'Detector solenoid' diaporamas de présentation

Mu2e

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Focusing and Bending Or How to Build Your Own Storage Ring

Mike Forster 11 December 2006. Focusing and Bending Or How to Build Your Own Storage Ring. Lorentz Force Equation. Wikipedia.org. Make a Ring. Electrostatic plates or Dipoles?. B. E. Magnet Choices. Permanent Magnets Fixed field Ferrites typically up to .05-.10 T

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Tracker for the mu2e Experiment at Fermilab

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SuperB design and needs

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Design of Interaction Region

Design of Interaction Region. Gang Xu Accelerator Physics Group IHEP, Beijing, Oct. 14, 2001. Content. Introduction to BEPCII Requirements to IR design from accelerator physics Detector boundary condition IR beam line layout IR Magnets Background and consideration of new design Summary.

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Report from MDI WG

Report from MDI WG. Emmanuel Tsesmelis CLIC Technical Committee 9 January 2009. Final Focusing System (FFS). Distance L* between final quadrupole and IP is being evaluated L* < 3.5. m. compromises luminosity 3.5 < L* < 4.3 m. yields similar luminosity

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CLIC main detector solenoid and anti-solenoid impact

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Solenoid and SR studies

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CEPC MDI Study Progress (accelerator part)

CEPC MDI Study Progress (accelerator part). Sha Bai, Hongbo Zhu, Teng Yue, Qinglei Xiu, Yiwei Wang, Kai Zhu, Yingshun Zhu, Mingming Ma, Yin Xu, Dou Wang, Ming Xiao The 4th Beijing-Chicago Meeting 2015-09-14. MDI Study issues. Beam background Shielding design Collimator design

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Mu2e Solenoid System Status

Mu2e Solenoid System Status. Mu2e Experiment. Production Solenoid. Detector Solenoid. Transport Solenoid. e -. m - , p -. 2.5T. ~5T. Production Target. Stopping Target. 2.0T. Tracker. Calorimeter. Collimators.

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Update of detector hall in mountain region

Update of detector hall in mountain region. May 22, 2011 @LAL-Orsay Y.Sugimoto. Sample site. Exp-hall. Access tunnel. Shape of cavern. Study of 2 sample sites in Japan Both sites have very good geology of granite Depth of the cavern is less than 300m

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