'Muon arm' diaporamas de présentation

Trigger Upgrades to the PHENIX Muon Arms

Trigger Upgrades to the PHENIX Muon Arms. Mickey Chiu University of Illinois at Urbana-Champaign for the Forward Upgrade Group. Quark Flavor Structure Measurement at RHIC. , X a >>X b. D. , X b >>X a. d. (. x. ). +. =. b. A. (. W. ). L. ). d. x. (. b. Polarised PDF

722 views • 54 slides

Spin Physics at RHIC PHENIX

Spin Physics at RHIC PHENIX. Atsushi Taketani RIKEN RIKEN Brookhaven Research Center. Physics Motivation Accelerator and Detector Result from Run2/Run3 What we can do?. Physics Motivation. Spin Structure of the Nucleon. What is the origin of the Nucleon Spin?

503 views • 37 slides

Hadron Analysis in the PHENIX Muon Arms

Hadron Analysis in the PHENIX Muon Arms. Chun Zhang Sante Fe meeting 2004. Outline. Introduction Motivation for measuring hadrons in muon arms Hadron Identification Hadron R cp measurement in dAu Preview for Au-Au physics. Fermi Effect. enhancement. Saturation?. EMC effect.

395 views • 31 slides

Quarkonium in the ALICE Muon Spectrometer

648 views • 30 slides

Hugo Pereira Da Costa, CEA Saclay CSTS November 30, 2011

Summary of the SPHN activities in PHENIX at RHIC: measuring the J= production in relativistic p+p , d+A and A+A collisions at ? s NN = 200 GeV. Hugo Pereira Da Costa, CEA Saclay CSTS November 30, 2011. Introduction. Motivations.

508 views • 28 slides

Status Report on the PHENIX Muon Spectrometers Mike Leitch, P-25

Status Report on the PHENIX Muon Spectrometers Mike Leitch, P-25. History of Muons in PHENIX Muon arms: Commissioning & Performance Plans for the Au-Au run in 2004 and beyond. PHENIX m Arms. Brief History of Muons in PHENIX.

263 views • 26 slides

ALICE-USA Collaboration, Physics and Approach

338 views • 22 slides

Physics opportunities with Di- muon analysis at PHENIX - Drell -Yan and quarkonia

Physics opportunities with Di- muon analysis at PHENIX - Drell -Yan and quarkonia. Kwangbok Lee Los Alamos National Laboratory. pA workshop, 1/9/2013. low x. high x. Quarkonia for Heavy Ion phyiscs. Q 2 = 1.69 GeV 2. Quarkonia are produced mostly by

282 views • 18 slides

14 000 Researchers 12 000 Engineers, Technicians, Administrative

CNRS. 14 000 Researchers 12 000 Engineers, Technicians, Administrative. IN2P3. INSU. SPM. SPI. STIC. SC. SDV. SHS. Universe. Nuclear Particle . Physics Maths. Bio. Eng. Computers. Chemistry. Humanities. Personnel:

237 views • 15 slides

Status of ALICE Beam Conditions Monitoring System

Status of ALICE Beam Conditions Monitoring System. ALICE Offline Week 08 October 2007. ALICE BCM. Aim detection of adverse beam conditions within the ALICE experimental region active protection of detectors (in particular the ITS) against multi-turn beam failures

271 views • 13 slides

Run8pp and Run9 PHENIX

Run8pp and Run9 PHENIX. Kensuke Okada April 4, 2008 RSC meeting. PHENIX Run8pp. It was a hard time for PHENIX. Only MPC is the major detector upgrade since Run6. 500GeV longitudinal ~5 weeks (3 weeks preparation + 2 week physics). New cross section measurement

215 views • 11 slides

PHENIX FVTX (Forward Silicon Vertex) Proposal to DOE

PHENIX FVTX (Forward Silicon Vertex) Proposal to DOE. Enable a complete onia + open-heavy physics picture open-charm constraints on J/ ? regeneration consistent gluon saturation picture from onia and charm/beauty gluon polarization via charm & beauty over broad x range

114 views • 11 slides

Simulation: Status for VRDC

Simulation: Status for VRDC. Tarun Ghosh, Indrani Ojha, Charles Maguire @ Vanderbilt University January 2000 Software Review Meeting. Presentation Plan. Progress since November 1999 Currently available events Plans for more event production Questions for PWGs.

322 views • 9 slides

Slow control trigger of the muon arm

Slow control trigger of the muon arm. Muon trigger of the muon arm. VME Crate. External parameters. High voltage. Low voltage. GAS. LPC Clermont Fd. INFN Turin. CERN Infn Turin. Slow control trigger of the muon arm. Pvss courses(june 2002).

196 views • 7 slides

Run2 pp repass at CCJ

Run2 pp repass at CCJ. Hideyuki Kobayashi RBRC. Run2 pp repass motivation. Single muon spin analysis Significant improvement of efficiency and resolution is expected since last pass. It has been proven by dimuon repass. DC Calibration improvement Kalman filter gives better resolution.

164 views • 5 slides