'Integrated gradient' diaporamas de présentation

The MI Wide Aperture Quadrupole (WQB) Project

The MI Wide Aperture Quadrupole (WQB) Project. David Harding and Weiren Chou 2 November 2006. Outline. Dave Design Construction Measurements Weiren Installation Operation Performance. Vladimir Kashikhin John Carson Bill Robotham Jim Jablonski Hank Glass Mike Tartaglia Joe DiMarco.

524 views • 39 slides

Drive Beam Quadrupoles

Drive Beam Quadrupoles. Jim Clarke, Norbert Collomb , Ben Shepherd, Graham Stokes STFC Daresbury Laboratory, UK Antonio Bartalesi, Michele Modena, and Mike Struik CERN, Geneva, Switzerland 4 th October 2013. Current Work Programme. Objectives :

396 views • 27 slides

Undulator Physics Issues Heinz-Dieter Nuhn, SLAC / LCLS October 30, 2007

Undulator Physics Issues Heinz-Dieter Nuhn, SLAC / LCLS October 30, 2007. Vacuum Chamber Update Tuning Status First Article Quadrupole Measurements Beam Loss Monitors. Vacuum Chamber Update.

384 views • 27 slides

DIPOLES FOR HIGH ENERGY LHC

CERN, 21 th February 2013 Snowmass at CERN. DIPOLES FOR HIGH ENERGY LHC. E. Todesco CERN, Geneva Switzerland Acknowledgements: B. Bordini , L. Bottura , G. De Rijk , L. Evans, P. Fessia , J. Fleiter , J. Nugteren , L. Rossi, F. Zimmermann. CONTENTS. Recall of Malta design

404 views • 26 slides

Novel Tunable Permanent Magnet Quadrupoles for the CLIC Drive Beam

Novel Tunable Permanent Magnet Quadrupoles for the CLIC Drive Beam. Ben Shepherd , Jim Clarke, Norbert Collomb , Graham Stokes STFC Daresbury Laboratory, UK Antonio Bartalesi, Michele Modena, and Mike Struik CERN, Geneva, Switzerland CLIC Workshop 2014 CERN, 3-7 February 2014.

409 views • 25 slides

Powered Magnets, DB Formation and Decelerator

279 views • 18 slides

Permanent Magnet Quadrupoles for the CLIC Drive Beam

Permanent Magnet Quadrupoles for the CLIC Drive Beam. Jim Clarke, Norbert Collomb, Neil Marks, James Richmond, and Ben Shepherd STFC Daresbury Laboratory, UK. Background. The CLIC drive beam needs a quadrupole every meter (~42,000) The electromagnet option will consume ~400W per magnet

258 views • 18 slides

EMMA Magnet Modelling

EMMA Magnet Modelling. Ben Shepherd EMMA Design Review 4 January 2007. Modelling carried out using CST EM Studio. F magnet. D magnet. Combined model. http://www.cst.com/. EMMA Cell Layout. Current parameters long straight (Ld) 210mm short straight (Lq) 55mm. Outside of ring. Lq. Ld.

330 views • 15 slides

PMQ3

PMQ3. Magnetic Measurements. BL vs X fit. BL vs X fit y = 4.5903 x + 1.3418e-3 Integrated Gradient = 4.5903 +/- 0.014207 T Temperature = 23.4 +/- 0.3 degree C. Tooling Balls added. Two tooling balls were added to PMQ3. The intergraded gradient changed with the addition.

78 views • 7 slides