Abstract. This paper will deliver insight into technology and physics of the levitation system for the SupraTrans project, a prototype of a superconducting transportation system. The technology used herein bases on the flux pinning in melt-textured bulk YBa2Cu3O7−X (YBCO) that stabilizes the lateral and the vertical position of the vehicle above the magnetic track. A track made from permanent magnets and soft magnetic steel-yokes acting as flux collectors has been designed and its capability is presented. The concept also includes a fast electromagnetic turnout switch to establish a highly branched transportation network. 1
AbstractThis work presents new results of the Brazilian transportation vehicle MagLev-Cobra. This te...
Electrically conducting sheet guideways for levitation offer potential advantages over discrete coil...
The magnetic vehicle will move objects at precise distances while not in contact between surfaces an...
Superconducting levitation transport systems might become very attractive in the near future due to ...
This report describes the potential impact that high-temperature superconductors (HTSs) may have on ...
The MAGLEV 2000 (M2000) of Florida Corporation has designed magnetic levitation (maglev) and propuls...
A research program, involving 3 British universities, directed at quantifying the controllability of...
AbstractSuperconducting levitation transport systems might become very attractive in the near future...
Models of two small Maglev cars have been made. The track was paved with NdFeB magnets. The arrangem...
International audienceA conventional configuration for levitating a vehicle consists of a magnetic g...
The development of superconductor Maglev systems depends on various disciplinary studies due to the ...
The paper deals with magnetism and its influence on superconducting materials. We describe the disco...
An electromagnet guideway unit (EMGU) that can form an electromagnet guideway (EMG) with only a smal...
AbstractDevelopments of non-contact superconducting devices like superconducting magnetic levitation...
Presents the fundamental principles governing levitation of material bodies by magnetic fields witho...
AbstractThis work presents new results of the Brazilian transportation vehicle MagLev-Cobra. This te...
Electrically conducting sheet guideways for levitation offer potential advantages over discrete coil...
The magnetic vehicle will move objects at precise distances while not in contact between surfaces an...
Superconducting levitation transport systems might become very attractive in the near future due to ...
This report describes the potential impact that high-temperature superconductors (HTSs) may have on ...
The MAGLEV 2000 (M2000) of Florida Corporation has designed magnetic levitation (maglev) and propuls...
A research program, involving 3 British universities, directed at quantifying the controllability of...
AbstractSuperconducting levitation transport systems might become very attractive in the near future...
Models of two small Maglev cars have been made. The track was paved with NdFeB magnets. The arrangem...
International audienceA conventional configuration for levitating a vehicle consists of a magnetic g...
The development of superconductor Maglev systems depends on various disciplinary studies due to the ...
The paper deals with magnetism and its influence on superconducting materials. We describe the disco...
An electromagnet guideway unit (EMGU) that can form an electromagnet guideway (EMG) with only a smal...
AbstractDevelopments of non-contact superconducting devices like superconducting magnetic levitation...
Presents the fundamental principles governing levitation of material bodies by magnetic fields witho...
AbstractThis work presents new results of the Brazilian transportation vehicle MagLev-Cobra. This te...
Electrically conducting sheet guideways for levitation offer potential advantages over discrete coil...
The magnetic vehicle will move objects at precise distances while not in contact between surfaces an...