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Practical applications of superconductivity
Mádrová, Tereza ; Langerová, Petra (oponent) ; Baumgartnerová, Alena (vedoucí práce)
This bachelor’s thesis is focused on the elaboration of a summary overview of the use of superconductivity in technical solutions and applications, which means not experimental use, but use in a real technical solution. This work deals with the description of basic superconductivity attributes in the first part (without which the principle of superconductivity cannot be fully understood and therefore description of superconductivity is a necessary part thesis), in the second part of the division of superconductors and superconducting categories according to specific criteria is described, and the last part of this thesis states examples of applications of superconductivity as we can encounter them in everyday life.
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Practical applications of superconductivity
Mádrová, Tereza ; Langerová, Petra (oponent) ; Baumgartnerová, Alena (vedoucí práce)
This bachelor’s thesis is focused on the elaboration of a summary overview of the use of superconductivity in technical solutions and applications, which means not experimental use, but use in a real technical solution. This work deals with the description of basic superconductivity attributes in the first part (without which the principle of superconductivity cannot be fully understood and therefore description of superconductivity is a necessary part thesis), in the second part of the division of superconductors and superconducting categories according to specific criteria is described, and the last part of this thesis states examples of applications of superconductivity as we can encounter them in everyday life.
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Magnetic levitation
Štěpánek,B. ; Paleček,M.
The paper deals with magnetism and its influence on superconducting materials. We describe the discovery and development of superconductivity, superconducting levitation and its use in future technology - called. MAGLEV speed trains. We show the interaction of the magnetic field of a strong neodymium magnet and high-temperature superconductor, cooled with liquid nitrogen at about -200 ° C. Of superconductors at this temperature becomes perfect diamagnetic material. That is ejected from the magnetic field and therefore float above the magnets. The result of our research should be making a track simulating high-speed trains on the principle MAGLEV. In the first stage to select the appropriate arrangement of "rails" of the magnets, then make a final model train.
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