IR Magnets for VLHC

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Table of Contents

IR Magnets for VLHC

Disclaimers

Design Considerations

Energy Deposition Issues

IR Magnets for Stage 1 and Stage 2

Stage 1 Low b IR Quad

IR Magnets for Stage 2

A Guide to the Maximum Field in the Magnets 

Quadrupole Gradient for various coil radius

IR Magnets for Round Beam Optics

VLHC-2 IR Layout for Flat Beam Optics

VLHC-2 Interaction Region Magnet Design Concept 

VLHC-2 Interaction Region Magnet Design (Preliminary) 

Variations of the Q1 Design

Fields in the Proposed Double-Quad Design

Design Parameters of Insertion Region Magnets for VLHC-2 Flat Beam Optics

Design Parameters of VLHC-2 Insertion Region Magnets

Design Parameters of Insertion Region Magnets for VLHC-2 Round Beam Optics

Expected Performance of HTS-based Magnets 

Issues with HTS

Measured Performance of HTS Cable and Tape As A Function of Field at BNL

Common Coil Magnets With HTS Cable

Performance of Coil #2 in Common Coil Configuration

Summary

Dipole Field Vs Coil Thickness (for any coil radius)

Usable current Density in Magnet Design

Support Structure Consuming Expensive Space

Author: Ramesh Gupta

Email: gupta@bnl.gov

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

Other information:
IR Magnets for VLHC. Presented at SNOWMASS on 7/7/2001. 

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