The way I see the overall system, the pre-conditioning builds up large quantities
of hydrated (OH-) and (H +) or (H3O +) ions that have a "molecular weight"
of over 108 with 4 to 6 attached H2O hydration molecules.
In fact enough hydration to make the water "syrupy" possibly due to the easier evaporation
of the single water molecules.
The intake stroke of the Otto or Diesel ICE draws the hydrated ions of both
Plus and Minus charge in "Nanoclusters" along with some OH and H "Brown's Gas"
(as a pilot fuel) into the cylinder where the work of compression is decreased
by the amount of heat required to re-vaporize the "Nanoclusters" which allows energetic
recombination of ( H+) and (OH -) to form H2O.
Fred
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See Also:
3.1 Interactions between molecules
3.1.1 Coulomb interactions: Born solvation energy of an ion
>Equations in here<
"The Born energy of ions in water is usually quite large. For example: The
change of free energy by transferring 1 mole of anions and cations from vacuum to
water is (assuming a = 0.14 nm) is -1000 kJmol-1."
>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
"With the help of the Auto-ionization of water and a few days of "preconditioning",
the Joe Cell should store up megajoules of Free Energy in the ~ 250 moles of
water.
The hydrated (OH -) ion, dissolved O2, and hydrated (H +) or (H3O +) ions
along with Hydrated Electrons (e -)xH2O should "evaporate" or come off
the Joe Cell as neutral or charged droplets."
<30>
