'Field quality' presentation slideshows

Update of the HL-LHC layout and optics

500 views • 39 slides

Unit 20 Computational tools and field models versus measurements

Unit 20 Computational tools and field models versus measurements. Helene Felice, Soren Prestemon Lawrence Berkeley National Laboratory (LBNL) Paolo Ferracin and Ezio Todesco European Organization for Nuclear Research (CERN). QUESTIONS. What are the available computational tools ?

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Linear Colliders Lecture 3 Subsystems II

Linear Colliders Lecture 3 Subsystems II. Main Linac (cont.) Transverse Wakefields RF system Beam Delivery System Alignment. Last Lecture. Final Focus Demagnify and collide beams. Main Linac Accelerate beam to IP energy without spoiling DR emittance.

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Magnets for Linacs WAMSDO’08

Magnets for Linacs WAMSDO’08. more exactly: A Survey of Interesting Superconducting Magnets for Linacs The Technical, R&D Challenges they pose Linear Colliders Low Energy Linacs Michael Tartaglia Fermilab. Introduction . There are MANY LINACS around the world

520 views • 33 slides

CERN Fast Cycled Magnet demonstrator: test station, instrumentation and measurement campaign

CERN Fast Cycled Magnet demonstrator: test station, instrumentation and measurement campaign. G. Willering 1 , M. Bajko 1 , F. Borgnolutti 2 , L. Bottura 1 , V. Datskov 1 , G. Deferne 1 , J. Feuvrier 1 , L. Fiscarelli 1 , C. Giloux 1 , M. Guinchard 1 , V. Roger 1

421 views • 29 slides

Summary of experience with LHC and SPS IPM monitors in 2011 & 2012 (& 2013)

Summary of experience with LHC and SPS IPM monitors in 2011 & 2012 (& 2013). Mariusz Sapinski, CERN BE/BI. Outlook. High-brightness beams Short description of SPS and LHC IPM HV Gas injection Magnets Imaging, signal distortion (along the path) Hardware failures Calibration methods.

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HQ Development

386 views • 28 slides

Magnet Systems

Magnet Systems. Jim Kerby 20 Apr 2007 With thanks to my colleagues. Current Program. Current focus: Demonstrate by the end of 2009 that Nb 3 Sn magnets are a viable choice for an LHC IR upgrade Known major issues Nb3Sn technology; Peak field on coil; Length; Consistency

398 views • 27 slides

Spontaneous Radiation at LCLS

Spontaneous Radiation at LCLS. Sven Reiche UCLA - 09/22/04. General Properties. Resonant wavelength: Maximum signal when directions of observation and trajectory are parallel? with a characteristic opening angle of ?????? Maximum angle in electron trajectory is K/ ?

352 views • 23 slides

CERN, 26 th May 2014

Future Circular Collider (FCC) Study - Status. Michael Benedikt. CERN, 26 th May 2014. Outline. FCC study scope and parameters Kick-off meeting summary Study timeline and organization Summary. Summary: European Strategy Update 2013 Design studies and R&D at the energy frontier.

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Abstract

Abstract. Magnetic Specifications and Tolerances Weiming Guo, NSLS-II Project

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Overview of HiLumi LHC Low- ? quadrupoles and FRESCA2

Overview of HiLumi LHC Low- ? quadrupoles and FRESCA2. P. Ferracin European Organization for Nuclear Research (CERN). Future Circular Collider Study Kick-off Meeting University of Geneva, Switzerland 12-15 February, 2014. Acknowledgments HiLumi LHC Low- ? quadrupoles. CERN

264 views • 18 slides

Q4 development

267 views • 17 slides

11 T Dipole Project Cold mass integration status & plan

295 views • 15 slides

Field quality of LHC corrector magnets

LOC meeting. Field quality of LHC corrector magnets. S. Fartoukh and Y. Papaphilippou Thanks to A. Lombardi, M. Giovannozzi and V. Remondino (AT-MEL). July 31st, 2006. Outline. Short straight section correctors reminder Corrector field errors evaluation criteria

297 views • 14 slides

The Rayleigh Model

457 views • 13 slides

HTS insert magnet design: Stack Cable Johnny Himbele, Arnaud Badel , Pascal Tixador

HTS insert magnet design: Stack Cable Johnny Himbele, Arnaud Badel , Pascal Tixador. Outline. Stack cable - Advantage / Drawback - Specification Prelimina r y HTS insert magnet design Next steps. S tack cable - Advantage - .

290 views • 10 slides

Escalation Model

1.77k views • 8 slides

The MBI-MQI production

The MBI-MQI production. Understanding the field quality. The MBI pre-series. MBG field quality. Requirement: |? B /B| ? 2 ? 10 -4 for 1.4 T up-to 1.91 T. Hall-probe measurement. The MBI series production. Magnetic Length distribution.

208 views • 7 slides

Beam dynamics requirements on MQT

Field Quality Working Group. Beam dynamics requirements on MQT. A. Lombardi and Y. Papaphilippou. March 21st, 2006. MQT/MQS/MO. Tuning and Skew Quadrupole correctors. 2 families of 8 per ring and sector (MQTF,MQTD), from Q14 to Q21

201 views • 6 slides