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N. O. Radchenko,T. I. Kuznietsova,O. V. Zvonareva
Pág. 147 - 150
The results of investigation of spatial oscillations and stability of motion of electrodynamically levitated vehicle are presented. Various shapes of the track contours and their arrangement on a plain track structure are considered
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O. O. Buriak,V. O. Dzenzerskyi,E. O. Zeldina
Pág. 161 - 164
Based on the energy model for researching the processes of self-stabilization of the electrodynamics levitation systems, the authors studied the impact of the magnetic flux separation in the on-board magnet, as well as in the electrical buffer, rigidly b...
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V. O. Dzenzerskyi,O. O. Buriak,S. O. Zeldina
Pág. 27 - 31
An energy-modeling technique for studying theoretical possibilities of stabilization of electrodynamic levitation systems has been presented. Based on the generally accepted mathematical assumptions, the effect of selfstabilization of vertical oscillatio...
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V. O. Dzenzerskyi,E. O. Zeldina,I. I. Finahina
Pág. 152 - 154
The joint vertical and lateral oscillations of a moving superconductive magnet in the electrodynamic levitation system with the discrete track structure have been researched. There has also been studied the effect of magnet flow separation into oscillati...
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