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首页> 外文期刊>Applied Superconductivity, IEEE Transactions on >A Small 1.5 T Persistent Current Operating Test Magnet Using ${rm MgB}_{2}$ Wire With High $j_{rm c}$ Joints
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A Small 1.5 T Persistent Current Operating Test Magnet Using ${rm MgB}_{2}$ Wire With High $j_{rm c}$ Joints

机译:使用具有高$ j_ {rm c} $接头的$ {rm MgB} _ {{2} $}线的小型1.5 T持久电流工作测试磁体

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摘要

Persistent current (PC) operating magnet with bore diameter of about 32 mm was design and developed based on multi- and mono-filament ${rm MgB}_{2}$ wires. The magnet was in a multi-solenoid structure. One pilot coil was wound and joints were fabricated at both ends, connecting it to a superconducting switch for PC operation tests. The magnet was to demonstrate the high field and high temperature performance at different temperatures. Numerical and experimental results demonstrated a promising future of ${rm MgB}_{2}$ wires in low cost magnetic resonance imaging (MRI) systems and high field scientific magnets.
机译:基于多丝和单丝$ {rm MgB} _ {2} $导线设计和开发了直径约32 mm的永磁(PC)工作磁体。磁铁呈多电磁体结构。缠绕了一个先导线圈,并在两端制造了接头,并将其连接到用于PC操作测试的超导开关。该磁体将证明在不同温度下的高场和高温性能。数值和实验结果表明,低成本磁共振成像(MRI)系统和高磁场科学磁体中的$ {rm MgB} _ {2} $导线前景广阔。

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