Mu-pair Ozaki san. Kibayashi san circle: muons which do not go through DSSD #3 red triangle: muons going through the DSSD #3 the IP resolution is worse.

Slides:

Advertisements

Similar presentations

ALICE TOF FESTIVAL Offline tools and GRID scenario for the ALICE TOF detector A. De Caro (University of Salerno and INFN) CERN – Bdg.29, October 20 th.

Advertisements

Crosstalk Removal to Improve dE/dX measurements Leo Jenner, UCL.

2 Oct 2003 UCL 2nd Year Talk 1 Crosstalk Removal to Improve Muon dE/dX Measurements Leo Jenner, UCL.

Micromegas studies using cosmic rays Franck Sabatié May 7th 2009 Saclay cosmic ray bench Data acquisition system and analysis tools MIP detection Position.

The HAWC Detector ??? Type of connection Select which (of all 1,200) PMT is the source of the connection Select the destination of the.

TPC status Marian Ivanov. Outlook TPC performance ExB correction Alignment Nonlinearities and edge effects Drift velocity calibration.

Preshower 15/03/2005 P.Kokkas Preshower September Run Data Analysis P. Kokkas.

Daniele De Gruttola (TOF group – Salerno University and INFN ) 2009 cosmic rays data analysis 09/Dec/09 ALICE - TOF meeting - CERN.

1 Study of the Tail Catcher Muon Tracker (TCMT) Scintillator Strips and Leakage with Simulated Coil Rick Salcido Northern Illinois University For CALICE.

Muon Seeding Endcap: Cathode Strip Chambers up to 6 hits/station Barrel: Drift Tubes up to 12 hits/station.

Standalone Muon Seeding Rick Wilkinson. 2 One Problem Solved: Bad Seed Efficiency in Cracks ORCA PTDR Standalone Muon CMSSW.

TB & Simulation results Jose E. Garcia & M. Vos. Introduction SCT Week – March 03 Jose E. Garcia TB & Simulation results Simulation results Inner detector.

SCT Analyses on Cosmics. Efficiency 2 methods –Online- quick/biased -> located in SCT_Monitoring –Offline- slow/unbiased In agreement with each other.

(a) (b) (c) (d). What is (1,2,3)  (3,4,2)? (a) (1, 2, 3, 4) (b) (1,2)  (3,4) (c) (1,3,4,2) (d) (3,1)  (4,2)

Area of a Circular Sectors & Segments February 11, 2007.

Tracking within hadronic showers in the SDHCAL Imad Laktineh.

Konstantin Belov. GZK-40, Moscow. Konstantin Belov High Resolution Fly’s Eye (HiRes) Collaboration GZK-40. INR, Moscow. May 17, measurements by fluorescence.

15 Dec 2010 CERN Sept 2010 beam test: Sensor response study Chris Walmsley and Sam Leveridge (presented by Paul Dauncey) 1Paul Dauncey.

1 MTD Calibration for Cosmic Ray Triggered Data in RUN 10 at STAR Lijuan Ruan (BNL), Liang Li (UT Austin) 04/01/ Workshop on STAR MTD Production.

FNAL beam test G4 simulation update Aiwu Zhang

N. Saoulidou Fermilab 1 Status & Update of track reconstruction in the Near Detector N. Saoulidou, Fermilab

Design and development of micro-strip stacked module prototypes for tracking at S-LHC Motivations Tracking detectors at future hadron colliders will operate.

The CMS detector as compared to ATLAS CMS Detector Description –Inner detector and comparison with ATLAS –EM detector and comparison with ATLAS –Calorimetric.

1 ATLAS SCT Endcap C Efficiency Measurement Nicholas Austin IoP Conference April 2009.

1 Endcap C SCT Efficiency Calculation Update Nicholas Austin University of Liverpool Operations Meeting June 2007.

Cosmic Ray Workshop May 15, Cosmic Ray Detector Kit.

Progress on the beam tracking instrumentation Position measurement device Tests performed and their resolution Decision on electronics Summary.

PFA on sidloi3: update Ron Cassell 4/27/10. 2 Proposed changes Calibration Tracking Extrapolation Subcluster finding Muon finding Structure.

Muon Tracker Responsibilities This Year South arm commissioning through this year’s run Analysis Software oversight and development North Arm station 2.

Preliminary Slice Test Track Fitting S. Durkin Sept. 8, 2005 Analyze RunNum1007Evs0to49999.bin using /AnalysisUtilities look for tracks in two separate.

PERFORMANCE OF THE PHENIX SOUTH MUON ARM Kenneth F. Read Oak Ridge National Lab & University of Tennessee for the PHENIX Collaboration Quark Matter 2002.

Measurement of the Charge Ratio of Cosmic Muons using CMS Data M. Aldaya, P. García-Abia (CIEMAT-Madrid) On behalf of the CMS Collaboration Sector 10 Sector.

