Roman Pots and Microstations based on talk by Jaak Lippmaa Helsinki CERN 2005.

Slides:

Advertisements

Similar presentations

W. Clarida, HCAL Meeting, Fermilab Oct. 06 Quartz Plate Calorimeter Prototype Geant4 Simulation Progress W. Clarida The University of Iowa.

Advertisements

Tagger and Vacuum Chamber Design. Outline. Design considerations. Stresses and deformations. Mechanical assembly.

June 2003 M.Mulders - Fermilab 1 Diffractive results from DØ and prospects for Run II Martijn Mulders Fermilab for the DØ collaboration (with special thanks.

Tagger and Vacuum Chamber Design. Outline. Design considerations. Stresses and deformations. Mechanical assembly.

Elastic Scattering at s=1.96 TeV Using the DØ Forward Proton Detector

High Energy Physics at UTA UTA faculty Andrew Brandt, Kaushik De, Andrew White, Jae Yu along with many post-docs, graduate and undergraduate students investigate.

The forward detectors of CMS Experiment at LHC Bolek Wyslouch MIT

Status of EIC Calorimeter R&D at BNL EIC Detector R&D Committee Meeting January 13, 2014 S.Boose, J.Haggerty, E.Kistenev, E,Mannel, S.Stoll, C.Woody PHENIX.

FP420 Vacuum Ray Veness. Contents o What is FP420? o How would it be installed in the LHC? o What would it look like? o What are the issues/interest for.

U.T. Arlington High Energy Physics Research Summary of Activities August 1, 2001.

High Energy Physics at UTA UTA faculty Andrew Brandt, Kaushik De, Andrew White, Jae Yu along with many post-docs, graduate and undergraduate students investigate.

Status of Projectile Spectator Detector A.Kurepin (Institute for Nuclear Research, Moscow) I. Introduction to PSD. II. Conception and design. III. Development.

FPD Status and Data Quality Andrew Brandt UTA Q4 D S Q3S A1A2 P 1 UP p p Z(m) D1 Detector Bellows Roman Pot P 2 OUT Q2 P 1 DN P 2 IN D2.

Calibration of the ZEUS calorimeter for electrons Alex Tapper Imperial College, London for the ZEUS Collaboration Workshop on Energy Calibration of the.

Jorge Barreto Low_x Prague1 Status of Diffractive Physics at DØ Run II Jorge Barreto Instituto de Física - UFRJ Rio de Janeiro – RJ - Brazil Outline.

1 MicroPot Prototype Work in Progress Jaak Lippmaa Helsinki Group, Helsinki Institute of Physics, University of Helsinki CERN, February, 2006.

FPD FPD STATUS JORGE MOLINA CBPF February FPD  10 detector cartridges have been installed: 8 in the vertical plane, 2 at Dipole locations  We.

Forward Proton Detector Update  9 momentum spectrometers comprised of 18 Roman Pots  Scintillating fiber detectors can be brought close (~6 mm) to the.

1 Jim Thomas - LBL HFT Issues that may Bear on the Fate of the SSD & SVT presented by Jim Thomas 07/07/2006.

Lishep06 Gilvan Alves1 Overview of Diffraction from DØ Gilvan Alves Lafex/Brazil  Introduction  DØ RunI x RunII  Special Runs  Outlook.

1 PID & FPD Software Gilvan Alves (Lafex/CBPF) Q4Q4 D S Q2Q2 Q2Q2 Q3Q3 Q3Q3 Q4Q4 S A 1Q A1SA1S A 2Q A 2S P 1Q P 2S P 1S P 2Q p p Z(m) A D1 Detector Roman.

Elastic Scattering and Diffraction at DØ Tamsin Edwards for the DØ collaboration 14 th - 18 th April, 2004 XII International Workshop on Deep Inelastic.

Small_X / 09/17 – 09/20Jorge Barreto – UFRJ The D0 Forward Proton Detector (FPD) Status Jorge Barreto IF – UFRJ/CBPF D1 TDC D2 TDC pbar p.

LHeC - Detector Layout Tracker HCAL Solenoid Dipole Muon Detector Fwd Calorimeter Inserts Bwd Calorimeter Inserts p/A e∓e∓ EMC Dipole Abstract The Large.

