HTS Magnets and Nb3Sn Quads

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Table of Contents HTS Magnets and Nb3Sn Quads HTS and High Field Magnet R&D Program at BNL Common Coil Design Overall Design of BNL 12 T Common Coil Background Field Dipole 12 T Background Field Magnet: The Next Step in HTS R&D Program Insert Coil and Sample Test Scenarios Coil Winding with Kevlar Strings Bobbinless Coil With No Additional Structure 10 Turn Coil Rapid Turn Around Program HTS Test Coils  Magnet DCC002: 1st HTS Dipole/Quad Magnet DCC002: 1st HTS Dipole/Quad Measured Ic of Various Turns of Common Coil Magnet DCC006 Systematic Test during the steps of making High Performance HTS coil for DCC008 Measured Critical Current as a Function of Temperature in DCC006 IR Magnet Design Considerations PPT Slide HTS Quad for LHC IR (Racetrack Coil Geometry)  Magnet/ Conductor Technology Options for HTS Quads HTS Quad for LHC IR (70 mm Aperture, 400 T/m Gradient)  A React & Wind HTS Quadrupole Design Near Term HTS R&D Program Nb3Sn Magnet Program with Flexible Pre-reacted Cable 6-around-1 Flexible Nb3Sn Cable Slotted Magnets Used Extensively in RHIC Spin Program Required R&D in Nb3Sn Magnet Program SUMMARY

Author: Ramesh Gupta Email: gupta@bnl.gov Home Page: http://magnets.rhic.bnl.gov/staff/gupta/ Other information: Second of the three presentations at LHC IR Upgrade Collaboration Meeting at CERN, March 11-12, 2002.  Other presentations by Ramesh Gupta at this meeting: 1. Impact of HTS Magnets on IR Layout and Design · Panel Discussion Best experienced with Click here to start.  Download or View PDF Version (2.2 MB)