BTW.
Solution-Hydration of the thermionic emission electrons from the Tungsten
and the plasma electrons and ions in Mizuno's experiments should show
up as "over-unity" heat.
Should also apply to Electrolysis Cells.
See Also:
http://www2.ijs.si/~kkocevar/skripta.pdf
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."
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."
Fred
>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
"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."
Fred
