AC/DC Motors (Help Appreciated)

The vagueness of your post is kinda skeery. What are you trying to accomplish?

Basically i'm trying to make an appliance, eg a garden blower just now run on magnetic power. I'm under the assumption if you connect a 25,000RPM motor to a car battery for example then there would be more than enough force than a regular blower. If that is correct i then want to take Neodymium magnets to replicate the electricity to power the motor. Hope all that makes sense.

I don't want to burst your bubble, but If I understand you correctly, you are missing a couple of things. First of all, a magnet is not a source of power, it is a force, like gravity is a force. You can not plug a wire into gravity or magnetism. You can use these forces to move or store energy, but they are not energy in themselves.

Secondly, a high rpm blower does not equal moving a large volume of air. It may not have sufficient energy to do much of anything. It may spend all it energy spinning around quickly. If you bog it down with a load, it will slow down, to keep up the speed you have to add power. Try studying up on energy transfer (Power). There is no free lunch.

If you do manage to create a zero point energy snowblower I would be interested.

don't wast time,monney as well miend you can't produce eneargy even what you supplyed for ratating magnet.

science in magnetic field from last 17 years.

still if you produce 50% even post me artical i may further help you.

nayanelectronics@yahoo.co.in

Try a car scrap yard: get an alternator and an electric fan. You may need to remove the blades from the fan, and use a "fan belt" (non electric fan) to another pulley: to gear up the revs.

If you're going to run a fan at 25,000 rpm, you're almost surely gonna be supersonic at some point. You're looking at some serious stress and possible (probable?) explosion. People often do this in a vacuum or, at least, not in air.

Capstone makes a microturbine about the size of a refrigerator. They basically use a little tiny jet engine with a speed of 50,000 to 95,000 rpm. (Not a typo) It has one moving part. The rotor. It uses an air bearings instead of traditional bearings since traditional lubrication has a tough go of it at these speeds. They can be run off a lot of different fuels, for instance in L.A. the have a bunch of these running off of Landfill methane gas.

Google "microturbine" and you can get a lot of info that can help you in your quest. Maybe help you be more specific. After all this site is populated by engineers and we do like our specs.