL&
UL&
1&
0.9974&
1.001&
0.9887&
0.9998&
0.9916&
0.9632&
0.652&
1.149\tabularnewline
LL&
UL&
LL&
LL&
LL&
LL&
0.9998&
1&
1.001&
0.9872&
1.001&
1.009&
1.002&
0.5559&
0.99\tabularnewline
LL&
UL&
LL&
LL&
LL&
UL&
0.9998&
1&
1.001&
0.9872&
1.001&
1.009&
1.002&
0.2718&
1.002\tabularnewline
LL&
UL&
LL&
LL&
UL&
LL&
0.9998&
1&
1.001&
0.9872&
1.001&
1.009&
0.963&
0.5559&
1.116\tabularnewline
LL&
UL&
LL&
LL&
UL&
UL&
0.9998&
1&
1.001&
0.9872&
1.001&
1.009&
0.9624&
0.2718&
1.128\tabularnewline
LL&
UL&
LL&
UL&
LL&
LL&
0.9998&
1&
1.001&
0.9872&
1.001&
0.9917&
1.004&
1.44&
0.9901\tabularnewline
LL&
UL&
LL&
UL&
LL&
UL&
0.9998&
1&
1.001&
0.9872&
1.001&
0.9917&
1.002&
0.652&
1.024\tabularnewline
LL&
UL&
LL&
UL&
UL&
LL&
0.9998&
1&
1.001&
0.9872&
1.001&
0.9917&
0.9648&
1.44&
1.116\tabularnewline
LL&
UL&
LL&
UL&
UL&
UL&
0.9998&
1&
1.001&
0.9872&
1.001&
0.9917&
0.9632&
0.652&
1.149\tabularnewline
LL&
UL&
UL&
LL&
LL&
LL&
1&
0.9974&
1.001&
0.9744&
1.001&
1.009&
1.002&
0.5559&
0.99\tabularnewline
LL&
UL&
UL&
LL&
LL&
UL&
1&
0.9974&
1.001&
0.9744&
1.001&
1.009&
1.002&
0.2718&
1.002\tabularnewline
LL&
UL&
UL&
LL&
UL&
LL&
1&
0.9974&
1.001&
0.9744&
1.001&
1.009&
0.963&
0.5559&
1.116\tabularnewline
\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=6}&
{\bf Z=0.02} & {\bf (continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
LL&
UL&
UL&
LL&
UL&
UL&
1&
0.9974&
1.001&
0.9744&
1.001&
1.009&
0.9624&
0.2718&
1.128\tabularnewline
LL&
UL&
UL&
UL&
LL&
LL&
1&
0.9974&
1.001&
0.9744&
1.001&
0.9917&
1.004&
1.44&
0.9901\tabularnewline
LL&
UL&
UL&
UL&
LL&
UL&
1&
0.9974&
1.001&
0.9744&
1.001&
0.9917&
1.002&
0.652&
1.024\tabularnewline
LL&
UL&
UL&
UL&
UL&
LL&
1&
0.9974&
1.001&
0.9744&
1.001&
0.9917&
0.9648&
1.44&
1.116\tabularnewline
LL&
UL&
UL&
UL&
UL&
UL&
1&
0.9974&
1.001&
0.9744&
1.001&
0.9917&
0.9632&
0.652&
1.149\tabularnewline
UL&
LL&
LL&
LL&
LL&
LL&
1.001&
0.9974&
0.3296&
6.237&
0.9999&
1.008&
1.002&
0.5558&
0.99\tabularnewline
UL&
LL&
LL&
LL&
LL&
UL&
1.001&
0.9974&
0.3296&
6.237&
0.9999&
1.008&
1.002&
0.2718&
1.002\tabularnewline
UL&
LL&
LL&
LL&
UL&
LL&
1.001&
0.9974&
0.3296&
6.237&
0.9999&
1.008&
0.963&
0.5558&
1.116\tabularnewline
UL&
LL&
LL&
LL&
UL&
UL&
1.001&
0.9974&
0.3296&
6.237&
0.9999&
1.008&
0.9624&
0.2718&
1.128\tabularnewline
UL&
LL&
LL&
UL&
LL&
LL&
1.001&
0.9974&
0.3296&
6.237&
0.9999&
0.9916&
1.004&
1.44&
0.99\tabularnewline
UL&
LL&
LL&
UL&
LL&
UL&
1.001&
0.9974&
0.3296&
6.237&
0.9999&
0.9916&
1.002&
0.652&
1.024\tabularnewline
UL&
LL&
LL&
UL&
UL&
LL&
1.001&
0.9974&
0.3296&
6.237&
0.9999&
0.9916&
0.9648&
1.44&
1.116\tabularnewline
UL&
LL&
LL&
UL&
UL&
UL&
1.001&
0.9974&
0.3296&
6.237&
0.9999&
0.9916&
0.9632&
0.652&
1.149\tabularnewline
UL&
LL&
UL&
LL&
LL&
LL&
1.003&
0.9975&
0.3296&
6.182&
0.9999&
1.008&
1.002&
0.5558&
0.99\tabularnewline
UL&
LL&
UL&
LL&
LL&
UL&
1.003&
0.9975&
0.3296&
6.182&
0.9999&
1.008&
1.002&
0.2718&
1.002\tabularnewline
UL&
LL&
UL&
LL&
UL&
LL&
1.003&
0.9975&
0.3296&
6.182&
0.9999&
1.008&
0.963&
0.5558&
1.116\tabularnewline
UL&
LL&
UL&
LL&
UL&
UL&
1.003&
0.9975&
0.3296&
6.182&
0.9999&
1.008&
0.9624&
0.2718&
1.128\tabularnewline
UL&
LL&
UL&
UL&
LL&
LL&
1.003&
0.9975&
0.3296&
6.182&
0.9999&
0.9916&
1.004&
1.44&
0.9901\tabularnewline
UL&
LL&
UL&
UL&
LL&
UL&
1.003&
0.9975&
0.3296&
6.182&
0.9999&
0.9916&
1.002&
0.652&
1.024\tabularnewline
UL&
LL&
UL&
UL&
UL&
LL&
1.003&
0.9975&
0.3296&
6.182&
0.9999&
0.9916&
0.9648&
1.44&
1.116\tabularnewline
UL&
LL&
UL&
UL&
UL&
UL&
1.003&
0.9975&
0.3296&
6.182&
0.9999&
0.9916&
0.9632&
0.652&
1.149\tabularnewline
UL&
UL&
LL&
LL&
LL&
LL&
1.001&
0.9974&
0.3296&
6.172&
1.007&
1.009&
1.002&
0.5559&
0.99\tabularnewline
UL&
UL&
LL&
LL&
LL&
UL&
1.001&
0.9974&
0.3296&
6.172&
1.007&
1.009&
1.002&
0.2719&
1.002\tabularnewline
UL&
UL&
LL&
LL&
UL&
LL&
1.001&
0.9974&
0.3296&
6.172&
1.007&
1.009&
0.963&
0.5559&
1.116\tabularnewline
UL&
UL&
LL&
LL&
UL&
UL&
1.001&
0.9974&
0.3296&
6.172&
1.007&
1.009&
0.9624&
0.2719&
1.128\tabularnewline
UL&
UL&
LL&
UL&
LL&
LL&
1.001&
0.9974&
0.3296&
6.172&
1.007&
0.9919&
1.004&
1.44&
0.99\tabularnewline
UL&
UL&
LL&
UL&
LL&
UL&
1.001&
0.9974&
0.3296&
6.172&
1.007&
0.9919&
1.002&
0.6521&
1.024\tabularnewline


