Let's just suppose that, for the sake of argument, Moller's Atomic Hydrogen Generator does what is claimed and that monatomic hydrogen is transferring power from ZPE, Beta-atmosphere, Casimir ocean, whatever.
Now the dissociation of the hydrogen molecule at high Temperature can be viewed as the evapouration of a hydrogen fluid at low Compreture (the inverse of Temperature). "What's this he's saying? The hydrogen molecule is a fluid? Surely it's a gas." Well, I suppose it depends on where one chooses to draw the line. Are two molecules of water in a drop of vapour a teeny weeny drop of fluid, or a gas, if we discount the "sitting on the fence word", vapour. For my purposes I am Humpty Dumpty so when I use a word, "it means just what I choose it to mean -- neither more nor less." And low Compreture is an aspect of low Beta- atmosphere pressure. But we know that the Hierarchical Fluid phase within water (viewed as under external Beta- atmosphere compression - or Casimir pressure if you like) is also at a reduced Beta atmosphere pressure [high pF suction if you must insist on taking a anthropocentric view]. Applying a voltage to the water between an anode and a cathode imposes a pressure gradient which tears the water molecule apart with the hydrogen and oxygen heading off in opposite directions. Now presumably the single hydrogen/proton bits pair up at some stage or other since the gas given off is in the form of H2. The question arises, would it be possible to catch the hydrogen before it pairs up? If so one would have the same monatomic hydrogen which is claimed to have such desirable properties for the MAHG. Can we chop out a bit of the water containing just a single H atom. Years ago, I did a lot of research on glass fibre. Allegedly, glass fibre is strong because the diameter is so small that the chances of finding a show-stopper defect is much less than in the case of bulk glass. The same kind of consideration applies to the manufacture of chips [silicon - not potato 8^) ]. Now water evapourates. And the bits of water vapour are very small. Could some of the bits of vapour coming off an electrolysis cell contain single atoms of hydrogen. Is that the explanation for the apocryphal Watercar stories about increases in energy from hydrogen produced by electrolysis? If one could "sieve" out such droplets then one would have a wonderful source of Aqua Vitae. One would indeed have turned water into wine. Perhaps it could even be "Freeze-dried" it to give us Aqua Glacialis for long term storage. 8-) Cheers Frank Grimer
