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\documentclass{article}
\usepackage{geometry}
\geometry{margin=0.75in}
\usepackage{nucleardata}
\usepackage{booktabs}
\usepackage{nopageno}
\begin{document}
\twocolumn[\centering Example and Test File for \texttt{nucleardata} Package]
Commands applied to $^{~40}$Ca
\begin{tabular}{cc}
\toprule symbol & \nucsymbol{20} \\
\midrule Z & \nucz{calcium}\\
\midrule name & \nucname{20}\\
\midrule Name & \nucName{20}\\
\midrule Spin/parity & \nucspin{20}{41}\\
\midrule mass excess & \nucexcess{20}{41}\\
\midrule atomic mass (u) & \nucamassu{20}{41}\\
\midrule atomic mass (u) & \nucamassu[2]{20}{41}\\
\midrule atomic mass (keV) & \nucamasskev{20}{41}\\
\midrule atomic mass (keV) & \nucamasskev[2]{20}{41}\\
\midrule atomic mass (MeV) & \nucamassmev{20}{41}\\
\midrule atomic mass (MeV) & \nucamassmev[5]{20}{41}\\
\midrule nuclear mass (u) & \nuclearmassu{20}{41}\\
\midrule nuclear mass (keV) & \nuclearmasskev[1]{20}{41}\\
\midrule nuclear mass (MeV) & \nuclearmassmev{20}{41}\\
\midrule BE/A & \nucbea{20}{41} MeV\\
\midrule Q$_{\alpha}$ & \nucQalpha{20}{41} MeV\\
\midrule Q$_{\beta^-}$ & \nucQbeta{20}{41} MeV\\
\midrule Q$_{\beta^+}$ & \nucQposi{20}{41} MeV\\
\midrule Q$_{\epsilon}$ & \nucQec{20}{41} MeV\\
\midrule random A & \nucAran{20} \py{singleAran}\\
\bottomrule
\end{tabular}
\newpage
Halflife Commands applied to $^{~184}$Au
\begin{tabular}{cc}
\toprule
Unit & Value \\
\midrule
ns & \nuchalflife[ns]{Au}{184}\\
\midrule
us & \nuchalflife[us]{Au}{184}\\
\midrule
ms & \nuchalflife[ms]{Au}{184}\\
\midrule
s & \nuchalflife[s]{Au}{184}\\
\midrule
min & \nuchalflife[min]{Au}{184}\\
\midrule
hr & \nuchalflife[hr]{Au}{184}\\
\midrule
d & \nuchalflife[d]{Au}{184}\\
\midrule
y & \nuchalflife[y]{Au}{184}\\
\midrule
My & \nuchalflife[My]{Au}{184}\\
% ev & \nuchalflife[ev]{Au}{184}\\
% kev & \nuchalflife[kev]{Au}{184}\\
% Mev & \nuchalflife[mev]{Au}{184}\\
\bottomrule\\
\end{tabular}
Halflife Commands applied to $^{~28}$F
\begin{tabular}{cc}
\toprule
Unit & Value \\
\midrule
default & \nuchalflife{F}{28}\\
\midrule
fs & \nuchalflife[fs]{F}{28}\\
\midrule
ps & \nuchalflife[ps]{F}{28}\\
\midrule
s & \nuchalflife[s]{F}{28}\\
\midrule
min & \nuchalflife[min]{F}{28}\\
\midrule
hr & \nuchalflife[hr]{F}{28}\\
\bottomrule\\
\end{tabular}
Five randomly selected nuclides and their masses and halflives
\nucrandom{5}
% The second chosen Z is \py{zran[1]} which is \nucname{zran[1]} with symbol \nucsymbol{zran[1]}. The randomly chosen mass number is \py{aran[1]}, and the atomic mass of $^{~\py{aran[1]}}$\nucsymbol{zran[1]} is \nucamassu{zran[1]}{aran[1]} u.
\begin{tabular}{ccc}
\toprule nuclide & mass (u) & halflife\\
\midrule $^{~\py{aran[0]}}$\nucsymbol{zran[0]} & \nucamassu{zran[0]}{aran[0]} & \nuchalflife{zran[0]}{aran[0]}\\
\midrule $^{~\py{aran[1]}}$\nucsymbol{zran[1]} & \nucamassu{zran[1]}{aran[1]} & \nuchalflife{zran[1]}{aran[1]}\\
\midrule $^{~\py{aran[2]}}$\nucsymbol{zran[2]} & \nucamassu{zran[2]}{aran[2]} & \nuchalflife{zran[2]}{aran[2]}\\
\midrule $^{~\py{aran[3]}}$\nucsymbol{zran[3]} & \nucamassu{zran[3]}{aran[3]} & \nuchalflife{zran[3]}{aran[3]}\\
\midrule $^{~\py{aran[4]}}$\nucsymbol{zran[4]} & \nucamassu{zran[4]}{aran[4]} & \nuchalflife{zran[4]}{aran[4]}\\
\bottomrule
\end{tabular}
\end{document}
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