We think you have liked this presentation. If you wish to download it, please recommend it to your friends in any social system. Share buttons are a little bit lower. Thank you!
Presentation is loading. Please wait.
Published byGunner Pilgreen
Modified over 4 years ago
X-Ray Survey of The ATLAS SCT
The ATLAS Semi-Conductor Tracker
Alignment Requirements Error in Track Parameter measurements should not exceed 20% Miss-alignment of SCT must not exceed the following tolerances 1220050 SCT Wheels 1250100 SCT Barrel Rø(μm)Z(μm)R(μm)
Alignment Techniques Initial X-Ray Survey Frequency Scanning Interferometry Track-Based Alignment Procedures
Aims of The X-Ray Survey Produce a map of the SCT modules Calibrate the FSI system Provide a starting point for Track Alignment
X-Rays and SCT Modules SCT modules not optimised for X- Rays Wide beam used to compensate Beam profile sacrifices Z resolution Strip position (Rø) Signal e 50μm 2mm
X-ray Survey Overview
Positioning the Scanning Head Z – Positioning Stage Ø - Positioning Stage X-Ray Assembly Optical strip reader Laser Alignment
Barrel Survey Ø and Z fixed by scanning head R found through use of stereo angle between X-Ray tubes
End Cap Survey Different X-Ray assembly required Ø and Z fixed by scanning head R found by Illuminating modules from two Z positions R θ1θ1 θ2θ2 Z – axis Z1Z1 Z2Z2
Summary X-Ray Survey is an alignment procedure for the ATLAS SCT X-Ray trajectories follow those of actual events The Majority of the hardware is already in place
9th October 2003James Loken – Oxford University1 SCT X-ray Alignment Software A First Look.
X-ray Survey of the ATLAS SCT Hardware Overview Nick Brett and Jim Loken
ATLAS SCT Endcap Detector Modules Lutz Feld University of Freiburg for the ATLAS SCT Collaboration Vertex m.
Frequency Scanning Interferometry (FSI) measurements
Solomon William KAMUGASA
Stephen Gibson, ATLAS Offline Alignment, 2 nd July Incorporating FSI with the Offline Alignment Overview ATLAS Group, University of Oxford Stephen.
S. M. Gibson, IWAA7 November ATLAS Group, University of Oxford, UK S. M. Gibson, P. A. Coe, A. Mitra, D. F. Howell, R. B. Nickerson Geodetic Grids.
May 14, 2015Pavel Řezníček, IPNP Charles University, Prague1 Tests of ATLAS strip detector modules: beam, source, G4 simulations.
AMULET Advanced Metrology Using LasEr Tracers John Dale.
Metrology and pre-alignment of the components of CLIC in the PACMAN project S. W. Kamugasa, V. Vlachakis CLIC Workshop January 2015 CERN, Geneva,
The LiCAS FSI Subsystem Current Status and Initial Measurements John Dale for the LiCAS Collaboration IOP HEP April 2008.
X-Ray Survey of The ATLAS SCT. The ATLAS Semi-Conductor Tracker.
The Linear Collider Alignment and Survey (LiCAS) Project Richard Bingham*, Edward Botcherby*, Paul Coe*, Grzegorz Grzelak*, Ankush Mitra*, Johannes Prenting.
LiCAS Project: FSI Overview Richard Bingham, Edward Botcherby, Paul Coe, John Green, Grzegorz Grzelak, Ankush Mitra, John Nixon, Armin Reichold University.
Initial Calibration and Stability Results from the LiCAS RTRS FSI System John Dale for the LiCAS Collaboration IWAA February 2008.
Yurii Levashov Undula t or fiducialization test Oct. 14, 2004 Undulator Fiducialization Test Results Fiducialization Tolerances.
QA for the Fibre Tracker 28 October 2004Brunel QA for fibre bundling Dr Paul Kyberd and Dr Peter Hobson School of Engineering & Design Brunel University,
1.ATLAS and ID 2.SCT 3.Commissioning 4.Integration 5.Latest Runs 6.Conclusions Commissioning the ATLAS Silicon Microstrip Tracker IPRD08 - Siena Jose E.
S. M. Gibson, P. A. Coe, Photon02, 5 th September Coordinate Measurement in 2-D and 3-D Geometries using FSI Overview ATLAS Group, University of.
Module Production for The ATLAS Silicon Tracker (SCT) The SCT requirements: Hermetic lightweight tracker. 4 space-points detection up to pseudo rapidity.
© 2018 SlidePlayer.com Inc. All rights reserved.