Lamina flow or thermo acoustic stirling engine, Liquid piston
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2:56
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Have you thought about using a higher density non-magnetic coating inside the aluminum tube such as a possible Graphene coated piston to create an absorber to the magnetic differences so that the resistance is negated?
BIC0Gannick0Bic 7 months ago in playlist laminar flow or thermal acoustic generator. big lamina
@BIC0Gannick0Bic
as i want to go cold I might use liquid oxygen instead of of ferrofluid.
The cylinder then probably will be glass.
pic16F88 7 months ago
Hello,
A comment about your idea of "ferrofluid piston": There will be eddy currents on conductive Al tube (resulting an opposite magnetic field) when moving the magnet piston. It will slow down your piston down. You can find it out by moving/dropping a magnet in any aluminium tube and compare movement to non-conductive tube to find this out. Idea might work if you make a static magnet field around aluminium cylinder with ring magnets and try to keep ferrofluid inside the tube. Good Luck!
358Eki 1 year ago
@358Eki Hey , thnx for the input ! I already found this out the hard way :) I knew about eddy currents, I "though" this ould not apply as alluminium is an diamagnetic material. But hey, it conducts great ..
Currently in the clinch edditing or converting nokia mp4 to make a youtube vid aboout my first misstakes.
pic16F88 1 year ago