Elsarticle.cls – A Better IIntroduction I Way To Format .
QUICK LINKSI IntroductionI InstallationI FrontmatterI Theorem and .I Cross-referencesI Bibliographyelsarticle.cls – A betterway to format yourdocumentElsevier LtdI Major DifferencesI UsageI FloatsI Enumerated .I Mathematical .I Final print1. Introductionelsarticle.cls is a thoroughly re-written document class for formattingLATEX submissions to Elsevier journals. The class uses the environmentsand commands defined in LATEX kernel without any change in the signature so that clashes with other contributed LATEX packages such as hyperref.sty, preview-latex.sty, etc., will be minimal. elsarticle.cls is primarilybuilt upon the default article.cls. This class depends on the followingpackages for its proper functioning:1. natbib.sty for citation processing;2. geometry.sty for margin settings;3. fleqn.clo for left aligned equations;4. graphicx.sty for graphics inclusion;5. txfonts.sty optional font package, if the document is to be formattedwith Times and compatible math fonts;6. hyperref.sty optional packages if hyperlinking is required in thedocument;7. endfloat.sty optional packages if floats to be placed at end of thePDF.All the above packages (except some optional packages) are partof any standard LATEX installation. Therefore, the users need not bebothered about downloading any extra packages. Furthermore, users arefree to make use of ams math packages such as amsmath.sty, amsthm.sty,amssymb.sty, amsfonts.sty, etc., if they want to. All these packages workin tandem with elsarticle.cls without any problems.2. Major DifferencesFollowing are the major differences between elsarticle.cls and its predecessor package, elsart.cls: elsarticle.cls is built upon article.cls while elsart.cls is not. elsart.clsredefines many of the commands in the LATEX classes/kernel, whichcan possibly cause surprising clashes with other contributed LATEXpackages; provides preprint document formatting by default, and optionally formats the document as per the final style of models 1 , 3 and 5 ofElsevier journals;c 2018, Elsevier Ltd. Bugs, feature requests, suggestionsand comments shall be mailed to elsarticle@stmdocs.in .1Version:Date:Contact:2.1June 9, 2018elsarticle@stmdocs.in
QUICK LINKSI IntroductionI InstallationI FrontmatterI Theorem and .I Cross-referencesI Bibliographyelsarticle.cls – A betterway to format yourdocumentElsevier LtdI Major DifferencesI UsageI FloatsI Enumerated .I Mathematical .I Final print some easier ways for formatting list and theorem environments areprovided while people can still use amsthm.sty package; natbib.sty is the main citation processing package which can comprehensively handle all kinds of citations and works perfectly withhyperref.sty in combination with hypernat.sty; long title pages are processed correctly in preprint and final formats.3. InstallationThe package is available at author resources page at Elsevier (http://www.elsevier.com/locate/latex). It can also be found in any ofthe nodes of the Comprehensive TEX Archive Network (ctan), one ofthe primary nodes being ib/elsarticle/. Please download the elsarticle.dtx whichis a composite class with documentation and elsarticle.ins which is theLATEX installer file. When we compile the elsarticle.ins with LATEX it provides the class file, elsarticle.cls by stripping off all the documentationfrom the *.dtx file. The class may be moved or copied to a place, usually, TEXMF/tex/latex/elsevier/, or a folder which will be read by LATEXduring document compilation. The TEX file database needs updation after moving/copying class file. Usually, we use commands like mktexlsror texhash depending upon the distribution and operating system.4. UsageThe class should be loaded with the command:\documentclass[ options ]{elsarticle}where the options can be the following:preprint default option which format the document for submission toElsevier journals.review similar to the preprint option, but increases the baselineskip tofacilitate easier review process.1p formats the article to the look and feel of the final format of model 1 journals. This is always single column style.3p formats the article to the look and feel of the final format of model3 journals. If the journal is a two column model, use twocolumnoption in combination.c 2018, Elsevier Ltd. Bugs, feature requests, suggestionsand comments shall be mailed to elsarticle@stmdocs.in .2Version:Date:Contact:2.1June 9, 2018elsarticle@stmdocs.in
