Electromechanical dynamics in superconducting levitation systems

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Electromechanical dynamics in superconducting levitation systems

Electromechanical dynamics in superconducting levitation systems

Ooi, B.T.

The theoretical analyses of the repulsive magnetic levitation system for high-speed ground transport have so far treated only steady-state equilibrium conditions. The paper presents an experimentally verified dynamic circuit theory formulation which can cope with electromechanical time transients as well.

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Title :

Electromechanical dynamics in superconducting levitation systems

Additional title:

Elektromechanische Dynamik von supraleitenden Magnetschwebesystemen

Contributors:

Ooi, B.T. (author)

Published in:

IEEE Transactions on Magnetics ; MAG-11 , 5 ; 1495-1497

Publication date :

1975

Size :

, 8 Quellen

Type of media :

Article (Journal)

Type of material :

Print

Language :

English

Keywords :

DYNAMISCHES VERHALTEN , MAGNETSCHWEBETECHNIK , SUPRALEITENDER MAGNET , ELEKTROMECHANISCHES BAUELEMENT , EINSCHWINGVORGANG , MAGNETISCHE ABSTOSSUNG

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