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1992•IEEE Transactions on MagneticsOpen access

Quadrupole magnets for the SSC collider

Clyde E. Taylor, P. Barale, R. Benjegerdes, S. Caspi, D. Dell'Orco, D. Fritz, W. Gilbert, A. Lietzke, K. Mirk, C. Peters, R. Scanlan, A. Wandesforde

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Abstract

A 40-mm-bore 211-T/m quadrupole magnet has been designed and tested at Lawrence Berkeley Laboratory. There are 8 coils of 30 strand cable arranged in two layers in a cos 2 theta distribution, supported by 18-mm-thick collars, preassembled into 146-mm-long packs, and rigidly aligned in a cold-iron yoke. The design, construction details, and test results are given for three 1-m models and the first 5-m model.>

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A 40-mm-bore 211-T/m quadrupole magnet has been designed and tested at Lawrence Berkeley Laboratory. There are 8 coils of 30 strand cable arranged in two layers in a cos 2 theta distribution, supported by 18-mm-thick collars, preassembled into 146-mm-long packs, and rigidly aligned in a cold-iron yoke. The design, construction details, and test results are given for three 1-m models and the first 5-m model.>

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Available abstract

A 40-mm-bore 211-T/m quadrupole magnet has been designed and tested at Lawrence Berkeley Laboratory. There are 8 coils of 30 strand cable arranged in two layers in a cos 2 theta distribution, supported by 18-mm-thick collars, preassembled into 146-mm-long packs, and rigidly aligned in a cold-iron yoke. The design, construction details, and test results are given for three 1-m models and the first 5-m model.>

Key concepts: Superconducting Super Collider, Quadrupole, Quadrupole magnet, Magnet, Collider, Nuclear physics, Physics, Computer science

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