----- Original Message -----
From: <[EMAIL PROTECTED]>
[snip]
The problem with this is that Hydrogen bound in a molecule has a different
ionization energy than free Hydrogen, which means that it can no longer
function
as a Mills catalyst (unless coincidentally the molecule has become a Mills
catalyst analogous to NaH).
Regards,
Robin van Spaandonk <[EMAIL PROTECTED]>
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Some interesting possibilities hereabouts. Mills has been explicit about the
2H+H reaction possibilities, pointing out that where there is a high density
of H atoms there is opportunity for hydrino formation and cascades. One such
place is the cathode of an electrolytic cell. I have speculated that such
may the source of excess heat in LENR experiments. Mills has made a clever
step with NaH, which in a concerted reaction moves the Na and H together
into a energy state where the H catalyzes to H[1/3]. Neat trick to flind it,
since it apparently deos not happen in the normal uses of NaH. There may be
compounds where the 2H+H catalysis can occur undedr the right conditons. If
Mills can find the conditions, it might be very interesting indeed.
Mike Carrell
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