Innovative Magnet Designs for Future Colliders

Table of Contents

Overview of the Presentation

The Recommendations

Common Coil Design (The Original Concept)

Extension of the Common Coil Design (new since the last review) 

PPT Slide

Common Coil Magnet System with a Large Dynamic Range (Possible Advantages)

Persistent Current-induced Harmonics (may be a problem in Nb3Sn magnets, if nothing is done)

Case Studies for VLHC at/near Fermilab Site (only one tunnel will be needed over the present infrastructure)

Flexibility in the Operations of Two Rings

Results from the first magnet based on the common coil design

Quench Performance of the First Common Coil Nb3Sn Magnet

A Modular Design for a New and Low-cost Magnet R&D Approach

PPT Slide

Impressions of 14 T Common Coil Magnet (now under development) 

Iron Yoke in the Design

PPT Slide

Field Quality Optimization in the Common Coil Design Magnet

A Possible Low-cost Magnet Manufacturing Process

Conclusions and Summary

Email: gupta@bnl.gov

Home Page: http://magnets.rhic.bnl.gov/staff/gupta/

Other information:
Presented at the DOE Program Review of High Energy Physics, LBNL, March 3-4, 1999. 

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