CS Distortion Kazuyama Yoshioka. Scanning Samples Realistic CS film x 10  2 nd refresh from ’06 July (include Aug. run TTCS)  Some are installed to.

Slides:

Advertisements

Similar presentations

Oscillation Project with Emulsion tRacking Apparatus F. Juget Institut de Physique Université de Neuchâtel Neutrino-CH meeting, Neuchâtel June

Advertisements

1 Status report of the PEANUT analysis Giovanni De Lellis Collaboration Meeting, June 5th 2007, Maiori.

Automated analysis of nuclear emulsions using new tracking technique presented by Tsutomu Fukuda （ Toho University ） Workshop on Nuclear Track Emulsion.

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

SUTS data taking and processing K.Morishima. Introduction to Morishima ・ Refresh ・ Development of Plate Changer ・ Development of Dry lens scanning ・ Development.

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

Meson Production at 8 GeV for IDS120h X. Ding, UCLA Target Studies, Dec. 27, 2011.

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.

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

PEANUT 2nd RUN proposal Oct. 12, 2006 M. Komatsu.

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

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.

Electron identification and shower analysis in ECC T.Toshito (Nagoya Univ.) 8.Mar.2002

Edge Scanning: new plate design for the European Scanning System G. Sirri for Bologna group.

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

Status Report on OPERA Emulsion Nakamura M. Nagoya 2006,Dec.7.

November 24th, 2005OPERA General meeting1 CS facility A. Ariga, M. Kazuyama, S. Hiramatsu Nagoya University Overview Introduction of components.

Location in CSD of electronic detector reconstructed events Scanning results from LNGS scanning lab N. D’Ambrosio, N. Di Marco, L.S. Esposito, P. Monacelli.

Emulsion Scanning System “SUTS”. Follow Shot Optics.

CS Scan report at Nagoya Film samples August run Rock muon events Comic ray events October run Rock muon events 1 event (1 Brick) Cosmic.

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

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

Wide Field Scanning K. Morishima Nagoya University.

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

Calo Prediction Trial Nagoya University F - LAB Kunihiro Morishima.

Status of Napoli scanning laboratory OPERA Emulsion Workshop, Nagoya, 7/12/2006 F. Di Capua on behalf of Napoli group.

CS general status on behalf of JAPAN CS Analysis task force team T.Fukuda, S.Miyamoto, Y.Sakatani, Y.Taira 2nd April, OPERA Collaboration

CS Edge part Distortion analysis T.Yoshioka M.Kazuyama.

Tomokazu Matsuo TOHO University.M2 Experience: CS Production in Gran Sasso CS Scan, Manual check ECC Vertex analysis Main works: Make plate changer #2.

CS to brick and track follow-up ● Cosmic ray test ● CS scanning ● CS to brick connection ● Track following Napoli Scanning Lab.

T. Burnett C&A 31 July 06 Study of the G4 stepping cut value Toby Burnett and Anthony Nardozza (senior physics student) Are the results at all sensitive.

CSd scanning report from LNGS Nagoya OPERA workshop January 22 nd, 2008.

CS Brick connection at Nagoya O.Sato

Status of the OPERA experiment Yoshiaki Nonoyama Nagoya Univ.

EM shower reconstruction and located neutrino event analysis Ciro Pistillo (Bern LHEP) on behalf of the Swiss OPERA groups.

OPERA bricks LNGS G.Rosa, C.Sirignano Emulsion Workshop, 7-9 December 2006.

Jean Favier LAPP CERN Physics and soft meeting 23/04/04 Why Monte-Carlo ? To understand and separate influences of parameters (ex: fog d, distorsions,m.i.p.

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.

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

Gluing machine (scanning at the edge…) G. Sirri for Bologna Group.

ILC MDI workshop January 6-8, 2004 PEP-II IR M. Sullivan 1 Interaction Region of PEP-II M. Sullivan for the ILC MDI workshop January 6-8, 2005.

Material and thickness for pi0 Y.Sudo Univ. of Tsukuba 2008/07/18.

Event location and decay search in Switzerland Swiss group.

Muon absolute flux measurement in anti-neutrino mode A.Ariga 1, C. Pistillo 1, S. Aoki 2 1 University of Bern, 2 Kobe University.

30/06/08E. Garutti1 CALICE testbeam 2008 FNAL. 30/06/08E. Garutti2 The installation.

I.Kreslo / LHEP BERN1 Status of scanning in Bern HW status SW status pi/mu separation ( PSI 2004 ) vertex search (CERN 2004)

OPERA Physics Coordination, CERN, 03/05/2006 Effect of  and  radiation on the on-line emulsion scanning M. Cozzi for the Bologna group.

