Indeed, a dense magnetic field utilizing magnets that are suitable for the load.
I think the gap I have is about 2 - 3mm.
I think the gap I have is about 2 - 3mm.
It’s not that a wider gap translates to a weaker magnetic field. For a given load a wider gap actually translates to a stronger magnetic field. So if your gap is say 1 mm now, more powerful magnets would produce a 2 mm gap or whatever for the same load. As long as there’s a gap there is levitation. It’s the levitation that’s the issue not the flux density of the mag field per se. Hel-looo! interesting article on mag lev for audiophile applications, see link below: http://www.gcaudio.com/products/reviews/infomagix.html |