QUICK LINKSI IntroductionI InstallationI FrontmatterI Theorem and .I Cross-referencesI Bibliographyelsarticle.cls – A betterway to format yourdocumentElsevier LtdI Major DifferencesI UsageI FloatsI Enumerated .I Mathematical .I Final print5p formats for model 5 journals. This is always of two column style.authoryear author-year citation style of natbib.sty. If you want to addextra options of natbib.sty, you may use the options as commadelimited strings as arguments to \biboptions command. An example would er numbered citation style.\biboptions command.Extra options can be loaded withsort&compress sorts and compresses the numbered citations. For example, citation [1,2,3] will become [1–3].longtitle if front matter is unusually long, use this option to split thetitle page across pages with the correct placement of title and authorfootnotes in the first page.times loads txfonts.sty, if available in the system to use Times and compatible math fonts.reversenotenum Use alphabets as author–affiliation linking labels anduse numbers for author footnotes. By default, numbers will beused as author–affiliation linking labels and alphabets for authorfootnotes.lefttitle To move title and author/affiliation block to flushleft. centertitleis the default option which produces center alignment.endfloat To place all floats at the end of the document.nonatbib To unload natbib.sty.doubleblind To hide author name, affiliation, email address etc. fordouble blind refereeing purpose.All options of article.cls can be used with this document class.The default options loaded are a4paper, 10pt, oneside, onecolumn andpreprint.5. FrontmatterThere are two types of frontmatter coding:(1) each author is connected to an affiliation with a footnote marker;hence all authors are grouped together and affiliations follow;c 2018, Elsevier Ltd. Bugs, feature requests, suggestionsand comments shall be mailed to elsarticle@stmdocs.in .3Version:Date:Contact:2.1June 9, 2018elsarticle@stmdocs.in
QUICK LINKSI IntroductionI InstallationI FrontmatterI Theorem and .I Cross-referencesI Bibliographyelsarticle.cls – A betterway to format yourdocumentElsevier LtdI Major DifferencesI UsageI FloatsI Enumerated .I Mathematical .I Final print(2) authors of same affiliations are grouped together and the relevantaffiliation follows this group.An example of coding the first type is provided below.\title{This is a specimen title\tnoteref{t1,t2}}\tnotetext[t1]{This document is the results of the researchproject funded by the National Science Foundation.}\tnotetext[t2]{The second title footnote which is a longertext matter to fill through the whole text width andoverflow into another line in the footnotes area of thefirst page.}\author[1]{Jos elsen@elsevier.com}\author[2]{CV hor[3]{CV \cortext[cor1]{Corresponding author}\fntext[fn1]{This is the first author footnote.}\fntext[fn2]{Another author footnote, this is a very longfootnote and it should be a really long footnote. But thisfootnote is not yet sufficiently long enough to make twolines of footnote text.}\fntext[fn3]{Yet another author footnote.}\address[1]{Elsevier B.V., Radarweg 29, 1043 NX Amsterdam,The Netherlands}\address[2]{Sayahna Foundations, JWRA 34, Jagathy,Trivandrum 695014, India}\address[3]{STM Document Engineering Pvt Ltd., Mepukada,Malayinkil, Trivandrum 695571, India}The output of the above TEX source is given in Clips 1 and 2. Theheader portion or title area is given in Clip 1 and the footer area is givenin Clip 2.c 2018, Elsevier Ltd. Bugs, feature requests, suggestionsand comments shall be mailed to elsarticle@stmdocs.in .4Version:Date:Contact:2.1June 9, 2018elsarticle@stmdocs.in
CV Rajagopal1,3STM Document Engineering Pvt Ltd., Mepukada, Malayinkil,Trivandrum695571, IndiaQUICKLINKSelsarticle.cls – A betterway to format yourdocumentAbstractI Major DifferencesI IntroductionI UsageI InstallationI FrontmatterI FloatsI Theorem and . I Enumerated .I Cross-references I Mathematical .In this work we demonstrate ab the formation Y 1 of a new type of polariton on the interfaceI BibliographyI Final printbetween a cuprous oxide slab and a polystyrene micro-sphere placed on the slab. The evanescentfield of the resonant whispering gallery mode (WGM) of the micro sphere has a substantialgradient, and therefore effectively couples with the quadrupole 1S excitons in cuprous oxide.This evanescent polariton has a long life-time, which is determined only by its excitonic andWGM component. The polariton lower branch has a well pronounced minimum. This suggeststhat1:thisHeaderexcitationofis localizedcan be utilized for possible BEC. The spatial coherence of theClipthe titleandpage.polariton can be improved by assembling the micro-spheres into a linear chain.Elsevier LtdThis is a specimen a title?,?Keywords: quadrupole exciton, polariton, WGM, BECbJEL: 71.35.