They are clips with the thickness of conventional laminates but with no dielectric coating. I'd like to use the skin effect and gravity (earth's) to removal either lead or zinc "sub masses" without melting the entire lower melting metals and staying beneath the Curie point of spring steel, also a nicety.
An accurate permeability will tighten up the proof of concept.
A measurement of power consumption, mainly of the spring steel (?) via an inductor wrapped about it could not only melt the sub mass but determine the element melted?
Quick design parameters hysteresis core losses are 2/3 the total power ohmic losses of polyamide enameled copper #60 are 1/3.
There are many references at google website at books icon, such as: A Textbook of Engineering Material and Metallurgy
by; Amandeep Singh Wadhwa،Er. Harvinder Singh Dhaliwal and other.
Said text by
Amandeep Singh Wadwa-Er. Harvinder Singh Dhaliwal is not available to me through iConn Connecticut's University System.
I am contacting Wes Bray of Yale's aya.edu Yale Entrepreneurial Institute to see if it is a reserved reference text in New Have . Thanks.
Good question… Please check references below.. hope it will be helpful for you…
Regards…
https://nvlpubs.nist.gov/nistpubs/bulletin/13/nbsbulletinv13n2p173_A2b.pdf.
http://www.public.iastate.edu/~nbowler/pdf%20final%20versions/conferences/QNDE2005Bowler.pdf
https://bitsworkshop.org/premium/wp-content/uploads/2016/BiTS2016s6p3Ruo_8852.pdf
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