Solve that Liquid-Solid or Gas-Solid Interface Phenomena problem
Jones, and you will have the answer to Ed storms' Nuclear Active Sites,
CANR-LENR
effects, Fleischmann & Pons, Mizuno-Ohmori, and all the rest too. :-)
Fred
Frederick Sparber wrote.
>
> Jones
> >
> >
> > Yes. There is big conflict between using the best
> > dielectric medium (pure water) and then getting it to
> > charge easily and rapidly using conventional
> > techniques at low voltage.
> >
> The Zeta Potential for ultrapure water against glass is
> 0.155 eV. What is the Force?
> Glass Cylinder Joe Cell? The 12 volt battery puts about 3 volts on the
metal surfaces.
>
> OTOH CO2 leaking in will lower the resistivity of water to
> less than 18 Megohm-cm. Beta-Aether Force, Frank?
>
> Fred
>
>
> > Jones Beene wrote.
> >
> >
> > --- Frederick Sparber wrote:
> >
> > > OTOH, treating the Cell as a stacked series of
> > cylindrical electrolytic capacitors doesn't do much
> > either. Unless the approximately 0.7 square meter
> > Metal-Water Helmholtz Double-Layer Interface in the
> > Cell under low pressure boiling conditions is
> > generating Beta Aether-Casimir
> > Force-ZPE-Supercapacitor "Exploding Capacitor" OU
> > Effect "gases". Maybe?
> >
> > Yes. There is big conflict between using the best
> > dielectric medium (pure water) and then getting it to
> > charge easily and rapidly using conventional
> > techniques at low voltage. That is why the only
> > scenario which works for the "Exploding Capacitor" OU
> > Effect surely must have something to do with an
> > surface induction effect (capacitive coupling effect
> > ?) on the aether itself (the epo field).
> >..
> >
> > Jones
> >
> > > Slight problems.
> > >
> > > The resistivity of high purity (de-ionized) water
> > > runs about 15 Megohm-cm at 26 C.
> > >
> > > With the cylindrical configuration of the Cell,
> > > unless it was filled with 30 ohm-cm
> > > seawater the most current attainable using a 12 volt
> > > battery with 1500 ohm-cm
> > > water (4 orders of magnitude reduction in
> > > resistivity) would be less
> > > than 1.0 ampere.
> > > About 2.5 amperes would be attainable by hooking all
> > > of the concentric
> > > cylinders surrounding the tubular cathode, to the
> > > anode instead of "floating" them.
> > >
> > > OTOH, treating the Cell as a stacked series of
> > > cylindrical electrolytic capacitors
> > > doesn't do much either. :-)
> > >
> > > Fred
> >
