NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimetry Cornell-ALCPG Calorimetry Detector Study Plans at Colorado Uriel Nauenberg.

Slides:

Advertisements

Similar presentations

Prototype sPHENIX Calorimeters

Advertisements

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimetry-Arlington Calorimetry Detector Study Plans at Colorado Uriel Nauenberg for.

Quartz Plate Calorimeter Prototype Ugur Akgun The University of Iowa APS April 2006 Meeting Dallas, Texas.

The performance of Strip-Fiber EM Calorimeter response uniformity, spatial resolution The 7th ACFA Workshop on Physics and Detector at Future Linear Collider.

R&D of Strip/Block Scintillators E.P.Jacosalem, S.Iba, N.Nakajima, H.Ono, A.L.Sanchez, A.M.Bacala & H.Miyata GLD Calorimeter Group 8 th ACFA Workshop on.

CMS Outer Hadron Calorimeter (HO) Project Naba K Mondal Tata Institute, Mumbai, India.

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

Fiberless Coupled Tiles for a High Granularity Scintillator-SiPM Calorimeter Rick Salcido Northern Illinois University November 14, 2009 Prairie Section.

E.Kistenev History lessons Specification Primary options e-RHIC meeting at BNL, Sept 19th, 2002 Hermetic Calorimeter for e-RHIC collider experiments.

NLC – The Next Linear Collider Project Colorado Univ. – Boulder, Jan., 2004 LCD-ALCPG Presentation at the ALCPG-SLAC Meeting Progress Report of Work at.

VELO Testbeam 2006 Tracking and Triggering Jianchun (JC) Wang Syracuse University VELO Testbeam and Software Review 09/05/2005 List of tasks 1)L0 trigger.

A crude (lower limit) estimation of resolution and event rate Development and Construction of an Extensive Air Shower Array in HOU Antonis Leisos, Hellenic.

1 Tianchi Zhao University of Washington Concept of an Active Absorber Calorimeter A Summary of LCRD 2006 Proposal A Calorimeter Based on Scintillator and.

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.

The Design of Barrel Electromagnetic Calorimeter (BEMC) October Lu Jun-guang.

Study of response uniformity of LHCb ECAL Mikhail Prokudin, ITEP.

ILC – The International Linear Collider Project Univ. of Colorado, Boulder, April 28/08 April 28/2008-ALCPG The BeamCal Simulation Project Progress Report.

Development of Particle Flow Calorimetry José Repond Argonne National Laboratory DPF meeting, Providence, RI August 8 – 13, 2011.

Construct two layers of hadron calorimeter and test Makoto Harada High Energy Physics Laboratory Faculty of Physics Department of Science Shinshu University.

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Prague LCD Presentation Status of SPS1 Analysis at Colorado Uriel Nauenberg for the Colorado.

Monte Carlo Comparison of RPCs and Liquid Scintillator R. Ray 5/14/04  RPCs with 1-dimensional readout (generated by RR) and liquid scintillator with.

Beam test results of Tile/fiber EM calorimeter and Simulator construction status 2005/03/05 Detector Niigata University ONO Hiroaki contents.

The Scintillator ECAL Beam Test at FNAL Adil Khan International Linear Collider Workshop 2010 LCWS10 & ILC10, Beijing, China CALICE Scintillator ECAL group.

The Scintillator ECAL Beam Test at FNAL K. Kotera, Shinshu-u, 1st October 2009 CALICE Scintillator ECAL group; Kobe University, Kyungpook University, the.

The Tungsten-Scintillating Fiber Accordion Electromagnetic Calorimeter for the sPHENIX Detector Craig Woody, for the PHENIX Collaboration Physics Department,

Light Calibration System (LCS) Temperature & Voltage Dependence Option 2: Optical system Option 2: LED driver Calibration of the Hadronic Calorimeter Prototype.

15-16 Oct 2005 Alice-USA meetingAleksei Pavlinov GEANT EMCAL geometry for ALICE current status Aleksei Pavlinov WSU.

Design and optimization of Electromagnetic particle Detectors (EDs) in LHAASO-KM2A Xiangdong Sheng, Jia Liu, Jing Zhao on behalf of the LHAASO collaboration.

Linear collider muon detector: Marcello Piccolo Amsterdam, April 2003.

A General High Resolution Hadron Calorimeter using Scintillator Tiles Manuel I. Martin for NIU / NICADD Northern Illinois University Northern Illinois.

1 Energy loss correction for a crystal calorimeter He Miao Institute of High Energy Physics Beijing, P.R.China.

SiD R&D tasks for the LOI - Subsystem R&D tasks - Summary of SiD R&D - Prioritization of R&D tasks -> Document for DoE/NSF ~Feb 2009 (Mainly based on Marty’s.