Difference between Roman Pots and VELO Very forward tracking is typically done using detectors located in Roman pots. They are far away from the interaction.

BES-III Workshop Oct.2001,Beijing The BESIII Luminosity Monitor High Energy Physics Group Dept. of Modern Physics,USTC P.O.Box 4 Hefei,

Small_X / 09/17 – 09/20Jorge Barreto – UFRJ The D0 Forward Proton Detector (FPD) Status Jorge Barreto UFRJ/CBPF - Brazil D1 TDC D2 TDC pbar p.

APS April Meeting Detector Construction of the Forward Proton Detector at D0 Michael Strang University of Texas at Arlington Diffractive Events FPD.

VVS Prototype Construction at Fermilab Erik Ramberg 26 February,2002 Design issues for VVS Details of VVS prototype design Schedule and Budget Testing.

DØ Forward Proton Detector Andrew Brandt UTA Q4 D S Q3S A1A2 P 1 UP p p Z(m) D1 Detector Bellows Roman Pot P 2 OUT Q2 P 1 DN P 2 IN D2.

Why study Diffractive W Boson?. Data Samples Z boson sample: Start with Run1b Z ee candidate sample Central and forward electron W boson sample: Start.

Georges Charpak develops the multiwire proportional chamber 1992 Charpak receives the Nobel Prize in Physics for his invention.

UK Neutrino Factory Meeting Front End Test Stand (F.E.T.S.) Engineering Status by P. Savage 22nd April 2009.

Diffractive W/Z Bosons Andrew Brandt UTA Run I Diffractive W/Z Boson Production Recap Run II Preliminary Search for Diffractive Z Bosons (Courtesy of Tamsin.

Andrew Brandt FPD Rio Workshop Mar Forward Proton Detector Overview Andrew Brandt University of Texas at Arlington.

DIS 2001 Bologna Hard Diffraction at DØ Run I and Run II Christophe Royon DØ Collaboration / DAPNIA-SPP Saclay, UT Arlington, Brookhaven.

Michael Strang Physics 5391, 22/July/02 Diffraction and the Forward Proton Detector at DØ Michael Strang Physics 5391.

UPDATE ON THE FORWARD PROTON DETECTOR Gilvan Alves Lafex/CBPF Introduction Accelerator Roman Pots Detector Future Plans April 1, 1998 (no kidding)

FPD Status and Plans Andrew Brandt UTA Q4 D S Q3S A1A2 P 1 UP p p Z(m) D1 Detector Bellows Roman Pot P 2 OUT Q2 P 1 DN P 2 IN D2 Q4Q3Q2.

FPD STATUS Carlos Avila Uniandes/UTA 1. FPD overview 2. Roman pot and detector status 3. FPD readout integration status 4. Software status 5. Stand-alone.

Abstract Beam Test of a Large-area GEM Detector Prototype for the Upgrade of the CMS Muon Endcap System V. Bhopatkar, M. Hohlmann, M. Phipps, J. Twigger,

SEQUENCER DELAY PLD By ANTON H.C. SMITH ELECTRICAL ENGINEERING UNIVERSITY OF SOUTH CAROLINA.

Beam Test of a Large-Area GEM Detector Prototype for the Upgrade of the CMS Muon Endcap System Vallary Bhopatkar M. Hohlmann, M. Phipps, J. Twigger, A.

FPD Status and Data Quality Andrew Brandt UTA Q4 D S Q3S A1A2 P 1 UP p p Z(m) D1 Detector Bellows Roman Pot P 2 OUT Q2 P 1 DN P 2 IN D2.

Susan Burke DØ/University of Arizona DPF 2006 Measurement of the top pair production cross section at DØ using dilepton and lepton + track events Susan.

Diffraction at DØ Andrew Brandt University of Texas at Arlington E   Run IRun II Low-x Workshop June 6, 2003 Nafplion, Greece.

1 Welcome to the mini-review of the Roman Pot mechanics for the ALFA project in ATLAS.

MINER A at the Triple Point: Three Phases at once Deborah Harris AEM August 31, 2009.

