High Temperature Superconducting Magnetic Levitation
106 Ë 4 Superconducting magnetic levitation High-temperature superconductors were protected by dry nitrogen gas in per- manentl ...
4.7 HTS bulk Maglev train Ë 107 Fig. 4.11:A real-scale HTS Maglev vehicle prototype in Brazil. The lower right corner is the on- ...
108 Ë 4 Superconducting magnetic levitation Tab. 4.2:Specifications of the Maglev cryostat in ATZ, Germany [99] (with permission ...
4.7 HTS bulk Maglev train Ë 109 Fig. 4.14:A 45 m-long HTS Maglev ring test line developed by ASCLab of SWJTU, China, in March T ...
110 Ë 4 Superconducting magnetic levitation Fig. 4.15:Oster and his wife happily rode on a ake HTS Maglev vehicle (left). He col ...
4.7 HTS bulk Maglev train Ë 111 suitable for ETT transportation. The ETT HTS Maglev train is a new transportation system, and it ...
112 Ë 4 Superconducting magnetic levitation Fig. 4.18:Design diagram of the super-high-speed HTS Maglev train. Figure 4.18 shows ...
References Ë 113 [9]Hellman F, Gyorgy EM, Johnson DW, Jr., O’Bryan HM, Sherwood RC. Erratum: “Levitation of a magnet over a flat ...
114 Ë 4 Superconducting magnetic levitation [30]Godeke A, Cheng D, Dietderich DR, Ferracin P, Prestemon SO, Sabbi G, Scanlan RM. ...
References Ë 115 [52]Eastham AR, Atherton DL. Superconducting maglev and LSM development in Canada. IEEE Trans on Magnetics. 197 ...
116 Ë 4 Superconducting magnetic levitation [73]D’Ovidio G, Crisia F, Lanzara GA. “V” shaped superconducting levitation module f ...
References Ë 117 [95]David EG, Stephan RM, Costa GC, Andrade R, Jr., Nicolsky R. Feasibility study of an HTS-Maglev line at the ...
118 Ë 4 Superconducting magnetic levitation [113]Lee C, Lee J, Jo J, Park C, Ryu W, Chung Y, Hwang Y, Ko T, Oh S, Lee J. Concept ...
Su-Yu Wang, Jia-Su Wang, Yi-Yun Lu, and Wei Liu 5 HTS Maglev experimental methods and set-up Experimental study data are the fou ...
120 Ë 5 HTS Maglev experimental methods and set-up This measurement system included a liquid nitrogen vessel, a PMG, data acquis ...
5.2 Key components Ë 121 The principles, methods, structure, functions, and specifications of the several HTS Maglev measurement ...
122 Ë 5 HTS Maglev experimental methods and set-up Fig. 5.1:The properties of PMG for the investigation of magnetic levitation p ...
5.2 Key components Ë 123 Fig. 5.2:Schematic of the columnar liquid nitrogen vessel with thin bottom. (1) Flange. (2) Vacuum. (3) ...
124 Ë 5 HTS Maglev experimental methods and set-up Fig. 5.4:Vapor rate of the columnar liquid nitrogen vessel with thin bottom [ ...
5.3 HTS Maglev measurement system Ë 125 Fig. 5.5:The overall design of HTS Maglev measurement system (from You-Wen Zeng). (1) Sq ...
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