Bill Atwood, SCIPP/UCSC, May, 2005 GLAST 1 A Parametric Energy Recon for GLAST A 3 rd attempt at Energy Reconstruction Keep in mind: 1)The large phase-space.

O R&D programme to test detector concepts being developed for neutrino factory: wrong sign muon “Golden” signature R&D Programme MIND & TASD 15 m 100 m.

Systematic Studies of Small Scintillators for New Sampling Calorimeter E.P.Jacosalem, S.Iba, N.Nakajima, H.Ono, A.L.Sanchez, A.M.Bacala & H.Miyata GLD.

1 Performance of a Magnetised Scintillating Detector for a Neutrino Factory Scoping Study Meeting Rutherford Appleton Lab Tuesday 25 th April 2006 M. Ellis.

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

ECAL PID1 Particle identification in ECAL Yuri Kharlov, Alexander Artamonov IHEP, Protvino CBM collaboration meeting

Silicon Detector Tracking ALCPG Workshop Cornell July 15, 2003 John Jaros.

LHC The Large Hadron Collider (LHC) is an accelerator with 27 km circumference. Being built on the France- Switzerland border west of Geneva. It will start.

DESY Beam Test of a EM Calorimeter Prototype with Extruded Scintillator Strips DongHee Kim Kyungpook National University Daegu, South Korea.

FSC Status and Plans Pavel Semenov IHEP, Protvino on behalf of the IHEP PANDA group PANDA Russia workshop, ITEP 27 April 2010.

Rare decay Opportunities at U-70 Accelerator (IHEP, Protvino) Experiment KLOD Joint Project : IHEP,Protvino JINR,Dubna INR, Moscow, RAS.

first results from EMCal test beam

CaTS and Dual Readout. CaTS – Calorimeter and Tracker Simulation Describe detector in gdml file (xml like) Define.

V. Korbel, DESY1 Progress Report on the TESLA Tile HCAL Option To be filled soon.

5-9 June 2006Erika Garutti - CALOR CALICE scintillator HCAL commissioning experience and test beam program Erika Garutti On behalf of the CALICE.

Performance of Shower Maximum Detectors Saori Itoh (Shinshu Univ.) GLC calorimeter group (KEK,Kobe,Konan,Niigata,Shinshu,Tsukuba) Introduction Detector.

Linear collider muon detector: Marcello Piccolo Amsterdam, April 2003.

1 Hadronic calorimeter simulation S.Itoh, T.Takeshita ( Shinshu Univ.) GLC calorimeter group Contents - Comparison between Scintillator and Gas - Digital.

The Detector Performance Study for the Barrel Section of the ATLAS Semiconductor Tracker (SCT) with Cosmic Rays Yoshikazu Nagai (Univ. of Tsukuba) For.

DESY Beam Test of a EM Calorimeter Prototype with Extruded Strip Scintillator DongHee Kim Kyungpook National University Daegu, South Korea.

Performance of Scintillator-Strip Electromagnetic Calorimeter for the ILC experiment Satoru Uozumi (Kobe University) for the CALICE collaboration Mar 12.

1 Plannar Active Absorber Calorimeter Adam Para, Niki Saoulidou, Hans Wenzel, Shin-Shan Yu Fermialb Tianchi Zhao University of Washington ACFA Meeting.

LHC Symposium 2003 Fermilab 01/05/2003 Ph. Schwemling, LPNHE-Paris for the ATLAS collaboration Electromagnetic Calorimetry and Electron/Photon performance.

Study of the MPPC for the GLD Calorimeter Readout Satoru Uozumi (Shinshu University) for the GLD Calorimeter Group Kobe Introduction Performance.

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimetry-Arlington Calorimetry Detector Study Plans at Colorado Uriel Nauenberg for.

Future Beam Test Plans of the Calorimeter Group Aug 学術創成会議 Satoru Uozumi (Shinshu) for the GLD calorimeter group We are planning to have two beam.

Lecture 18 - Detectors Detector systems

Experimental Method: 2 independent detectors on both sides of IP

Backward Calorimetry For SuperB

KM2A Electron Detector Optimization

State-of-the-art in Hadronic Calorimetry for the Lepton Collider

Testbeam comparisons arXiv:

Dual-Readout Calorimeter: DREAM

Progress Report Keith Drake, Tera Dunn, Jack Gill,

LCD-ALCPG Presentation at the ALCPG-SLAC Meeting

Experimental Method: 2 independent detectors on both sides of IP

The MPPC Study for the GLD Calorimeter Readout

Presentation transcript:

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimetry Cornell-ALCPG Calorimetry Detector Study Plans at Colorado Uriel Nauenberg for The Colorado Group The Cornell ALCPG Meeting July, 2003

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimetry Purpose What Drives the Calorimetry Quality in SUSY  In the measurement of 2 nd Chargino and Heavy Neutralinos we need to measure low energy edge of the Z and higgs.  Need excellent energy resolution for the   ence excellent em energy resolution.

