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首页> 外文期刊>IEEE Transactions on Magnetics >Experimental study of the quench properties of epoxy impregnated coupled coils wound with NbTi and NbSn
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Experimental study of the quench properties of epoxy impregnated coupled coils wound with NbTi and NbSn

机译:NbTi和NbSn缠绕环氧树脂浸渍耦合线圈淬火性能的实验研究

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The authors have carried out an investigation on the quench properties of small coupled adiabatic coils, each one consisting of an outer NbTi shell and an inner Nb/sub 3/Sn shell. The outer diameter is less than 100 mm and the maximum central magnetic field is in the 10 T range. The propagation of heater induced quenches was investigated by recording the voltage across voltage taps soldered to the coils. The NbTi and Nb/sub 3/Sn coils can be electrically connected or can be energized independently and separately protected using independent dumping resistors. The authors report the predictions given by a computer program for multicoil systems. The computer simulations are compared with the measured values, and the corrections to the usual formulae for the propagation velocity, needed to fit the experiments, are given.
机译:作者已经对小型耦合绝热线圈的淬火性能进行了研究,每个线圈都由一个外部NbTi壳和一个内部Nb / sub 3 / Sn壳组成。外径小于100毫米,最大中心磁场在10 T范围内。通过记录焊接在线圈上的电压抽头上的电压来研究加热器感应淬火的传播。 NbTi和Nb / sub 3 / Sn线圈可以电连接,也可以独立供电,并使用独立的倾卸电阻器分别保护。作者报告了计算机程序对多线圈系统的预测。将计算机仿真与测量值进行比较,并给出了适合实验所需的对传播速度的常规公式的修正。

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