On Wed, 06 Apr 2011 09:53: SHIRAKAWA Akira wrote [snip]Focardi doesn't know the exact composition of the catalyser used in the reactor (in addition to nickel powder) or what it does exactly but he suspects that it's a chemical compound promoting nickel's adsorption of hydrogen in atomic form rather than molecular. [/snip]
The preferential adsorption of atomic over molecular hydrogen and the lack of change of isotopic proportions both lend support to my theory where atomic hydrogen can translate freely to different fractional values but molecular and fractional molecular hydrogen oppose this translation. This sets up an endless reaction where motion through the suppression zones is driven by gas law while the opposition to this motion turns the suppression zones into a disassociating mechanism (energy rectifier) which pushes the atoms back up to their monatomic energy levels courtesy of the normally chaotic energy (HUP) behind gas law. I think this is the same principle behind BLP, MAHG and even the Noble gas engine (it doesn't have to be hydrogen just needs a and molecular form that the change in energy density can disassociate. My animation at http://www.byzipp.com/finished1.swf depicts 2 parallel conductive plates moving closer together then further apart and the effect it has on hydrogen atoms caught in the field between the two plates. Although the animation is for hydrogen atoms it holds true for any molecular gas compounds caught between "Casimir" boundaries regardless if said boundaries are pores in a skeletal catalyst, the voids between powder particles as they arrange themselves in a bulk container, the meniscus of a collapsing bubble in an electrolyte medium or as in the case of the Noble gas engine it is the collapsing meniscus of a gas pocket in a mixed gas medium of conductive and insulating gases.
