There are two types of maglev trains developed till now. Many countries are spending a lot on the R & D work of these types of future trains. In present scenario, magnetically levitated (Maglev) trains have the potential to replace the existing rail transport system. lower top speeds, significant guide way maintenance, maintenance schedules are based on speed or distance travelled, affected by snow, ice, severe cold, rain and high winds, experience rolling resistance, and air resistance potentially decreasing power efficiency, produce larger noise, wear and tear from friction of the wheels, equipment deterioration from hammer.But it is becoming obsolete nowadays because of many difficulties and limitations: India is currently using conventional rails as one of its most important transport system for passengers as well as freights. ADVANTAGES OF MAGNETICALLY LEVITETED TRAINS.We tried to propel it with a little push of our fingers (here.Then we found that we were able to levitate the crystal some.
CONSTRUCTION OF MODEL SIMULATING A LOCOMOTIVE.We have used these magnets to prepare track length of about ½ m.USE OF PERMANENT MAGNETS TO BUID THE TRACK.USING LIQUID NITROGEN FOR COOLING OUR SUPERCONDUCTER.Here we are moving ahead with our project work.
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