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首页> 外文期刊>低温工学 >Development of a Detachable Current Feeder Terminal for Direct Excitation of magnetically Levitated High-temperature Superconducting Coils
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Development of a Detachable Current Feeder Terminal for Direct Excitation of magnetically Levitated High-temperature Superconducting Coils

机译:磁悬浮高温超导线圈直接励磁的可分离馈线端子的研制

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摘要

An internal coil device,Mini-RT,is being constructed for high-beta plasma confinement studies by means of the magnetic field generated using a magneticaolly levitated high-temperature supperconducting (HTS) cois.In the Mini-RT,the coilo is directly charged by a DC power supply through removable current feeder terminals,and therefore,the generation of joules at the terminals as the result of contact resistance must be suppressed in order to reduce heat propagation to the HTS coil.Three different terminals with cointact springs were trial manufactured and examined under room and liquid nitrogen temperaturesw.The contact resistances at both temperatures depenbded on the terminals and the spring materials.We selected the best terminals for Mini-RT,and confirmed that the differences between the design values and the results were less that 20 percent.
机译:通过使用磁悬浮悬浮高温超导(HTS)线圈产生的磁场,构造了一个内部线圈装置Mini-RT,用于高β等离子体限制研究。在Mini-RT中,线圈是直接充电的通过直流电源通过可移动的电流馈送器端子供电,因此,必须抑制由于接触电阻而在端子上产生焦耳,以减少热量传递到HTS线圈。试制了三种带有弹簧的端子并在室温和液氮温度下检查w。两种温度下的接触电阻都取决于端子和弹簧材料。我们为Mini-RT选择了最佳端子,并确认设计值和结果之间的差异小于20百分。

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