论文标题
超导磁铁系统概念具有机械能传递的磁场
Superconducting Magnet System Concept with a Mechanical Energy Transfer in the Magnetic Field
论文作者
论文摘要
设计以持久电流模式工作的超导磁铁系统引起了兴趣。这些系统连续生成磁场，而断开的电源像永久磁铁设备一样工作。在本文中，基于磁场中的直接机械能传递提出了一个磁铁系统概念。短路的超导线圈没有当前的导线和电源。为了泵送超导线圈中的机械能，使用了磁化器，该磁力器与线圈磁性结合。从磁铁中卸下磁化器的机械性诱导产生磁场的超导线圈中的持续电流。使用Opera3D代码研究了铁占主导地位的磁铁系统概念，该代码证实了建议的方法的可见性。
There is an interest to design superconducting magnet systems working in a persistent current mode. These systems continuously generate magnetic field with disconnected power source working like permanent magnet devices. In this paper proposed a magnet system concept based on the direct mechanical energy transfer in the magnetic field. Short circuited superconducting coils do not have current leads and power source. To pump the mechanical energy in the superconducting coil used a magnetizer which magnetically coupled with the coil. The mechanical removing the magnetizer from the magnet induces a persistent current in the superconducting coil which generates the magnetic field. Iron dominated magnet system concept was investigated using OPERA3d code which confirmed a visibility of proposed approach.
