'Beam axis' diaporamas de présentation

Overview of the LHCb calorimeter detectors

CERN Detector Seminar. 8 February 2013. Overview of the LHCb calorimeter detectors. Pascal Perret LPC Clermont. Heavy Flavours @ LHC. High rate of background events: ? vis . Inel . ~ 60 mb at ?s =7 TeV 1/200 event contains a b quark, typical interesting BR < 10 -3. TRIGGER!.

870 views • 67 slides

ATLAS Diamond Beam Monitor

469 views • 31 slides

The FAIR Antiproton Target

431 views • 31 slides

Studying Very Light Gravitino at ILC

Studying Very Light Gravitino at ILC. Ryo Katayama (Tokyo). Collaborators: Shigeki Matsumoto ( IPMU ) , T . Moroi ( Tokyo ) , K. Fujii (KEK) , T. Suehara (ICEPP), T. Tanabe ( ICEPP ) , S . Yamashita (ICEPP). Motivation.

371 views • 29 slides

SBLNF: update on secondary beam line SBLNF meeting 12 th November 2012

SBLNF: update on secondary beam line SBLNF meeting 12 th November 2012. M. Calviani , A. Ferrari, R. Losito, P. Sala, Hei . Vincke. Outline. Updates on the m pits Prompt dose rate due m downstream the dump Target design possibilities Updates on the general target station design

528 views • 29 slides

Study of the acoustic field generated by the electron beam in water

Study of the acoustic field generated by the electron beam in water. Olga Ershova July, 19 th 2006 INFN Genova. Acoustic neutrino detection. Proposed in 1957 Detection of acoustic signals produced by neutrino-induced showers in water E > 10 15 eV. 2 / 24.

409 views • 26 slides

Progress and Future Plans of the BNL ATF Compton Source

Progress and Future Plans of the BNL ATF Compton Source. Oliver Williams University of California, Los Angeles. Outline. Simulation and characterization of source by absorption in foils Attempts at phase contrast imaging (PCI) New endeavors

387 views • 25 slides

Progress of Shintake Monitor (ATF2 IP-BSM)

Progress of Shintake Monitor (ATF2 IP-BSM). ATF2 weekly meeting 2008/9/3 Takashi Yamanaka The University of Tokyo. Beam Size Measurement Performance Expectation.

354 views • 25 slides

493 views • 21 slides

MARS15 RESULTS FOR THE LBNE-BLIP IRRADIATION TEST

Fermilab. Accelerator Physics Center. MARS15 RESULTS FOR THE LBNE-BLIP IRRADIATION TEST. Nikolai Mokhov. LBNE-BLIP Irradiation Test Meeting Fermilab February 19, 2010. Outline. Fall 2009 Conclusions in 3 slides New Sample Geometry and Beam in MARS15

299 views • 19 slides

Light at Work

Light at Work. Lasers: What they are & how they work; Laser tweezers: moving things with light without touching; Laser applications: science, technology, & everyday life; Invisibility: Is this possible? Yes!!! How it works & when we can buy our invisibility clothes?

387 views • 18 slides

Roy Lemmon Nuclear Physics Group STFC Daresbury Laboratory

Strongly Interacting Matter at High Energy Density From ALICE to the LHeC ( Opportunities for UK Nuclear Physics). Roy Lemmon Nuclear Physics Group STFC Daresbury Laboratory. The Phase Diagram of Strongly Interacting Matter.

314 views • 18 slides

Charmed Meson Reconstruction using Silicon Trackers in STAR Experiment at RHIC Motivation

Charmed Meson Reconstruction using Silicon Trackers in STAR Experiment at RHIC Motivation STAR Detector Microvertexing Results Summary and Future Jaiby Joseph for the STAR Collaboration Kent State University. Why Charm Mesons?.

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HAPPEX-III, PVDIS, PREx targets

264 views • 16 slides

transmission vs amplitude with a finite size diffuser

246 views • 15 slides

IS ENGINEERING

271 views • 14 slides

FP420 Vacuum

FP420 Vacuum. Ray Veness. Contents. What is FP420? How would it be installed in the LHC? What would it look like? What are the issues/interest for our group?. What is FP420?. What does it stand for? FP420 = Forward Physics at 420 m (in the LHC) What is it?

247 views • 11 slides

Status of Headon Design Changes since August 2005

LPK June 2006. Status of Headon Design Changes since August 2005. Shorter Final Doublet : a) Larger bore, shorter SC magnets results in smaller losses in the FD. b) Separator closer to IP results in acceptable parasitic bunch crossing spacing at 46 m.

143 views • 7 slides

Geometric constraint

Geometric constraint. Upper limit, 348mm. Cavity, 139mm. Beam axis, 0mm. Current design. 143mm. 3mm Nb , 5mm cooling channel and 2mm vessel. Upper limit, 348mm. 40mm. 338mm. 33mm for flange. Cu gasket , 255mm. Cavity, 139mm. Beam axis, 0mm. Properties.

107 views • 3 slides

METAL FOIL DETECTORS FOR THE RADIATION AND BEAM POSITION MONITORING

EPS2003. METAL FOIL DETECTORS FOR THE RADIATION AND BEAM POSITION MONITORING. V. Pugatch, Yu. Vassiliev, V. Aushev, N. Tkatch. ABSTRACT

82 views • 1 slides