3-D Modeling of High- T Superconductor for Magnetic Levitation/Suspension Application-Part II: Validation With Experiment

In this paper, the 3-D model proposed in Part I of this study is verified in detail on the basis of a levitation/suspension system composed of a rectangular single-domain Y-Ba-Cu-O and a cylindrical Nd-Fe-B magnet or a permanent magnet guideway (PMG) assembled by the Nd-Fe-B magnets. The magnetic fo...

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Published inIEEE transactions on applied superconductivity Vol. 20; no. 4; pp. 2228 - 2234
Main Authors Ma, Guang-Tong, Wang, Jia-Su, Wang, Su-Yu
Format Journal Article
LanguageEnglish
Published IEEE 01.08.2010
Subjects
Assembly systems
Displacement measurement
Force measurement
High- T_{c} superconductors
levitation force
Magnetic domains
Magnetic field measurement
Magnetic forces
Magnetic levitation
Permanent magnets
Three dimensional displays
validation
Yttrium barium copper oxide
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Abstract In this paper, the 3-D model proposed in Part I of this study is verified in detail on the basis of a levitation/suspension system composed of a rectangular single-domain Y-Ba-Cu-O and a cylindrical Nd-Fe-B magnet or a permanent magnet guideway (PMG) assembled by the Nd-Fe-B magnets. The magnetic forces along the vertical direction perpendicular or the transverse direction parallel to the surface of the PMG (or magnet) were calculated and compared well with the measured data under vertical and transverse displacements. The computed results of the induced current distribution within the Y-Ba-Cu-O domain, as well as the magnetic field profiles in the Y-Ba-Cu-O and its vicinal region, were also presented and discussed.
AbstractList In this paper, the 3-D model proposed in Part I of this study is verified in detail on the basis of a levitation/suspension system composed of a rectangular single-domain Y-Ba-Cu-O and a cylindrical Nd-Fe-B magnet or a permanent magnet guideway (PMG) assembled by the Nd-Fe-B magnets. The magnetic forces along the vertical direction perpendicular or the transverse direction parallel to the surface of the PMG (or magnet) were calculated and compared well with the measured data under vertical and transverse displacements. The computed results of the induced current distribution within the Y-Ba-Cu-O domain, as well as the magnetic field profiles in the Y-Ba-Cu-O and its vicinal region, were also presented and discussed.
Author Jia-Su Wang
Su-Yu Wang
Guang-Tong Ma
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SubjectTerms Assembly systems
Displacement measurement
Force measurement
High- T_{c} superconductors
levitation force
Magnetic domains
Magnetic field measurement
Magnetic forces
Magnetic levitation
Permanent magnets
Three dimensional displays
validation
Yttrium barium copper oxide
Title 3-D Modeling of High- T Superconductor for Magnetic Levitation/Suspension Application-Part II: Validation With Experiment
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Volume 20
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