\documentclass[dutch]{nwejmart} \usepackage{lipsum} % Should'nt be used in a real article! \addbibresource{sample.bib} % Example of simple bibliographic file \addbibresource{biblatex-examples.bib} % Example of sophisticated bibliographic file % \newacronym{nwejm-dutch}{nwejm}{North-Western European Journal of Mathematics} % \begin{document} \title{Artikel Titel (dutch)} \author[affiliation={Affiliation 8}]{Last8, First8} \author[affiliation={Affiliation 9}]{Last9, First9} \author[affiliation={Affiliation 10}]{Last10, First10} \author[affiliation={Affiliation 11}]{Last11, First11} \author[affiliation={Affiliation 12}]{Last12, First12} \author[affiliation={Affiliation 13}]{Last13, First13} \author[affiliation={Affiliation 14}]{Last14, First14} \author[affiliation={Affiliation 15}]{Last15, First15} \author[affiliation={Affiliation 16}]{Last16, First16} \author[affiliation={Affiliation 17}]{Last17, First17} \author[affiliation={Affiliation 18}]{Last18, First18} \author[affiliation={Affiliation 19}]{Last19, First19} \author[affiliation={Affiliation 20}]{Last20, First20} % \begin{abstract} \lipsum[1] \end{abstract} % \keywords{foo,bar,baz} % \msc{11B13,11B30,11P70} % \acknowledgments{Thanks to mum, daddy and all my buddies.} % \maketitle % \section*{Recommendations for \LaTeX} Don't use: \begin{itemize} \item \verb+$$...$$+ but \verb+\[...\]+ or \verb+\begin{equation}...\end{equation}+ \item \verb+$a \over b$+ but \verb+$\frac{a}{b}$+ \item \verb+{\cal ...}+ but \verb+\mathcal{...}+ \item \verb+{\bf ...}+ but \verb+\textbf{...}+ \item \verb+{\it ...}+ but \verb+\emph{...}+ \item \verb+\'e+ for instance to get an accent but type it directly (\verb+é+) using the UTF8 encoding. \end{itemize} More generally, it is worth having a look at documents that highlight obsolete commands and packages\autocite{ensenbach2016,ensenbach2011,trettin2007,ensenbach2011a,trettin2007a}. % \section*{Introduction} % \subsection{Citations tests} \begin{enumerate} \item It\footnote{Foo bar.} is well known\autocite{gonzalez} that... Moreover, it is well known\autocite{iliad} that... \item \textcite{gonzalez} have proved... Moreover, \textcite{iliad} have proved... \end{enumerate} % \subsection{Cross-references tests} Cf. \vref{thm-bolzano-weierstrass-\languagename,rmk-euler-\languagename} \& \vref{eq-euler-\languagename} \& \vref{sec-first-numbered-\languagename}. % \subsection{Miscellaneaous} \begin{itemize} \item It has been proved in the \century{19} \aside{more than 100 years ago} that... \item This has been conceptualized in the \century{-3} \aside*{more than 2000 years ago}. \item \acrshort{nwejm-\languagename} \ie{} \acrlong*{nwejm-\languagename}. \item \acrshort{nwejm-\languagename} \ie*{} \acrlong*{nwejm-\languagename}. \end{itemize} % \subsection{Acronyms tests} \begin{enumerate} \item The present article is published in the \gls{nwejm-\languagename}. \item Moreover, the present article is published in the \gls{nwejm-\languagename}. \end{enumerate} % \subsection{Theorems tests} \begin{theorem}[Bolzano–Weierstrass]\label{thm-bolzano-weierstrass-\languagename} A subset of $\bbR^n$ ($n\in\bbN^*$) is sequentially compact if and only if it is closed and bounded. \end{theorem} \begin{proof}[not that easy!] ... \end{proof} \begin{definition} In Cartesian space $\bbR^n$ with the $p$-norm $L_p$, an open ball is the set \[ B(r)=\set{x\in \bbR^n}[\sum _{i=1}^n\left|x_i\right|^p