DESIGNING METHOD FOR HIGH TEMPERATURE SUPERCONDUCTING MAGNETIC BEARING AND HIGH SUPERCONDUCTING MAGNETIC BEARING IN THE DESIGNING METHOD

Japanese Patent JP3920947

B2

PROBLEM TO BE SOLVED: To provide a designing method for a high temperature superconducting magnetic bearing part suitable for manufacture of a high temperature superconductivity-applying device having optimum magnetic levitation characteristics and magnetic suspension characteristics an which a charge resource amount is usefully and wholly effectively worked and to provide a high temperature superconducting magnetic bearing.
SOLUTION: A deigning method for a high temperature superconducting magnetic bearing comprises a disc-form superconductor 1 consisting of a superconductor of the 2nd kind; a disc-form magnet body 2 positioned facing the disc-form superconductor 1 with a gap G1 therebetween and axially magnetized. When the disc-form conductor 1 is constituted by a concentric ring-form division method or through combination of the concentric annular division method and radial division method, the disc-form magnet body 2 is selected from the number of concentric annular divisions being the same number as the number of divisions by the concentric annular division method of the disc-form superconductor 1 or the number of annular divisions increased an integral number times as large as the number of divisions.

Kenzo Miya
Yoshikatsu Yoshida
Luo Yu
Hiromasa Higasa

JP18027796A

May 30, 2007

July 10, 1996

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Hiromasa Higasa

F16C32/04; F16C39/06; H01F6/00; H02J15/00; (IPC1-7): F16C32/04; H01F6/00

JP4331815A
JP6081845A

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