European Scanning System: status report. DRY Fill factor 92.4 ± 1.6 % DB-driven Scan-back and Total Scan in Bari OIL Fill factor 93.1 ± 1.2 % Brick #8,

T2K muon measurement 2014 Momentum module A.Ariga, C. Pistillo University of Bern S. Aoki Kobe University 1.

NUCLEAR FRAGMENT SEARCH IN HADRON INTERACTIONS JIRO KAWADA(LHEP, BERN) ANIS BEN DHAHBI (F.S.T *, LHEP) JONAS KNUESEL (LHEP) * Faculty Science of Tunis.

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

LHCf Detectors Sampling Calorimeter W 44 r.l, 1.6λ I Scintilator x 16 Layers Position Detector Scifi x 4 (Arm#1) Scilicon Tracker x 4(Arm#2) Detector size.

Proposal for a test with the pure low-energy e Pasquale Migliozzi INFN Napoli.

NBI2006 Starting OPERA data-taking with the CNGS beam D.Autiero IN2P3/IPN Lyon 5/9/2006.

1 Planning Change. Painting a Room Select paint 10 days Sand and clean walls 3 days Buy painting supplies 1 day Buy paint 1 day 1 st coat 1 day 2 nd coat.

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.

Wide Field Scanning K. Morishima Nagoya University.

Nuclear emulsions One of the eldest particle detectors, still used in particle physics experiment (CHORUS, DONUT, OPERA) for its unique peculiarities:

The Status of the OPERA experiment II

Edge Scanning: new plate design for the European Scanning System

Experience from Antoine Cazes, nuFact’08 Valencia

Status of the OPERA experiment

γ γ-> hadron Background Events at CLIC

Results from OPERA Pablo del Amo Sánchez for the OPERA collaboration

Pure  exposure for e/ separation

Bari emulsion lab: status report

Presentation transcript:

CS Distortion Kazuyama Yoshioka

Scanning Samples Realistic CS film x 10  2 nd refresh from ’06 July (include Aug. run TTCS)  Some are installed to wall Exposed 10 GeV π  Exposed & Developed in CERN in ’06 Sep.

Scanning Condition Scanning Machine  UTS stage1 and stage2 Angle acceptance : ±400mrad PH cut : 7 Scan room condition  Temp. 25 ℃ Humi. 40~45% Emulsion thickness  43.5~47.5μ ｍ (by manual)

Scanning Area (0,0) y x 12mm 9mm 12mm x 9mm = 108 mm 2 (x,y) = (60mm,50mm)

Base Track parameter Angle Acceptance  Angle Difference< 100mrad |(micro track angle) – (base track angle)|<100mrad PH cut  PH Sum. > 20 Sum. of 2 surface of 1 film.

CSIDGS Refresh IDTONO Refresh IDGDFD TTCS CS ±1.0 TTCS CS ±1.0 P6 CS D A0332.1±1.34.9±0.2 P6 CS D B0832.1±1.34.9±0.2 P8 CS D D0132.1±1.34.9±0.2 P8 CS D A0632.1±1.34.9±0.2 P18 CS D D0132.1±1.34.9±0.2 P18 CS D A0632.1±1.34.9±0.2 P22 CS D C1034.1±1.25.2±0.2 P22 CS D C0934.1±1.25.2±0.2

“TTCS CS1 / 1 st surface”

“TTCS CS1 / 2 nd surface”

“TTCS CS2 / 1 st surface”

“TTCS CS2 / 2 nd surface”

“P6 CS1 / 1 st surface”

“P6 CS1 / 2 nd surface”

“P6 CS2 / 1 st surface”

“P6 CS2 / 2 nd surface”

“P8 CS1 / 1 st surface”

“P8 CS1 / 2 nd surface”

“P8 CS2 / 1 st surface”

“P8 CS2 / 2 nd surface”

“P18 CS1 / 1 st surface”

“P18 CS1 / 2 nd surface”

“P18 CS2 / 1 st surface”

“P18 CS2 / 2 nd surface”

“P22 CS1 / 1 st surface”

“P22 CS1 / 2 nd surface”

“P22 CS2 / 1 st surface”

“P22 CS2 / 2 nd surface”

CSID Distortion Size [mrad] Global Distortion x [mrad] Y [mrad] TTCS CS TTCS CS P6 CS P6 CS P8 CS P8 CS P18 CS P16 CS P22 CS P22 CS

Summary Global Distortion  No Big Global Distortion Over 10mrad … 3film Local Distortion  Some point have big distortion (50mrad~) 1 is scar Future  SUTS 大面積 … + Other Sample…