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1985•IEEE Transactions on Nuclear ScienceOpen access

Recent Advances in the Technology of Superconducting Accelerator Magnets

C. Taylor

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Abstract

Recent progress in technology of high-current-density cables for SSC model magnets is summarized. NbTi cable with Jcup to 50% higher than Tevatron cable can be expected. Magnetization effects can be predicted and corrected with several new techniques. Development of Superconductor with 2-3 μm filament diameter and high Jcis expected.

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Recent progress in technology of high-current-density cables for SSC model magnets is summarized. NbTi cable with Jcup to 50% higher than Tevatron cable can be expected. Magnetization effects can be predicted and corrected with several new techniques. Development of Superconductor with 2-3 μm filament diameter and high Jcis expected.

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Available abstract

Recent progress in technology of high-current-density cables for SSC model magnets is summarized. NbTi cable with Jcup to 50% higher than Tevatron cable can be expected. Magnetization effects can be predicted and corrected with several new techniques. Development of Superconductor with 2-3 μm filament diameter and high Jcis expected.

Key concepts: Particle accelerator, Nuclear physics, Magnet, Superconducting magnet, Engineering physics, Division (mathematics), Physics, Nuclear engineering

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