Deformation measurement by compton alignment Satoru Takahashi, Nagoya Univ. OPERA emulsion workshop.

Slides:

Advertisements

Similar presentations

The Belle Silicon Vertex Detector T. Tsuboyama (KEK) 6 Dec Workshop New Hadrons with Various Flavors 6-7 Dec Nagoya Univ.

Advertisements

PEANUT Nagoya 2006/12/08 M. Komatsu. Scanning trials Feb : BL039,040,041,050,052,060 –PL1 and 2 scanned with S-UTS prototype. –SFT matching.

Track ranking in CS analysis T. Fukuda 20/Jan ‘09 OPERA–JAPAN (Mizunami) meeting.

SCU Magnet Modelling: Tolerances and Beam Trajectories Ben Shepherd Superconducting Undulator Workshop RAL, April 2014.

Π 0 search N.Kitagawa Flab Nagoya University OPERA Emulsion Workshop 2008/01/22-23.

Slides for the discussion Cosmic ray density. Cosmic ray density. Cosmic ray is  useful for the alignment between plates. Decay search Momentum measurement.

SUTS Data taking and processing with Monitoring K. Morishima Flab Nagoya Univ. OPERA Emulsion Workshop 2008/01/22-23.

Vertex location status of Japan Nagoya vertex hunting team Y.Nonoyama, K.Hamada, S.Takahashi, H.Kubota, R.Komatani 2009 Jan 22 OPERA Japan Meeting.

Support to the event location in CS Scanning Station Fabio Pupilli LNGS Scanning Team OPERA Collaboration Meeting 20/01/2009 MIZUNAMI.

WG-3 summary CS scanning. People O.SatoNagoya Y.NonoyamaNagoya S.MiyamotoNagoya J.YoshidaNagoya T.FukudaNagoya T.NakanoNagoya S.AokiKobe Luigi Salvatore.

Performance of Compton Alignment in OPERA CS, 2008 run Seigo Miyamoto Jan., 2009, MIZUNAMI.

New grid reference system using photomask Toho Univ M.Kimura, C.Fukushima, H.Shibuya, S.Ogawa Emulsion Workshop 8 th Dec 2006.

OPERA experiment T.Toshito (Nagoya univ. Japan) for the OPERA collaboration Apr

OPERA brick (16215) scanning results Luisa Arrabito on behalf of Lyon Scanning Group Emulsion Workshop Nagoya 22th-23th January 2008.

Cristiano Bozza – European Emulsion Scanning Group – Nagoya Jan OPERA brick scanning by the European Scanning System.

Automatic Track Follow Program A program to trace a given set of tracks automatically –Event location for PEANUT and OPERA –DONUT “not-located” events.

NetScan for BL118 PEANUT Fermilab 22-23/Jan/2007.

Stack to Stack connection O.Sato. Motivation Emulsion coordinate aligned to TT coordinate by Komatsu :: CTransEmulToTT(*); Emulsion tracks.

NS=1 event Satoru Takahashi DONuT collaboration Nagano 2006/10/11.

Application of the Beta-ray alignment for the OPERA CSDs Seigo Miyamoto.

PEANUT Brick Scanning for NETSCAN by S-UTS Kunihiro Morishima F-Lab Nagoya University BL118 Peanut Fermi Lab 2007/01/22-23.

E-pair Search in CSD Tsutomu Fukuda Nagoya-univ..

S. Aoki Kobe University OPERA Emulsion Workshop 2006/12/09 Gamma-ray Telescope.

Film Storage and book-keeping Scanning Quality Control Cosmic Ray Density Vertex Confirmation Vertex Location WG4 summary.

Vertex localization in Lyon Emulsion Workshop 7th-9th Dec. 2006, Nagoya Luisa Arrabito – IPN Lyon.

NC like event location 9 th /Dec/2006 OPERA Emulsion Work Shop T. Fukuda, K. Morishima, N. Nagoya univ.

Time stamping for Emulsion Tracks with Gyaku Data Base method Y.Nonoyama.

Support to the event location in CS Scanning Station Fabio Pupilli LNGS Scanning Team OPERA Collaboration Meeting 02/04/2009 ANKARA.

BL007, BL039 and BL040 PL01-PL02 Scanning Result K. Narita Nagoya University Dec PEANUT meeting.

Linear Programming General Form of an LP Model. Linear Programming General Form of an LP Model where the c’s, a’s and b’s are constants determined from.

CS to TT connection – event display A. Chukanov, Yu. Gornushkin, S. Dmitrievsky 22 nd January, 2008 OPERA Emulsion Workshop, Nagoya, Japan.

Neutrino Event location Connection from Electric Detector to Emulsion Detector Tsutomu FUKUDA Fundamental Particle Physics Lab, Nagoya-univ 9th March,

Status of “Full scanning” 2007/ 03/ 26 Y.Nonoyama.

Umut Kose Neutrino interaction location in the OPERA Experiment New Development of Flavor Physics, , Tennomaru, Gamagori Nagoya University.

Interaction point analysis Judgment  /  March 10, 2009 Yoshiaki Nonoyama Nagoya Univ.

X-Ray Survey of The ATLAS SCT. The ATLAS Semi-Conductor Tracker.

Virtual Alignment alignment technique for no CR exposure or very low density case Satoru Takahashi Nagoya Univ.

1 The momentum measurement of 2ry particle emitted from neutrino interaction DONUT DEC 10 th -11 th B.D.Park, S.Takahashi and T.Furukawa.

Map_Potential 2.0? SuperDARN Workshop, 2011 North E. D. P. Cousins, S. G. Shepherd South.

Research History of Tsutomu FUKUDA Tono-Refresh facility Facility construction Mass production shift leader Refreshing control Sensitivity.

