| Thermo Magnetic Fields | | > Electricity produced from heat with dissimilar metals > Example: Copper and Iron at different temperatures > Magnetism can also be produced from heat with metals > Real devices (at left) have produced fields of 10,000 Gauss ! > Human Beings produce magnetic fields in a similar way ! | Example: A Thermo Magnetic Device 
So is it possible to produce a magnetic field with heat? The answer is YES!
The drawing above is a representation of a thermo-magnetic device. In physics, the Seebeck effect and Thomson effect describe a phenomena in which when a junction is formed from two dissimilar metals such as Copper and Aluminum, a current and potential will flow as long as one metal is maintained at a different temperature than the other. This gives rise to the thermoelectric effect. A thermo-magnetic effect is created when the thermoelectric effect is utilized in the form of a coil.
In the device above, metal junctions of copper and nickel (labeled 5 and 7) are maintained so that one metal is heated while the other metal is cooled. A potential is formed in the coil creating a magnetic field. In devices of this type that have actually been constructed, magnetic fields on the order of 10 to 20 Tesla have been produced! (Thats almost 40,000 times more powerful than Earths magnetic field!) LifeWave Products, LLC, 1000 Peachtree Industrial Blvd., Suite 6-321, Suwanee, GA 30024 Tel: (770) 831-0908 Fax: (770) 271-1661 sales@TheLifeWave.com |
