Magnetic wires as "Free Energy"

[dankie]

Tesla had a coil that used iron wire , the stubblefielf coil was made with iron wire

and Stan Meyers VIC was made with stainless steel.

http://www.overunity.com/index.php?topic=6398.0;topicseen

see this post and watch the video

[sm0ky2]

A good way to understand PE (potential energy) in magnetic material is to imagine two PM's separated from each other, both are on pins to allow them to rotate/swivel. If the PM's, on swivels, are left undisturbed, they will rotated such that they are attracting. So it would require some force to rotate either PM. When the PM's are left undisturbed, where they are rotated such that they are attracting, then there's zero PE. If you rotate both of the PM's so they repel each other, then there's maximum PE. If you let go of the repelling PM's, then they will quickly rotate so they magnetically align. As they are rotating, they are gaining KE (kinetic energy), as they convert PE to KE.

In real ferromagnetic magnetic material, thermal energy causes a certain amount of disorder, such that at any given moment in time there's a certain percentage of broken or semi-broken ferromagnetic bonds, which equates to PE.

PL

we must also acknowledge, this PE, and KE changes in magnitude as the square of the inverse of distance between the 2 magnets.
each material has its own permeability, this means a certain maximum number of molecules, (each having the specific energy value of their molecular arrangement) which are able to allign in the magnetic field.
which is a direct relationship to the energy (electrical or magnetic) required to reach the magnetic satturation-point (max permeability) of the material. <-- this is the energy PUT INTO the magnetic material, and by current thermodynamic law, should be all the energy we are able to "extract" from the PM, minus all applicable losses.

PE and KE of a magnet, in the mathematical sense, is almost identlcle to that of a common Spring.
except that you can instantly strengthen or weaken that spring by moving the magnets closer or further away.

[MasterPlaster]

http://chaos.utexas.edu/research/mag/mag.htm


PL

Paul,
Correction. I am glad I chased it up:
http://chaos.ph.utexas.edu/research/mag/mag.html

When a slowly varying magnetic field is applied to a ferromagnet, the response is comprised of a complex series of abrupt jumps, or avalanches, in magnetization. These rapid changes in magnetization appear as voltage spikes in a pickup coil wrapped around the sample:

Look at the first graph.

Isn't this how the TPU works?
Of course in the case of TPU the ferromagnet is the soft iron wire.
No wonder it gets hot after 20 minutes.