-y, 71.35.Lk, 71.36. cJos Migchielsena,1, , CV Radhakrishnanb,2 , CV Rajagopalc,1,3a ElsevierB.V., Radarweg 29, 1043 NX Amsterdam, The NetherlandsSayahna Foundations, JWRA 34, Jagathy, Trivandrum 695014, Indiac STM Document Engineering Pvt Ltd., Mepukada, Malayinkil, Trivandrum 695571, IndiaAlthoughquadrupole excitons (QE) in cuprous oxide crystals are good candidates for BEC1. Introductionbdue to their narrow line-width and long life-time there are some factors impeding BEC [1, 2]. Oneof these factors is that due to the small but non negligible coupling to the photon bath, one mustconsider BEC of the corresponding mixed light-matter states called polaritons [3]. The photonClip2: Footer of the title page.like part of the polariton has a large group velocity and tends to escape from the crystal. Thus,Abstract? Thisdocument is the results of the research project funded by the National Science Foundation.? Thea ceIn this workweseconddemonstrateab theformationYto1filloftitle footnote whichis a longertext matterthroughthe wholeand en a cuprousoxide slab and a polystyrene micro-sphere placed on the slab. The evanescent Corresponding authorfield of the Emailresonantwhisperinggallery mode (Jos(WGM)of themicro spherehas a chielsen),cvr@sayahna.org(CV Radhakrishnan)URL:www.stmdocs.in(CV Rajagopal)gradient, xcitonsincuprous oxide.1 This is the first author footnote.This nedonly Butbythisitsfootnoteexcitonic2 Anotherpolaritonauthor footnote,a very longfootnote andit shoulda really long footnote.is not andyet sufficiently longenoughto make lowertwo linesbranchof footnotehastext. a well pronounced minimum. This suggestsWGM component.Thepolariton3 Yet another author footnote.that this excitationis localized and can be utilized for possible BEC. The spatial coherence of thePreprint submitted to ElsevierJune 8, 2018polariton can be improved by assembling the micro-spheres into a linear chain.of the exciton,commandssuchas \title,Keywords:Mostquadrupolepolariton,WGM,BEC \author, \address are selfexplanatory.Variouscomponents are linked to each other by a label–JEL: 71.35.-y,71.35.Lk,71.36. creference mechanism; for instance, title footnote is linked to the titlewith a footnote mark generated by referring to the \label string of the\tnotetext. We have used similar commands such as \tnoteref (to1. Introductionlink title note to title); \corref (to link corresponding author text tocorresponding author); \fnref (to link footnote text to the relevant authorAlthough quadrupole excitons (QE) in cuprous oxide crystals are good candidates for BECnames). TEX needs two compilations to resolve the footnote marks in thedue to their narrowline-width and long life-time there are some factors impeding BEC [1, 2]. Onepreamble part. Given below are the syntax of various note marks andof these factors is that due to the small but non negligible coupling to the photon bath, one mustnote texts.consider BEC of the corresponding mixed light-matter states called polaritons [3]. The photon-like part of the polariton has a large group velocity and tends to escape from the crystal. Thus,\tnoteref{ label(s) }the temporalcoherence of the condensate is effectively broken [4, 5]. One proposed solution tothis issue\corref{ label(s) }is to place the crystal into a planar micro-cavity [6]. But even state-of-the-art planar\fnref{ label(s) }micro-cavitiescan hold the light no longer than 10 µs. Besides, formation of the polaritons innote text }the planar\tnotetext[ label ]{ titlecuprous oxide micro-cavity is not effectivedue to quadrupole origin of the excitons.? This\cortext[ label ]{ corresponding author note text }\fntext[ label ]{ author footnote text }document is the results of the research project funded by the National Science Foundation.second title footnote which is a longer text matter to fill through the whole text width and overflow into anotherwhere label(s) can be either one or more comma delimited labelline in the footnotes area of the first page. Correspondingstrings. authorThe optional arguments to the \author command holds theEmail(Jos sses:label(s)J.Migchielsen@elsevier.comof the address(es) to whichthe authoris affiliated (CVwhileeachURL: www.stmdocs.in (CV Rajagopal)\addresscommand1 Thisis the first authorfootnote. can have an optional argument of a label. In the same2 ongoptionalargumentsauthor footnote,this is a verylong footnoteand it shouldbe a reallyfootnote. Butthis footnote is notyet sufficiently long enough to make two lines of footnote text.3 Yet another author footnote.Version: 2.1? Thec 2018, Elsevier Ltd. Bugs, feature requests, suggestionsand comments shall bePreprintmailedsubmittedto elsarticle@stmdocs.in .to Elsevier5Date:Contact:June 9, 2018June 8, 2018elsarticle@stmdocs.in