NLC – The Next Linear Collider Project Colorado Univ. - Boulder SUSY 2nd Chargino l l combined mass + -

NLC – The Next Linear Collider Project Colorado Univ. - Boulder SUSY 2nd Chargino Z Energy Mass Cut Z Correct Z 0 Z h

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Scintillator Geometry x-y view z view

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Fiber Placement Light Correction

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Photon Shower Energy Leakage 30 Layers 35 Layers

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Photon Shower Energy Leakage 40 Layers 45 Layers

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Photon Shower Variations in Energy leakage 30 Layers 45 layers

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimeter Simulation Calorimeter Energy Resolution 2 mm scint., 1.75 mm W, 1 mm space 30 Layers 35 Layers

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimeter Simulation Calorimeter Energy Resolution 2 mm scint., 1.75 mm W, 1 mm space 40 Layers 45Layers

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimeter Simulation Calorimeter Energy Resolution 1.75 mm W, 1 mm space 1mm scint. 2 mm scint. 45 LAYERS

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Photon Showers Photon Shower Radii 5 GeV 15 GeV

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Photon Shower Photon Shower Radii 50 GeV 75 GeV

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Photon Shower Radius

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Photon Showers Method of Obtaining Space Point Generate Showers with GEANT 4.0 Calculate Position =  x E  E  i i i

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Photon Showers Reconstruction of Position from Energy Sharing

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Photon Shower Position Resolution when Tiles are Offset

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Photon Showers Tiles not offset Tiles offset About 1.5 cm from edge

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Photon Showers Spatial Resolution Near Center of Tile Tiles not offset Tiles offset

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Photon Shower Position Resolution Using Forty Layers 5 cm tiles

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Photon Showers Resolution in the track slope near center of tile Tiles Not Offset Tiles Offset

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Photon Shower Tile Areas of Simulation

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Photon Showers   Resolution 3 layers read together 5 layers read together 40 layers total

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Particle Separation Standard Model SUSY

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Particle Separation Betweeen  s Betweeen  and Charged Particles

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimeter-ALCPG We have built a cosmic ray telescope 15x15 cm Plan to use  1.3 GeV Muons Plan to Study Light Collection Efficiency for a straight fiber versus a curved fiber using Tyvek and using 3M Super Reflector as a function of the distance from the fiber. 2

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimeter-ALCPG Plan to Study Fiber Readout with Avalanche PhotoDiodes; study voltage stability, temperature stability; light loss versus fiber length. Study uniformity of response of various photodiodes.

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimeter-ALCPG Cosmic Ray rate observed in Boulder is  2 per cm per minute which is twice the expected rate at sea level. We are building a calorimeter module to study the content of the cosmic rays at Boulder’s altitude while testing our concept of spatial resolution and while waiting for beam availability. 2

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimeter Test Stand

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimeter Test Stand 5 cm scintillator pieces with fiber

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimeter Test Stand 5 cm scintillator pieces with fibers epoxied

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimeter Test Stand Computer Readout  Camac crate and ADC from SLAC  Investigating getting Crate Controller PCI card interface from Fermilab or purchase from Kinetic Systems.

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimeter Test Stand Planned Measurements  We get ~ 30 cts /h in 5x5 mm  Measure light collection uniformity across 5x5 cm scintillator piece for the 2 kinds of fiber insert geometry. 2

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimeter Design Good Resolution (11%/  E) Needs 45 layers 770 K 5x5 cm pieces Needs to be Optimized with SIMULATION 7 x 7 cm may be O.K. 2 2

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimeter Pieces Measurements Measured 13 ordered pieces x =  mm y =  mm excellent size uniformity

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimeter R&D Going to work with a company to determine whether we can melt scintillator grooves with wire currents. We did this very well with lead plates and thin aluminum sheets. Then imprint thin grooves 5 cm apart

NLC – The Next Linear Collider Project Colorado Univ. - Boulder Calorimeter Test Stand Avalanche Photodiodes  Characterize Pulse Height Stability vs  Voltage  Temperature  Rate  Uniformity, Linearity, etc.

NLC – The Next Linear Collider Project Colorado Univ. - Boulder

NLC – The Next Linear Collider Project Colorado Univ. - Boulder

NLC – The Next Linear Collider Project Colorado Univ. - Boulder

NLC – The Next Linear Collider Project Colorado Univ. - Boulder

NLC – The Next Linear Collider Project Colorado Univ. - Boulder