It seems to me that this new Multiferroic material could best be utilized in a cold fusion reactor using a rotating turbine wheel made from the stuff and connected to an electric generator.
Since the magnetic transition temperature is 135C, one side or quadrant of a veined turbine wheel could be heated just beyond the critical transition temperature of 135 C by a jet of pressurized steam. Each vain of the turbine is made from Multiferroic material and would transition to a magnet as it passed through the steam. To supplement the force of steam pressure, each magnetized vain would contribute to the rotational force derived from a pushing magnetic force provided by a permanent magnet. This magnetized area would cool as the wheel rotates either passively or through the action of a cooling spray of cold water. This cooling would demagnetize the magnetic zone. In this way, a cycle of heating and cooling over a very small delta temperature difference would cause the wheel to rotate. This action would supplement the motive pressure of steam. Best regards, Axil On Wed, Jun 22, 2011 at 12:54 PM, Ron Kita <[email protected]> wrote: > Greetings Vortex-L > > Presented is an interesting thermoelectric conversion material. > Perhaps useful in a Focardi Rossi LENR Cell: > http://www.physorg.com/news/2011-06-source-green-electricity.html > > Respectfully, > Ron Kita, Chiralex >
