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chhitiz
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well, if we lay power lines along rails and use the magnetic field to lift trains, would it increase the transmission loss?
Adjuster said:is it OK in general to suggest reasons why (in one's opinion) something is not a good idea?
Adjuster said:I would hazard a guess that there are several difficulties that make such an idea impracticable. Most likely, the previous poster could have made further comments, but the reply was limited to giving a direct answer to the question in the original post.
For my information, having recently joined this forum, is that what is usually done? Clearly anything in the way of sarcasm or mocking of someone's ideas would be wrong, but is it OK in general to suggest reasons why (in one's opinion) something is not a good idea?
Transmission lines use electromagnetic induction to create a magnetic field that interacts with the train's motor, causing it to levitate and lift the train off the tracks.
Using transmission lines can significantly reduce friction and increase the speed and efficiency of trains, leading to faster and smoother transportation.
The power for the transmission lines is typically supplied by a power station and is transferred through the lines via alternating current (AC) or direct current (DC) to power the magnetic field.
While there are some concerns about the potential health effects of exposure to electromagnetic fields, studies have shown that the levels of exposure from transmission lines are well within safety limits.
Transmission lines can be used to lift a variety of trains, including high-speed trains, commuter trains, and maglev trains. However, the train must have a motor that is compatible with the magnetic field created by the transmission lines.