established · Electrical Particle Generator · computed
EPG/Spin Generator tubing must be non-magnetic AND non-conductive; documented media = magnetized particles on HHO, gas, liquid or slurry
US 4,613,304 (abstract): closed loop is "non-magnetic, non-conductive" tubing; permanently polarized particles are introduced into the HHO collection chamber and "superimpose themselves" on the H2/O2 gas, which carries them round the loop; the unpolarized H2/O2 separates out to the burner. CA 1,213,671 / EP 0098897 (1982): magnetized elements are "particles suspended in a fluid medium such as gas, liquid, or light-weight movable solid particles and more preferably gas"; "certain non-magnetic pipes would not be operable" since the pipe must pass magnetic lines of force; Fig 10 makes the particles by spark-vaporizing magnetizable electrodes in an evacuated chamber, then passing the vapor through a magnetic field generator. Dealership Manual Extended EPG: slurry of micro-size magnetized particles in liquid Teflon or light oil, or magnetized gas on inert carrier (N2/Ar). Bench implication (derived): a copper tube is excluded by 4,613,304's non-conductive spec (eddy-current shorted turn); the Magnetic Spin Generator is "without particle acceleration", so the medium rotates in place rather than circulating. Superparamagnetic ferrofluid holds no remanence; a permanently magnetized medium needs larger single/multi-domain or hard-ferrite particles.
Basis
- Recorded
- Published
- 5 Oct 2026
- Stanbot
- v3
- Source Ref
- US 4,613,304; CA 1213671 A1 (EP 0098897); WFC Dealership Manual Extended - EPG and Magnetic Spin Generator; Chris Bake prompt 2026-10-05
- Notebook Id
- 3484
epg spin-generator tubing medium hho