Thanks Robin,
I stretched myself too thin and consequently the brain fart
missing the "per sec". I did catch the need for added energy but was
wondering how it would perform in an environment of h1 and you answered that
also In confirming it is a Mills catalyst. My pet theory is that Oxygen
allows a normal chemical reaction and that a catalyst starved of it can
disassociate h2 all by itself if the component atoms are trying to translate
to a different fractional orbit value. Gas law is based on UP and I am
saying it can be rectified by a fractional molecule that doesn't want to
move inside the cavity to any position where the distance between the plates
change. After some threshold the molecular bond breaks restoring atomic
energy from the force of gas law which allows the fractional atoms to
translate to a new value appropriate for the local Casimir geometry. I don't
know if the threshold is enough to hold a fractional molecule together
outside of the cavity but if at all possible it would only be a small
fraction. Maybe some
H2/2 or H2/3 in HHO?
Regards
Fran
