While looking for a near room temperature curie point highly paramagnetic metal. Which I did find a expensive rare -earth one that switches at a about 300k of 80F (gadolinium). Very interesting, but rare. Again old Tesla info comes to rescue. While looking at dozens of specialty metal alloy and magnets suppliers. I did not find this statement, which if true could make Curie low temperature switches practical and affordable too.
>>The Curie temperature varies for different metals. Iron loses its magnetism at 770° C, nickel at 360° C, and cobalt at 1120° C. Alloys such as nickel-iron may lose their magnetism at temperatures ranging from below room temperature as high as 770° C, depending on the ratio of nickel to iron. <<Ref. http://www.teslauniverse.com/nikola-tesla/articles/teslas-thermomagnetic-motor
.
The Great Tesla's work in this area of unused or very under used Magnetics.
http://www.teslauniverse.com/nikola-tesla/articles/teslas-thermomagnetic-motor
I have written up 5 possible patent claims on a improved function and power generating useful implementation of the Tesla Thermo Motor.
Should anyone be into using crown funding or want to fund and be part of a new patent on it.
George King 10-16-2015
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