\end{tabular}
\end{table}
\end{landscape}

\newpage
\begin{landscape}
% cols 14
\begin{table}
\begin{tabular}{ccccccccccccccc}
%\hline
%\hline
{\bf M=6}&
{\bf Z=0.02} & {\bf (continue)}
\tabularnewline
$^{22}$Ne($p,\gamma$)&
$^{23}$Na($p,\gamma$)&
$^{23}$Na($p,\alpha$)&
$^{25}$Mg($p,\gamma$)&
$^{26}$Mg($p,\gamma$)&
$^{26}$Al($p,\gamma$)&
$^{20}$Ne&
$^{21}$Ne&
$^{22}$Ne&
$^{23}$Na&
$^{24}$Mg&
$^{25}$Mg&
$^{26}$Mg&
$^{26}$Al&
$^{27}$Al\tabularnewline
UL&
UL&
LL&
UL&
UL&
LL&
1.001&
0.9974&
0.3296&
6.172&
1.007&
0.9919&
0.9648&
1.44&
1.116\tabularnewline
UL&
UL&
LL&
UL&
UL&
UL&
1.001&
0.9974&
0.3296&
6.172&
1.007&
0.9919&
0.9632&
0.6521&
1.149\tabularnewline
UL&
UL&
UL&
LL&
LL&
LL&
1.003&
0.9975&
0.3296&
6.119&
1.007&
1.009&
1.002&
0.5559&
0.99\tabularnewline
UL&
UL&
UL&
LL&
LL&
UL&
1.003&
0.9975&
0.3296&
6.119&
1.007&
1.009&
1.002&
0.2719&
1.002\tabularnewline
UL&
UL&
UL&
LL&
UL&
LL&
1.003&
0.9975&
0.3296&
6.119&
1.007&
1.009&
0.963&
0.5559&
1.116\tabularnewline
UL&
UL&
UL&
LL&
UL&
UL&
1.003&
0.9975&
0.3296&
6.119&
1.007&
1.009&
0.9624&
0.2719&
1.128\tabularnewline
UL&
UL&
UL&
UL&
LL&
LL&
1.003&
0.9975&
0.3296&
6.119&
1.007&
0.9919&
1.004&
1.44&
0.99\tabularnewline
UL&
UL&
UL&
UL&
LL&
UL&
1.003&
0.9975&
0.3296&
6.119&
1.007&
0.9919&
1.002&
0.6521&
1.024\tabularnewline
UL&
UL&
UL&
UL&
UL&
LL&
1.003&
0.9975&
0.3296&
6.119&
1.007&
0.9919&
0.9648&
1.44&
1.116\tabularnewline
UL&
UL&
UL&
UL&
UL&
UL&
1.003&
0.9975&
0.3296&
6.119&
1.007&
0.9919&
0.9632&
0.6521&
1.149\tabularnewline
\end{tabular}
\end{table}
\end{landscape}


\end{document}



