"Silver I oxide [Ag2O] is the normal oxide of silver.
Silver II oxide [ AgO] is formed when ozone reacts with silver.
Silver III oxide [Ag2O3] has been obtained in an impure state by anodic
oxidation of silver."
Page 2006 Van Nostrands Scientific Encyclopedia 5th edition
So, what happens if the water you are using has a lot of dissolved ozone
gas in it?
Ode
At 11:31 PM 5/19/2003 -0700, you wrote:
--- Ivan Anderson <[email protected]> wrote:
> It is my understanding that the normal cold corona
> ozone generating
> machines will only produce nitrous oxide when fed
> with moist air.
> Ozone produced for medical purposes (including
> dental caries
> treatment) should be fed with dry air, either by
> passing the air
> through moisture absorbing crystals or by heating
> it.
>
> Ivan
I have now modified the Ellis Ozone process so that it
has a gravity feed of distilled water. Ellis process
does not use an arc to create ozone, instead it uses a
"ozone" quartz bulb in the distillation process where
the steam is ozonatated upon condensation. The
advantages of using this water for CS production is
that is distilled "twice" before going through the CS
process. The improvement of Wallmart distilled water
after second distillation is that it registers about
12 % less conductive than the original DW. I dont see
any problem with using ozonated distilled as a source
of CS production, in fact it should be a better
product.
For those that cannot fathom what they call my
"rambling", about my CS process, which is current
limited by tank resonance, let me add the following
fact: as the CS solution becomes more conductive less
current is drawn from the source. In fact more DC
current is across the cells, then the AC current that
goes in. I have only substituted a rectification
process for DC in the middle of a process that
normally is only AC, and that is a tank resonance,
which has the property of resonant rise of amperage:
meaning more amperage exists inside the circuit then
is actually inputed. Tonight I staterted a single cell
with this water. It initially is DC current limited to
1.08 ma across the cell and reads 1.04 ma @ 18 volts
on startup. Tommorow about 12 hours later it will read
only 2 to 3 volts across the cell, at a value close to
1.08 ma. The voltage in such a system constantly
lowers itself so that whatever the initial setting of
current limiting is chosen by variac, it can never
exceed that value, because it is "cuurent limited" by
the impedance of the outside components on either side
of the cell. A schematic of the "binary" resonance
circuit that delivers both voltage rise and current
rise: depending on the resistance of the midpoint load
is at;
Binary Resonant Tank Schematic
http://groups.yahoo.com/group/teslafy/files/BRS/BRT.jpg
The GREAT expenses here are that large induction
coils, employing some 40,000 ohms impedance are on
either side of the CS cell, but with capacities having
identical impedances in series, this serves to
regulate the voltage in such a way as to continually
lower it to the lowest possible value that the C.L.
setting will provide.
Sincerely HDN
=====
Tesla Research Group; Pioneering the Applications of Interphasal
Resonances http://groups.yahoo.com/group/teslafy/
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