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CERN Accelerating science

Report
Report number CERN-2007-004
Conference title 1st LHC Detector Alignment Workshop
Date(s), location 4 - 6 Sep 2006, CERN, Geneva, Switzerland
Conference contact Oliver Buchmuller (CMS); Jochen Schiek (ATLAS); Salvador Garcia (ATLAS); Adam Jacholkowski (ALICE); Karel Safarik (ALICE); Steve Blusk (LHCb); Thomas Ruf (LHCb); Sebastian Viret(LHCb)
email: schieck@mppmu.mpg.de; Thomas.Ruf@cern.ch; s.viret@physics.gla.ac.uk; salvador.marti@ific.uv.es; Karel.Safarik@cern.ch; sblusk@physics.syr.edu; Adam.Jacholkowski@cern.ch
Editor(s) Blusk, S (ed.) (Syracuse Univ.) ; Buchmüller, Oliver (ed.) (CERN) ; Jacholkowski, Adam (ed.) (Univ. Catania amd INFN) ; Ruf, T (ed.) (CERN) ; Schieck, Jochen (ed.) (MPI) ; Viret, S (ed.) (Univ. Glasgow)
Imprint Geneva : CERN, 2007 - 342 p.
Series (CERN Yellow Reports: Conference Proceedings)
ISBN 9789290832959 (print version, paperback)
DOI e-proceedings: 10.5170/CERN-2007-004
Subject category Detectors and Experimental Techniques
Accelerator/Facility, Experiment CERN LHC ; CMS
CERN LHC ; ATLAS
CERN LHC ; ALICE
CERN LHC ; LHCb
Free keywords Alignment ; LHC
Abstract The LHC accelerator is expected to deliver first data for the commissioning of the experiments by the end of 2007. At this stage, one of the crucial tasks will be the alignment of the positionsensitive detector elements, like silicon-based detectors close to the interaction point, or drift chambers for the momentum measurement of muons. The task is very similar for all four LHC experiments, ALICE, ATLAS, CMS and LHCb, and a first common LHC Detector Alignment Workshop (http://lhc-detector-alignment-workshop.web.cern.ch) was held at CERN, Geneva, from 4 to 6 September 2006 in order to discuss common problems and possible solutions.
Copyright/License publication: © 2007-2024 CERN (License: CC-BY-3.0)

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Contributions to this conference in CDS

Alignement algorithms (p. 5)
by Blobel, Volker
Track-based alignement using a Kalman filter technique (p. 13)
by Frühwirth, R
Alignement experience in STAR (p. 23)
by Margetis, S
Internal alignement of the BABAR silicon vertex tracking detector (p. 29)
by Brown, D
H1 alignement experience (p. 41)
by Kleinwort, C
Alignment of the ZEUS micro-vertex detector (p. 51)
by Mankel, R
Internal alignement of the SLD vertex detector (p. 59)
by Jackson, C D
Alignement of the central D0 detector (p. 71)
by Sopczak, A
Overview of detector descriptions (p. 83)
by Cheshkov, C
Track reconstruction in the LHC experiments (p. 89)
by Strandlie, A
Alignment validation (p. 95)
by Golling, T
Impact of misalignment on physics (p. 105)
by Steinbrück, G
ALICE alignment challenge (p. 119)
by Jacholkowski, A
Alignment of the ALICE MUON spectrometer (p. 127)
by Castillo, J
The ALICE alignement framework (p. 139)
by Grosso, R
Alignement strategy for the Inner Detector of ATLAS (p. 147)
by Brückman de Renstrom, P
The ATLAS muon alignment system (p. 159)
by Amelung, C
Introduction to the CMS contribution (p. 173)
by Arce, P
The CMS alignment challenge (p. 175)
by Weber, M
Track-based alignment in the CMS detector (p. 181)
by Schilling, Frank-Peter
The CMS hardward alignment system (p. 187)
by Vila, I
COCOA : CMS Object-oriented Code for Optical Alignment(p. 193)
by Arce, P
Overview of LHCb alignment (p. 197)
by Baldini, W

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 Record created 2006-07-08, last modified 2021-07-30


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