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Super-conductivity uigura energisation manner and super-conductivity uigura

机译:超导电性的浦仓通电方式和超导电性的浦仓

摘要

PROBLEM TO BE SOLVED: To provide a superconducting wiggler exciting method and a superconducting wiggler using this method, capable of suppressing the consumption of very low temperature coolant for cooling a superconducting element, continuously operating the superconducting wiggler for a long time, and easily controlling a magnetic field level. ;SOLUTION: A mobile magnetic field type flux pump 1 in which a superconducting disc part 17 is set inside a very low temperature coolant bath, and a magnet rotor part 15 is set outside the bath is arranged, the magnet rotor is rotated, magnetic flux is accumulated in a superconducting circuit, and a superconducting coil connected to the superconducting disc is excited. A magnet rotor of the magnet rotor part 15 has a horizontal arm, and permanent magnets are preferable to be fixed to both ends of the arm in the different polarity direction.;COPYRIGHT: (C)1998,JPO
机译:解决的问题:提供一种超导摆动器激振方法和一种使用该方法的超导摆动器,能够抑制用于冷却超导元件的极低温冷却剂的消耗,使超导摆动器长时间连续运行,并易于控制磁场水平。 ;解决方案:布置了一种移动磁场型磁通泵1,其中将超导盘部分17置于极低温冷却液槽内,并将磁转子部15置于槽外,磁转子旋转,磁通量在超导电路中累积的超导线圈和与超导盘相连的超导线圈被激励。磁体转子部15的磁体转子具有水平臂,并且优选将永磁体固定在臂的沿不同极性方向的两端。;版权:(C)1998,JPO

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