Mike AlbrowSept 8 th 2005Test Beam for FP420 Vacuum Chambers/Detectors 1 Things we need to test (and why) How we could, together with BTeV people, detectors,

Technical Design for the Mu3e Detector Dirk Wiedner on behalf of Mu3e February Dirk Wiedner PSI 2/15.

FORWARD ATLAS {major contributions from Per Grafstrom (CERN), Michael Rijssenbeek (Stonybrook), Brian Cox (Manchester} Andrew Brandt Luminosity measurement.

E.C. AschenauerEIC INT Program, Seattle Week 81.

Tagger and Vacuum Chamber Design Jim Kellie Glasgow University.

Proposal for Microstation Prototype Jaak Lippmaa CERN 2005.

Diffraction at LHC (How to turn LHC into a 14 TeV Gluon Factory ?) stolen from Risto Orava University of Helsinki and Helsinki Institute of Physics Workshop.

Integration of forward physics detectors into the LSS of the LHC D. Macina (TS/LEA) Technical Support 2004 Workshop.

An FPD quadrupole castle Elastic Scattering and High Mass Exclusive Dijets at DØ (  s=1.96 TeV) Andrew Brandt University of Texas, Arlington on behalf.

DØ Hard Diffraction in Run I and Prospects for Run II Andrew Brandt DØ / University of Texas, Arlington Intro and Run I Hard Diffraction Results Forward.

Jaak Lippmaa HIP, Helsinki University

Antiproton-proton elastic scattering as a day-1 experiment at HESR

Evidence for Strongly Interacting Opaque Plasma

Andrew Brandt University of Texas at Arlington

Results of dN/dt Elastic

(with R. Arcidiacono, A. Solano)

FPD Status and Data Quality Andrew Brandt

How to detect protons from exclusive processes

OPERETTE TEST BEAM EXPERIMENT :

Ion-Side Small Angle Detection Forward, Far-Forward, & Ultra-Forward

The D0 Forward Proton Detector (FPD) Status

Two-beam Test-stand Design and Construction Status

Presentation transcript:

Roman Pots and Microstations based on talk by Jaak Lippmaa Helsinki CERN 2005

DØ Forward Proton Detector Layout 9 momentum spectrometers comprised of 18 Roman Pots Scintillating fiber detectors can be brought close (~6 mm) to the beam to track scattered protons and anti-protons Reconstructed track is used to calculate momentum fraction and scattering angle –Much better resolution than available with gaps alone Cover a t region (0 < t < 3.0 GeV 2 ) never before explored at Tevatron energies Allows combination of tracks with high-p T scattering in the central detector D S Q2Q2 Q3Q3 Q4Q4 S A1A1 A2A2 P 1U P 2I P 2O P 1D p p Z(m) D2 D Veto Q4Q4 Q3Q3 Q2Q2

Castle Design 50 l/s ion pump Beam Worm gear assembly Step motor Detector Constructed from 316L Stainless Steel Parts are degreased and vacuum degassed Vacuum bettter than Torr 150 micron vacuum window Bakeout castle, THEN insert fiber detectors Thin vaccum window

All 6 castles with 18 Roman pots comprising the FPD were constructed in Brazil, installed in the Tevatron in fall of 2000, and have been functioning as designed. A2 Quadrupole castle installed in the beam line. Castle Status

Microstation Advantage Lightweight design Directly mounted on beam pipe Detectors can be positioned close to beam Dynamic alignment of detector planes Redundancy provided by clustering No heat dissipation

Microstation Concept

Microstation Mounting

Microstation Cluster

Microstation Mechanics

Microstation Deployment Proof of concept Assembly of working prototype Develop MS technology suitable for many environments Extend MS technology to general detection platform

To Do List Selection of testing environment for the prototype Selection of detectors Selection of readout electronics Selection of mounting –Free on beam pipe –Separate stand

Roadmap to Überstation MSP Mark I Proof of concept at Fermilab Beam tests finished by May 2006 MSP Mark II Real detectors and readout integrated Beam tests Q1, 2007 (Fermilab/LHC) MSP Final Assembled μS-s ready for FP420 deployment in 2008