Hi Keith,
Boiling hot water should do it, but I'm not going to try it until I get some
more precise measurements with some digital thermometers due in
today or tomorrow.
BTW, the Neodymium magnets are Nickel-Plated which makes for thinking
of it as a Condensed Plasma Interface with magnetic
: Magnetically Aligned CF Reactions, in H2O, Was RE: ICCF-11
papers
Hi Keith,
Boiling hot water should do it, but I'm not going to try it until I get some
more precise measurements with some digital thermometers due in
today or tomorrow.
BTW, the Neodymium magnets are Nickel-Plated which makes
If this warming is the result of some sort of fusion, you should place the
cup in a shield to protect against possible neutron emissions.
Harry
Frederick Sparber at [EMAIL PROTECTED] wrote:
Hi Keith,
Boiling hot water should do it, but I'm not going to try it until I get some
more precise
was using electroless Ni, or were they Ni
plating before magnetizing?
Frederick
[Original Message]
From: Keith Nagel [EMAIL PROTECTED]
To: Vortex vortex-l@eskimo.com
Date: 5/3/05 12:23:59 PM
Subject: RE: Re : Magnetically Aligned CF Reactions, in H2O, Was RE:
ICCF-11 papers
Hi Fred,
Boiling
[Original Message]
From: Harry Veeder [EMAIL PROTECTED]
To: vortex-l@eskimo.com
Date: 5/3/05 12:41:56 PM
Subject: Re: Re : Magnetically Aligned CF Reactions, in H2O,Was
RE: ICCF-11 papers
If this warming is the result of some sort of fusion, you should place the
cup in a shield
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