To provide a stacked superconductive coil, which can suppress drift and lessen necessary space, and a rotator using the stacked superconductive coil.
This stacked coil includes a first superconductive coil 10, in which a group of wires, where a plurality of superconductive wires 1-4 are paralleled, are wound in one direction, and a second superconductive coil 20, in which a group of wires, where a plurality of superconductive wires are paralleled, are wound in the other direction opposite to one direction. The first superconductive coil 10 and the second superconductive coil 20 are stacked in a direction which runs parallel with a center axis around which the plurality of superconductive wires 1-4 are wound. In the group of wires of the first superconductive coil 10, each of the plurality of wires 1-4 paralleled from the inner perimetrical side of the first superconductive coil 10 to the peripheral side is connected to each of the plurality of superconductive wires 1-4 paralleled from the peripheral side of the second superconductive coil 20 to the inner perimetrical side in the group of the wires of the second superconductive coil 20.
OYAMA HITOSHI
JP2008166569A | 2008-07-17 | |||
JPH10308306A | 1998-11-17 | |||
JPH05219717A | 1993-08-27 | |||
JPS6387197A | 1988-04-18 | |||
JP2010109287A | 2010-05-13 | |||
JPS6011412U | 1985-01-25 |
Toshio Morita
Yoshihei Nakamura
Yutaka Horii
Masayuki Sakai
Nobuo Arakawa
Masato Sasaki
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