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

1 DT Local Reconstruction on CRAFT data Plots for approval CMS- Run meeting, 26/6/09 U.Gasparini, INFN & Univ.Padova on behalf of DT community [ n.b.:

1 TEMPERATURE EFFECT OF MUON COMPONENT AND PRACTICAL QUESTIONS OF ITS ACCOUNT IN REAL TIME Berkova 1,2 M., Belov 1 A., Eroshenko 1 E., Yanke 1 V. 1 Institute.

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

Preliminary results on DT T0s in beam collisions J. Santaolalla, J. Alcaraz (+ help/suggestions from C. Battilana, C. Fouz)

1 Light Yield results from the KEK tracker test using G4MICE M. Ellis Tracker Phone Meeting 25 th January 2006.

Javier Castillo 1 Muon Embedding Status & Open Issues PWG3 - CERN - 15/02/2011.

Study of Belle Silicon Vertex Detector Intrinsic Resolution Saša Fratina, Jožef Stefan Institute, Ljubljana, Slovenia for Belle SVD group.

A. De Caro for the ALICE TOF Offline Group (University of Salerno and INFN)

1 Performance of a Magnetised Scintillating Detector for a Neutrino Factory Scoping Study Meeting U.C. Irvine Monday 21 st August 2006 M. Ellis & A. Bross.

Muons at CalDet Introduction Track Finder Package ADC Corrections Drift Points Path Length Attenuation Strip-to-Strip Calibration Scintillator Response.

Status of 2009 Testbeam Paper and testbeam analyses Testbeam paper (2009) Some news from

12/20/2006ILC-Sousei Annual KEK1 Particle Flow Algorithm for Full Simulation Study ILC-Sousei Annual KEK Dec. 20 th -22 nd, 2006 Tamaki.

Dijet Mass and Calibration1 H C A L Z(700) Data and Calibration Dan Green Fermilab June, 2001.

EEE telescope time resolution D. De Gruttola, M.P. Panetta, C. Cicalò.

Update on B-analysis Introduction Towards a definition of a limited set of plots for TDR, using all available data. Based on few general.

Plots of RPC performance G. Cattani, University of Rome “Tor Vergata” & INFN Roma 2 on behalf of ATLAS Muon Collaboration.

Upgrade with Silicon Vertex Tracker Rachid Nouicer Brookhaven National Laboratory (BNL) For the PHENIX Collaboration Stripixel VTX Review October 1, 2008.

Lingling Ma IHEP China Measurement of Cosmic rays with LHAASO at 10PeV~100PeV 4th Workshop on Air Shower Detection at High Altitude Institute of High Energy.

13-2 ANGLES AND THE UNIT CIRCLE FIND ANGLES IN STANDARD POSITION BY USING COORDINATES OF POINTS ON THE UNIT CIRCLE.

NIPHAD meeting 16 September 2005, T. Cornelissen 1 Tracking results in the testbeam Thijs Cornelissen.

Operation, performance and upgrade of the CMS Resistive Plate Chamber system at LHC Marcello Abbrescia Physics Department - University of Bari & INFN,

simplify radical expressions involving addition and subtraction.

Area of a Circular Sectors & Segments

VTX tracking issues Y. Akiba.

First look at data/MC comparison for period 8 reference runs

عناصر المثلثات المتشابهة Parts of Similar Triangles

Bringing the ATLAS Muon Spectrometer to Life with Cosmic Rays

Rick Salcido Northern Illinois University For CALICE Collaboration

Detector Optimization using Particle Flow Algorithm

Forward-Backward Asymmetry Study in

Adding and Subtracting Radicals

Numbers within 20.

Current Status of the VTX analysis

( , ) ( , ) ( , ) ( , ) ( , ) ( , ) ( , ) ( , ) ( , ) ( , ) ( , )

Sheraton Waikiki Hotel

Warm up 7(3x – 5) x(4x + 9) 3. (x – 8)(2x + 1)

Presentation transcript:

mu-pair Ozaki san

Kibayashi san circle: muons which do not go through DSSD #3 red triangle: muons going through the DSSD #3 the IP resolution is worse phi~150 degrees for details see

DSSD3 hybrid 7 residual dist. of cosmic ray muons w/o magnetic field after alignment DSSD #3 seems to be not aligned correctly.....

Cosmic ray muons without magnetic field ( by Kibayashi san)

Haba san pointed out that this may be due to mis- wirebonding correct connection wrong connection

Actually I found many combinations of clusters whose sizes are one and two with 1 strip separation. I applied strip address corrections on hybrid #7 The odd strip number is subtracted by 2. if( hybrid == 7 && ( rla % 2 ) == 1 ) rla -= 2;

cluster width cluster positions on hybrid before correction hybrid #7 Hadron C events (run# 64)

cluster width cluster positions on hybrid After correction! hybrid #7

Hybrid #3 for reference. quite similar plots!

before after the correction