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首页> 外文期刊>IEEE Transactions on Applied Superconductivity >Structural Design for the NHMFL Series Connected Hybrid Magnet System
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Structural Design for the NHMFL Series Connected Hybrid Magnet System

机译:NHMFL系列连接式混合磁体系统的结构设计

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摘要

The Series Connected Hybrid (SCH) Magnet developed at the NHMFL will provide high field (36 T), high field quality (1 ppm stability and homogeneity) and a moderately large bore (40 mm inside the resistive shim coils) for users interested in medium resolution NMR studies. The SCH comprises a superconducting outsert built with ${rm Nb}_{3}{rm Sn}$ cable-in-conduit conductor and a resistive insert using Florida-Bitter technology. The insert and outsert magnets are connected electrically in series, which mitigates many of the engineering challenges for such systems, but mechanical design of the structural components linking these remains critical to the performance of the superconducting outsert. We present detailed design and analysis of these components with an assessment of their ability to meet the functional requirements presented by potentially normal, off normal and fault conditions during operation.
机译:由NHMFL开发的串联连接混合(SCH)磁体将为对介质感兴趣的用户提供高磁场(36 T),高磁场质量(1 ppm稳定性和均质性)和适中的大口径(阻性线圈内部40 mm) NMR研究。 SCH包括一个超导插座,该插座由$ {rm Nb} _ {3} {rm Sn} $导管内电缆导体和采用Florida-Bitter技术的电阻插入件组成。插入磁体和插入磁体是串联电连接的,这减轻了此类系统的许多工程挑战,但是连接这些磁体的结构部件的机械设计对于超导输出的性能仍然至关重要。我们对这些组件进行了详细的设计和分析,并评估了它们满足操作中潜在的正常,异常状态和故障情况所提出的功能要求的能力。

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