Hey Fred, Can you get some of the magnets up to the curie point to demagnetize them? That would make a much better control than the ceramics. A propane torch might work on a small NdFeB, ceramics will break unless you use a furnace.
K. -----Original Message----- From: Frederick Sparber [mailto:[EMAIL PROTECTED] Sent: Tuesday, May 03, 2005 9:07 AM To: vortex-l@eskimo.com Subject: RE: ICCF-11 papers are depressing Michael Foster wrote: > > I wish everyone would give up on the electrolysis work. I think > it's just an interesting dead end. No way to scale it up > commercially. > Agreed. Too much energy invested into getting the effect. A bit soon to say anything for certain, but the 10 stacked (tissue paper spacer) Neodymium super magnets (10 mm OD x 5 mm ID)in 100 grams of distilled H2O (about ~ 10^19 deuterons/gram H2O) in well-insulated "cups" are showing a few degree C temperature rise over a 48 hour soak. At 1.0 milliwatts it should take 116 hours (4.8 days) to get 1.0 deg C temperature rise. A similar well-insulated cup with a ceramic magnet stack is showing lessor or null results. I've got about $10.00 US and plenty of free time invested in this thing so far. But, since the Neodymium super magnets are only good up to 8o deg C if it pans out I have an eye on using it for nuke waste remediation. Maybe. Frederick