1 Momentum measurements of 2ry particles emitted from neutrino interactions in DONuT experiment B. D. Park Nagoya univ. Emulsion Dec.

Study of compact emulsion spectrometer for identification of neutrino/anti-neutrino interaction OPERA emulsion Nagoya Univ. Chika Fukushima.

(FEA) Analysis P J Smith University of Sheffield 27 th November 2008.

CS Brick connection at Nagoya O.Sato

Characterization of 1mm lead-free joints. Test results (DIC 2D)

Status of the OPERA experiment Yoshiaki Nonoyama Nagoya Univ.

STAR Collaboration Meeting, Nantes, July2002 SVT Analysis/Status Update Jun Takahashi – University of Sao Paulo.

G.Sirri – INFN Bologna videconf Fiducial Mark Finding with ESS 1/6 VersionDateBinarySourceConfigNote zip same as 62 Recommended.

Javier CastilloLHC Alignment Workshop - CERN - 05/09/ Alignment of the ALICE MUON Spectrometer Javier Castillo CEA/Saclay.

DE/dX measurement by OPERA film Tsutomu Fukuda (Nagoya Univ) Emulsion work shop (11/12,2005)

OPERA Emulsion Workshop – Nagoya, 7-9 Dec From CS to Brick: first results from low density cosmic ray exposure at LNGS M. De Serio from Bari emulsion.

1 Results from Winter Storm Reconnaissance Program 2008 Yucheng SongIMSG/EMC/NCEP Zoltan TothEMC/NCEP/NWS Sharan MajumdarUniv. of Miami Mark ShirleyNCO/NCEP/NWS.

Changeable Sheet A.Ariga, Nagoya univ. CS strategy R&D~2004-Oct –BG rejection Distortiondistortion itself, precise measurement, packing Self-Refreshparameter.

1 Simulation for power overhead and cavity field estimation Shin Michizono (KEK) Performance (rf power and max. cavity MV/m 24 cav. operation.

July 11, 2006Bayesian Inference and Maximum Entropy Probing the covariance matrix Kenneth M. Hanson T-16, Nuclear Physics; Theoretical Division Los.

Lateral x-ray: 4 marks vs 2 marks Test perfomed using the plate 57 of one brick with 4 x-ray frontal marks and 4 x-ray lateral marks The distances between.

Penny thickness A histogram of the measured thickness of 100 new pennies (which haven't been worn appreciably and should all be the same thickness) using.

Event Location Rehearsal in PEANUT Bricks OPERA collaboration meeting Gran Sasso, May 2006 Kodama, Sato, Fukuda, Komatsu, Narita, Nonoyama NAGOYA.

Tutorial 2, Part 2: Calibration of a damped oscillator.

G.Sirri – INFN Bologna LNGS /19 Status Report of the Bologna Scanning Lab Bologna Scanning Lab Last activities in the Bologna scanning lab.

Emulsion Test Beam first results Annarita Buonaura, Valeri Tioukov On behalf of Napoli emulsion group This activity was supported by AIDA2020.

MOTION Model. Road Map Motion Model Non Parametric Motion Field : Algorithms 1.Optical flow field estimation. 2.Block based motion estimation. 3.Pel –recursive.

Wide Field Scanning K. Morishima Nagoya University.

External Alignment Maya Shimomura (ISU)

The Status of the OPERA experiment II

Hire Toyota Innova in Delhi for Outstation Tour

External Alignment Maya Shimomura (ISU)

CA3 Retrieves Coherent Representations from Degraded Input: Direct Evidence for CA3 Pattern Completion and Dentate Gyrus Pattern Separation Joshua P.

Types of Errors And Error Analysis.

Simulation of the bunching effect:

Presentation transcript:

Deformation measurement by compton alignment Satoru Takahashi, Nagoya Univ. OPERA emulsion workshop

Procedure of compton alignment for large area global alignment by X-ray mark division small area and local alignment with compton tracks for each area –unit area:5*5mm 2 CS pl1 CS pl2

PH>=10 dr<150μm dθ<0.4rad signal : 35.5 significance : 27.8 shift vector: 10.80, peak# : 37 Area:119 (11, 9) mean : 1.49 RMS : 1.28 BG#/(6×6)μm 2 position displacement ev : , CS : 2-20, KCl : 14h

Area:000 (0, 0) signal : 12.7 significance : 11.4 shift parameter: -2.12, 0.97 Area: 050 (2, 4) signal : significance : shift parameter: Area:150 (6, 12) signal : significance : shift parameter: Area:100 (4, 8) signal : significance : shift parameter:

shift vector map Shift vector shows X-ray mark alignment error and deformation.

shift vector distribution Mean [micron] : 3.4, -4.8 : X-ray mark alignment error RMS [micron] : 3.9, 2.6 : deformation Max [micron] : 13.8 : maximum position displacement due to X-ray alignment error and deformation

differential vector map RMS : 0.32um/mm

ev : , CS : 6-9, KCl : 14h Mean [micron] : -4.3, RMS [micron] : 4.2, 5.4 Max [micron] : 26.7

0.30[micron/mm]

ev : , CS : 5-9, KCl : 14h Mean [micron] : -2.9, 11.0 RMS [micron] : 4.3, 7.8 Max [micron] : 31.5

0.33[micron/mm]

ev : , CS : 12-7, KCl : 4h Mean [micron] : 5.6, 2.7 RMS [micron] : 3.5, 2.1 Max [micron] : 12.6

0.30[micron/mm]

Summary X-ray alignment error [micron] : (4.8, 11.1) deformation [micron] : (4.0, 4.5) maximum position displacement [micron] : , 11.1 (RMS) 4.0, 4.5 (average) 31.5 (Max.)