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A scheme of Maglev vehicle using high Tc bulksuperconducters

机译:一种采用高Tc体积超导体的磁悬浮车辆方案

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摘要

High Tc superconductors are highly attractive because they can operate at liquid nitrogen temperature. The high performance of high Tc bulk superconductors is exciting to people in the application research work on superconducting magnetic levitation (Maglev) vehicle. The Maglev concept using high Tc bulk superconductors has been demonstrated by the Beijing Small Model. In this paper, schemes relating to the use of high Tc YBaCuO superconducting bulk materials for Maglev vehicle are discussed. First, the YBaCuO bulk superconductors are arranged above the rail using NdFeB permanent magnets. The second scheme is the electromagnetic suspension (EMS) Maglev vehicle using high Tc superconducting permanent magnets (SCPM) or high Tc superconducting wire. The third is the EMS Maglev using high Tc SCPM. The third scheme is chosen after making a comparison. The key problems of the EMS Maglev vehicle using high Tc SCPM are discussed
机译:高Tc超导体具有很高的吸引力,因为它们可以在液氮温度下工作。高Tc块状超导体的高性能在超导磁悬浮(Maglev)车辆的应用研究工作中令人振奋。北京小模型已经证明了使用高Tc体超导体的磁悬浮概念。本文讨论了有关将高Tc YBaCuO超导散装材料用于磁悬浮车辆的方案。首先,使用NdFeB永磁体将YBaCuO块状超导体布置在轨道上方。第二种方案是使用高Tc超导永磁体(SCPM)或高Tc超导线的电磁悬挂(EMS)磁悬浮车辆。第三个是使用高Tc SCPM的EMS磁悬浮列车。比较后选择第三种方案。讨论了使用高Tc SCPM的EMS磁悬浮车辆的关键问题

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