Re-post by request.
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oozing on the muggy shore of the gulf coast
l...@fbtc.net
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Ken Seger wrote:
>
> Tai-Pan wrote:
>
> > Some months back was thinking how to keep the CS clear while making it.
> > Clear being used to mean no turbidity. That means totally transparent or
> > perspicuous(nothing visible). Clear is not a correct term to use since
> > you can have clear eyes, a clear road,etc. .So in attempts to make CS
> > with no turbidity did a series of experiments on *Current Density*.
> > After doing a lot of tests and constructing Current Density Tables have
> > found that if the wetted electrode current is kept below
> > 0.0107ma per mm2 (10.7ua per mm2) that the CS stays clear and no
> > Floculation takes place until after power is removed. This equates to a
> > true solution or particles under 1 mu (10-6 mm). mu=millimicron
> > ma=milliamp ua= microamp mm=millimeter mm2=millimeter squared
>
> Does this hold true for all types of current? Ie. AC or DC? 27 Volts,
> 120V, 180V, 10,000V?
>
> > This means that single atoms have been removed. These single atoms will
> > begin to floculate after power is removed into larger groups of atoms or
> > small molecules,all of which can PASS INTO cells and attack
> > viruses,viroids and prions. Normal large particle CS will attack
> > bacteria which are outside of cells, but can not get into the cell.
> > Remember that bacteria are outside cells and viruses,viroids and prions
> > are inside cells.
>
> How soon? Does the clumping become significant after 2 minutes, 2
> hours, 2 days, 2 weeks, or 2 months?
>
> > In order to further enhance the potentiality of the CS ran a series of
> > experiments to explore the capability of removing one or two or three
> > electrons from the silver atom. This I could do with the *starved
> > electrode* technic. In was found that with only one electron removed the
> > CS would become pale rose pink (red)(6470A,647mu) when floculating with
> > only slight turbidity. With two electrons removed the CS would become
> > yellow (5780A,578mu)when floculating and only slight turbidity. With
> > three electrons removed the CS would become violet
> > (lavender)(4050A,405mu) when floculating with only slight turbidity.
>
> What is the starved electrode technique?
>
> > A= angstroms mu= millimicrons mv=millivolt
> > With the *starved electrode* the CS becomes very ionicly active with
> > typical readings of 30 to 50 mv at the electrodes with no power applied
> > after making the CS. One run was stopped at 6ppm and WITHOUT power
> > applied the ppm continued to rise to 14ppm over a period of several
> > days. The mv potential at the electrodes slowly went down as the ppm
> > went up. This is really active stuff and opens up new avenues of thought
> > and more tests to make.
>
> If you remove the electrodes and reintroduce them to the CS does the
> electrical potential between the electrodes decline due to clumping? I
> gather this means only fresh CS is extremely active?
> Thanks.
Hi Ken,
Answers:
Question 1. Current is the flow of electrons,don`t care how you get
them to move. Don`t exceed 10.7ua per mm2 and the CS will stay clear.
Question 2. Floculation is not clumping. Floculation is the atoms
trying to become stable by following the OCTET rule of valence
electrons.Floculation begins as soon as power is removed and the atoms
begin combining their valence electrons. Its a slow process,goes faster
the higher the ppm is to begin with as more atoms are trying to
stabilize. Occurs over many days,you will notice a hint of color tint
right away.
Question 3. That is a way of slowly lowering the electrode voltage
over a period of time until the ionic potential equals the electrode
voltage, its related to area also. At that time the electrode current
will also be starved.
Question 4. Don`t know ,did not remove electrodes and reintroduce
them, that could be another test.Fresher it is the more potent it will
be. I would never store it when its so easy to make it.
Thanks for the questions Ken. They were very excellent.
Bless you Bob Lee
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oozing on the muggy shore of the gulf coast
l...@fbtc.net
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