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% Template article for preprint document class `elsart'
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% SP 2006/04/26
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\documentclass{cmspaper}
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% or use the epsfig package if you prefer to use the old commands
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\newcommand {\mrad} {\rm \, mrad}
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\begin{document}
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\begin{titlepage}
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%% \conferencereport{2006/nnn}
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\cmsnote{1799-001}
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\date{26 January 2009}
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% \cmsnote{44a.C.-001}
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% \date{15 Marzo 44 a.C.}
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DRAFT.0.1 26-01-2009
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% Title, authors and addresses
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% use the thanksref command within \title, \author or \address for footnotes;
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% use the corauthref command within \author for corresponding author footnotes;
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% use the ead command for the email address,
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% and the form \ead[url] for the home page:
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% \author{Name\corauthref{cor1}\thanksref{label2}}
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% \ead{email address}
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\title{The CMS Tracker Inner Barrel and Disks Integration}
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% use optional labels to link authors explicitly to addresses:
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% \author[label1,label2]{}
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\begin{Authlist}
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List of people participating in the TIB/TID shell integration activities\Aref{a}
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% \Instfoot{INFN-Firenze}{INFN, Firenze, Italy}
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% C.~Civinini\Aref{a}
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\Instfoot{INFN-Firenze}{INFN, Italy}
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\end{Authlist}
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\Anotfoot{a}{The author list will be compiled by the INFN-Consortium
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board of institution responsible on the base of a set of people directly
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involved in the TIB/TID integration.}
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\begin{abstract}
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% Text of abstract
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The Silicon Strip Tracker (SST) of the Compact Muon Solenoid (CMS) experiment, one of the apparata
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currently under construction for the CERN Large Hadron Collider, is made of 198~$m^2$ of
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microstrip sensors equipping the experiment inner region.
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The Tracker Inner Barrel (TIB) and the Inner Disks (TID) constitute one of the three subsystems of the SST and
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cover the radial distance of 22 cm up to 50 cm. TIB and TID are made respectivelly of four coaxial cylindrical layers, covering a pseudorapidity region of $|\eta|<1$, and of three disks at each end of TIB, with silicon sensor at three different radius, reaching a pseudorapidity of $1<|\eta|<2.2$.
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The TIB/TID is equipped of 3540 silicon strip detector modules, together with the opto-electrical
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readout and control electronics, have been mounted on 16 hemicylinders (or shells)
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and on 18 ring carbon fibre based mechanical
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structures, during 18 months of integration activities.
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This note describes the assembly and testing methods which have been developed to produce
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and qualify TIB shells and TID rings.
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\end{abstract}
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%\begin{keyword}
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% keywords here, in the form: keyword \sep keyword
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%LHC \sep CMS \sep Tracker \sep Silicon \sep Microstrip
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% PACS codes here, in the form: \PACS code \sep code
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%\PACS 29.40.GX \sep 29.40.Wk
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%\end{keyword}
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\end{titlepage}
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%{} ~~~~~~~~~~~~~~~~~~``gain''
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% main text
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\input{Introduction} % Introduction
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\input{SiStripLayout} % The Silicon Strip Tracker Layout
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\input{SiStripComponents} % The Silicon Strip Tracker Components
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\input{GroundingScheme} % Grounding Scheme
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\input{IntegrationProcedures} % Integration Procedures
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\input{IntegrationTests} % Integration Tests
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\input{ModBiasAndVDepl} % Modules bias and depletion voltages
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\input{TkAssembly} % The Silicon Strip Tracker Assembly
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\input{Conclusions} % Conclusions and Acknowledgments
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\input{TheBiblio} % Guess what?
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\end{document}
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