Elsarticle - CAS

Usage

There are two class files

1. cas-sc.cls for single column journals.

   \documentclass[<options>]{cas-sc}
   

2. cas-dc.cls for double column journals.

   \documentclass[<options>]{cas-dc}
   

and have an option longmktitle to handle long front matter.

Front matter

\title[mode = title]{This is a title} \tnotemark[1,2] \tnotetext[1]{Title notes} \author[1,3]{Editor} [type=editor, auid=000,bioid=1, prefix=Sir, role=Researcher, orcid=0000-0001-7511-2910, facebook=Editor, twitter=Editor, linkedin=Editor, gplus=Editor] \cormark[1] \fnmark[1] \ead{cvr_1@tug.org.in} \ead[url]{www.cvr.cc, www.tug.org.in} \credit{Conceptualization of this study, Methodology, Software} \author[2,4]{Chinese Author}[style=chinese] \author[1]{First Author} [role=Co-ordinator, suffix=Jr, facebook=Author, twitter=Author, gplus=Author, linkedin=Author ] \fnmark[2] \ead{rishi@sayahna.org} \ead[URL]{www.sayahna.org} \credit{Credit text} \author[1,2]{Second Author} \ead{karl@freefriends.org} \ead[URL]{www.tug.org} \address[2]{Unknown university, City, Country} \cortext[cor1]{Corresponding author text} \fntext[fn1]{This is a author footnote.} \nonumnote{This note has no numbers.} \begin{abstract} This is a abstract \end{abstract} \begin{keywords} First keyword \sep Second keyword \sep Third keyword \sep Fourth keyword \end{keywords} \maketitle

CAS Front matter

Title

\title command have the below options:

1. title: Document title
2. alt: Alternate title
3. sub: Sub title
4. trans: Translated title
5. transsub: Translated sub title

\title[mode=title]{This is a title} \title[mode=alt]{This is a alternate title} \title[mode=sub]{This is a sub title} \title[mode=trans]{This is a translated title} \title[mode=transsub]{This is a translated sub title}

CAS \title options

Tables

• Normal tables

  \begin{table}
    \caption{This is a test caption.}
    \begin{tabular*}{\tblwidth}{@{} LLLL@{} }
     \toprule
      Col 1 & Col 2\\
     \midrule
      12345 & 12345\\
      12345 & 12345\\
      12345 & 12345\\
      12345 & 12345\\
      12345 & 12345\\
     \bottomrule
    \end{tabular*}
  \end{table}
  

• Span tables

  \begin{table*}[width=.9\textwidth,cols=4,pos=h]
    \caption{This is a test caption.}
    \begin{tabular*}{\tblwidth}{@{} LLLL@{} }
     \toprule
      Col 1 & Col 2 & Col 3 & Col4\\
     \midrule
      12345 & 12345 & 123 & 12345 \\
      12345 & 12345 & 123 & 12345 \\
      12345 & 12345 & 123 & 12345 \\
      12345 & 12345 & 123 & 12345 \\
      12345 & 12345 & 123 & 12345 \\
     \bottomrule
    \end{tabular*}
  \end{table*}
  

Biography

\begin{biography}[tuglogo.png]{Biography}
The evanescent polariton provided by a single sphere gives the
time coherence necessary for the observable \BEC of the quadrupole
exciton. But the spatial coherence is limited to a small region
near the sphere. To improve the spatial coherence one has to
sacrifice the temporal coherence slightly by delocalizing the
corresponding \WGM. It can be done by using an array of spheres
aligned along the $z$ direction and separated by the distance
$\delta r_{0}$ (See Fig.\ref{FIG:2}).  
\end{biography}

\bio[width=10mm,pos=l]{tuglogo.png}
\textbf{Another Biography:}
Recent experimental \cite{HARA:2005} and theoretical
\cite{DEYCH:2006} studies have shown that the \WGM can travel
along the chain as "heavy photons". Therefore the \WGM acquires
the spatial dispersion, and the evanescent quadrupole polariton
has the form (See Fig.\ref{FIG:3}):
\endbio