QUICK LINKSI IntroductionI InstallationI FrontmatterI Theorem and .I Cross-referencesI Bibliographyelsarticle.cls – A betterway to format yourdocumentElsevier LtdI Major DifferencesI UsageI FloatsI Enumerated .I Mathematical .I Final printas their respective labels and note text as their mandatory argument.The following example code provides the markup of the second typeof author-affiliation.\author{Jos elsen@elsevier.com}\address{Elsevier B.V., Radarweg 29, 1043 NX Amsterdam,The Netherlands}\author{CV ress{Sayahna Foundations, JWRA 34, Jagathy,Trivandrum 695014, India}\author{CV \address{STM Document Engineering Pvt Ltd., Mepukada,Malayinkil, Trivandrum 695571, India}\cortext[cor1]{Corresponding author}\fntext[fn1]{This is the first author footnote.}\fntext[fn2]{Another author footnote, this is a very longfootnote and it should be a really long footnote. But thisfootnote is not yet sufficiently long enough to make two linesof footnote text.}The output of the above TEX source is given in Clip 3.Clip 3: Header of the title page.This is a specimen ab title?,?Jos Migchielsen1, Elsevier B.V., Radarweg 29, 1043 NX Amsterdam, The NetherlandsCV Radhakrishnan2Sayahna Foundations, JWRA 34, Jagathy, Trivandrum 695014, IndiaCV Rajagopal1,3STM Document Engineering Pvt Ltd., Mepukada, Malayinkil, Trivandrum 695571, Indiac 2018, Elsevier Ltd. Bugs,feature requests, suggestionsAbstractand comments shall be mailed to elsarticle@stmdocs.in .6Version:Date:Contact:2.1June 9, 2018elsarticle@stmdocs.in
QUICK LINKSI IntroductionI InstallationI FrontmatterI Theorem and .I Cross-referencesI Bibliographyelsarticle.cls – A betterway to format yourdocumentElsevier LtdI Major DifferencesI UsageI FloatsI Enumerated .I Mathematical .I Final printClip 4 shows the output after giving doubleblind class option.Clip 4: Double blind article.This is a specimen ab titleAbstractIn this work we demonstrate ab the formation Y 1 of a new type of polaritonon the interface between a cuprous oxide slab and a polystyrene micro-sphereThe frontmatter part has further environments such as abstracts andplaced on theslab.Thefieldthefollowingresonant whisperingkeywords.Thesecanbeevanescentmarked upinofthemanner: gallery mode(WGM) of the micro sphere has a substantial gradient, and therefore effectively\begin{abstract}In this work we demonstrate the formation of a new type ofpolaritonhasona longlife-time, whichis determinedpolaritonthe interfacebetweena . only by its excitonic and\end{abstract}WGMcomponent. The polariton lower branch has a well pronounced minimum.couples with the quadrupole 1S excitons in cuprous oxide. This evanescentThis suggests that this excitation is localized and can be utilized for possible\begin{keyword}BEC.The spatialcoherenceof the polaritonbe improved by assembling thequadrupleexiton\sep polariton\sepcanWGM\end{keyword}micro-spheresinto a linear chain.Keywords:exciton, polariton,BEC msc classificationsEachkeywordquadrupoleshall be separatedby a \sepWGM,command.shallbe71.35.-y,providedin the keywordJEL:71.35.Lk,71.36. c environment with the commands \MSC.\MSC accepts an optional argument to accommodate future revisions. eg.,\MSC[2008]. The default is 2000.1. Introduction5.1. New pageAlthoughquadrupoleexcitons(QE)in cuprous oxidegoodcanSometimesyoumay needto givea page-breakand crystalsstart a d forthisaredidatesBEC ordueto their Followingnarrow line-widthand canlong belife-timetherepurpose.some factors impeding BEC Kavoulakis and Baym (1996); Roslyak and Birman(2007).One of these factors is that due to the small but non negligible }the photon bath, one must consider BEC of the corresponding mixed light-\newpageafter{abstract}matter states called polaritons Frohlich et al. (2005). The photon-like part ofthe polariton has a large group velocity and tends to escape from the crystal.\newpageafter{title} typeset the title alone on one page.1 This is the first author footnote.\newpageafter{author}typeset the title and author details on one page.2 Anotherauthor footnote, this is a very long footnote and it should be a really long\newpageafter{abstract}the title,authortodetailsandfootnote. But this footnote is nottypesetyet sufficientlylong enoughmake twolinesabstractof footnotetext.& keywordsone one page.3Yet another author footnote.c 2018, Elsevier Ltd. Bugs, feature requests, suggestionsand comments shall be mailed to elsarticle@stmdocs.in .7Version:Date:Contact:2.1June 9, 2018elsarticle@stmdocs.in
QUICK LINKSI IntroductionI InstallationI FrontmatterI Theorem and .I Cross-referencesI Bibliographyelsarticle.cls – A betterway to format yourdocumentElsevier LtdI Major DifferencesI UsageI FloatsI Enumerated .I Mathematical .I Final print6. FloatsFigures may be included using the command, \includegraphics in combination with or without its several options to further control graphic.\includegraphics is provided by graphic[s,x].sty which is part of anystandard LATEX distribution. graphicx.sty is loaded by default. LATEX accepts figures in the postscript format while pdfLATEX accept
5. txfonts.styoptional font package, if the document is to be formatted with Times and compatible math fonts; 6. hyperref.sty optional packages if hyperlinking is required in the document; 7. endfloat.sty optional packages if floats to be placed at end of the PDF. All the above packages (except some optional packages) are part
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