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Status of superconducting magnets for the Superconducting Super Collider

机译:超导超级对撞机的超导磁体的现状

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The arc sections of the High Energy Booster and the two Collider Rings will need more than 10,000, very large, superconducting dipole and quadrupole magnets. Development work on these magnets was carried out at US/DOE laboratories in a program that began in the mid 1980's. In 1991-95 the technology was transferred to industry and twenty, full-length, Collider dipoles were successfully fabricated and tested. This program, along with HERA and Tevatron experience, has provided industry a data base to use in formulating detailed designs for the prototypes of the accelerator magnets, with an eye to reducing cost and enhancing producibility. Several model magnets from this latest phase of the industrial program have already been tested. The excessive ramp-rate sensitivity of the magnets is understood and solutions are under investigation.
机译:高能助推器和两个对撞机环的弧形部分将需要10,000多个非常大的超导偶极和四极磁体。这些磁铁的开发工作是在1980年中期开始的美国/美国能源部实验室中进行的。 1991-95年,该技术被转移到工业领域,成功制造并测试了20个全长的Collider偶极子。该程序,加上HERA和Tevatron的经验,已为工业界提供了一个数据库,可用于制定加速器磁体原型的详细设计,以期降低成本并提高生产能力。这个工业程序最新阶段的几种模型磁体已经过测试。人们已经了解了磁体过高的斜率灵敏度,并且正在研究解决方案。

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