Cold melt
Cold melt
(OP)
A copper plate is sandwiched between two nickel plated neo disc magnets. The assembly is spun as one would spin a nickel on a table. After removing the copper plate, it shows multiple spots of pooled metal. The copper and the nickel seemed to be mixed together yet there is no sign of heat present. 5 dimples were made in the copper plate and tissue paper was placed in the dimples in hope of seeing heat transfer, yet there was no sign of it. At these temperatures, should there not have been some heat present? Why is there no heat , is the question.





RE: Cold melt
RE: Cold melt
RE: Cold melt
Is it being driven with a motor for minutes or hours? Or just given a spin and allowed to decay, how fast and how heavy?
Any other fixed magnets other than the Earth's?
Are the plates welded together after? Is it spin welding with relative frictional motion?
RE: Cold melt
RE: Cold melt
You must have some theory or you think that you want to prove something. What is your theory or what is it you want to prove?
Gunnar Englund
www.gke.org
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100 % recycled posting: Electrons, ideas, finger-tips have been used over and over again...
RE: Cold melt
RE: Cold melt
RE: Cold melt
RE: Cold melt
I don't think this thread will go very far without us seeing the video.
My vote is to post the link to the video (as long as you are honestly trying to understand what is going on rather than trying to sell us something).
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(2B)+(2B)' ?
RE: Cold melt
Doesn't that tell the whole story right there? You are inducing varying magnetic fields in the copper with that "another magnet", and those fields cause currents high enough to melt the copper surface slightly.
Look up "induction motors" for an explanation.
www.MaguffinMicrowave.com
Maguffin Microwave wireless design consulting
RE: Cold melt
"The assembly weighs a little over 2.5 lbs..."
"...spins at about 3000 RPM..."
"...is held together with grey duct tape..."
Sounds a bit dangerous.
RE: Cold melt
Maybe you're forming a friction/magnetically induced voltage that is pulling the nickel into the copper?
RE: Cold melt
RE: Cold melt
www.MaguffinMicrowave.com
Maguffin Microwave wireless design consulting