Don,

I am aware of that - but just from a fun, experimental, point of view I
would like to play around with some testing on my own.  I guess it is the
"mad scientist" part of me. . . .

:-)

Tony



-----Original Message-----
From: DON BURSCH [mailto:[email protected]]
Sent: Wednesday, December 16, 1998 6:50 AM
To: [email protected]
Cc: [email protected]
Subject: Re: CS Testing


Tony:

My understanding is that the petri dish stuff has already been done with
positive findings in a couple of university labs. What is lacking is
evidence of
what it does once it is in our bodies or coated on mucus membranes.

Anthony W. Nettis wrote:

> I have used both high voltage AC and low voltage DC colloidal silver -
with
> positive results (and no graying!).
>
> More for fun than for anything else I would like to run some tests
> cultivating simple bacteria in a control dish and dishes containing
> different stengths (PPM) of CS.   Does anyone have any idea of where to
buy
> a "kit" that would include petri dishes, growing medium, and instructions
> for doing this type of simple experiment?
>
> Tony
>
> -----Original Message-----
> From: GOOD4u [mailto:[email protected]]
> Sent: Monday, December 14, 1998 7:36 PM
> To: [email protected]
> Subject: Re: CS>Url problems
>
> Well, Thank-you very much Ivan for all that information.
> The only time that My colloid turns yellow is if I make it VERY strong.  I
> just leave it for over 2 hours to get it to be yellow.  If I only leave it
> for 1/2 hour, it stays clear and acquires no bitter taste ate that level.
>
> Yes, I encourage anyone that wants to make a very small particle size, to
> try the neon ballast and let me know what your opinion is.
>
> I am also considering mixing Low voltage DC colloid with the product of my
> high voltage method to make sure that I get a wide variety of particle
> sizes. I believe this may produce a substance that is effective against a
> wider spectrum of organisms??
> -----Original Message-----
> From: Ivan Anderson <[email protected]>
> To: [email protected] <[email protected]>
> Date: Monday, December 14, 1998 4:31 AM
> Subject: Re: CS>Url problems
>
> >Interesting post John.
> >
> >I have been wondering about HVAC processes. Yours sounds like a beauty.
> >I'm going to make one.
> >I want to compare the CS made from AC vs DC both LV and HV, and to this
end
> >have been reading at the university science library. Perhaps I can answer
> >some of your queries in part, but I must say that this area in science
> seems
> >quite vague and most study of metalic sols took place before 1950 and can
> be
> >contradictory, at least to my limited capacities.
> >It should be recognised that AC and DC voltages produce different forms
of
> >silver, AC ; elemental metal particles with no charge, DC ; ionic metal
> >particles generally Ag+ but may also be Ag++ or even Ag+++ and probably
> some
> >elemental silver as well. The biological activities differ between the
two
> >products.
> >First, an oscillating electric arc at low current will produce small
> >particles, of which 19 - 52% will be silver oxide,  I suspect this will
be
> >your milky cloud. According to one of my notes, a certain amount of
silver
> >oxide will aid colloidal stability. Interestingly Svedberg stated that,
> >silver and perhaps also mercury may produce metal sols by boiling or
> >irradiation by uv light under water. The irradiation leads to the
> production
> >of hydrogen peroxide in the water which oxidises the metal into solution,
> >silver oxide then separates as the concentration increases, having low
> >solubility in the colloid form, which then, in turn, is reduced to metal
by
> >the same uv radiation. (perhaps Ionic silver colloid could be stableised
by
> >the addition of a small amount of hydrogen peroxide, boy what
combination!)
> >Silver sols were obtained early this century, first by DC arc (30 -110 V
> >5 -10 A) then by HFAC 10,000 - 10,000,000 Hz arc with little of the
> >decomposition of the dispersion medium that plagued DC arc.
> >I have no idea of the bioactivity of silver oxide.
> >As to the particle size and colour of CS, Otswald formulated the rule,
that
> >the variation in colour of metal sols is due to a shifting of the
> absorption
> >maximum (of visible light) towards the regions of longer wavelength with
> >decreasing degree of dispersion and Mie found that the colour displayed
may
> >be used to characterise the particle size. Although these rules as well
as
> >those of Rayleigh depend on particle shape it seems they may be applied
> >generally to colloidal silver.
> >Thus: as the wavelength of absobed light increases from 400nm to 730nm
> >violet - inidgo blue - blue - blue green - green - yellow green -
yellow -
> >orange - red - purple light is absorbed, leaving the corresponding
> >transmitted light : yellow green - yellow - orange - red - purple -
> violet -
> >indigo blue - blue - blue green - green, to be observed.
> >Clear suspensions absorb near uv and uv light and therefore transmit all
> >visible light, more or less, and are of a correspondingly smaller size.
> >
> >I have not experienced yellowing myself, but if that means a shift from a
> >lighter to a
> >deeper shade then i suspect an aggregation of particles, as is
flocculation
> >and dropping out. This most likely will proceed until an equilibrian has
> >been reached, and then should be relatively stable. There is more that I
> >would like to discuss on this topic and some questions I would ask of
those
> >more familiar with these matters, but for now, my regards.
> >Ivan
> >
> >>
> >>A High voltage AC maker can be made using a used Neon sign transformer.
> >>Let me give you an idea of the way that I generate CS.  For years I used
> >the
> >>9v battery method. I have now found that a used neon sign ballast
(9000v)
> >or
> >>(12,000v)  that you should be able to pick up from a sign shop for about
> 20
> >>dollars, and a couple of pure silver wires, and a couple of alligator
> clips
> >>is really all you need to make high quality, high voltage AC Silver
> >Colloid.
> >>It can all be done for under $40.00. If you insist on a new ballast, it
> can
> >>cost you over $100.00.
> >>Just submerge one silver wire in the water, and suspend the tip of the
> >other
> >>electrode about 1/8 inch above the surface of distilled water.  When you
> >>turn on the ballast,you will get a momentary blue arc, and then a "cone"
> of
> >>water will be drawn up the tip of the electrode about 3/8-1/2 inch.
Leave
> >>this for about an 1/2 hour in 1/2 gallon of distilled water.  If it
> >>starts to arc before the 1/2 hour, and you let it arc for a while, then
> the
> >>colloid starts to get a cloudy, milky appearance. Even though this
"milky"
> >>product still appears to be stable, (no dropout,or yellowing) I am not
> sure
> >>of what particle size is being made during the arcing process, so I do
not
> >>let it arc,  Maybe someone else on this list will know what size that
type
> >>of particle is. I don't. I also don't know the concentration that it
> makes,
> >>nor how to test at home for concentration.  I do think it is somewhere
in
> >>the neighborhood of about 5-10ppm. I do know that by not letting it
> >>arc, I am making a perfectly acceptable product to me, which seems to be
> >>vastly superior to the old 9v battery process. It also seems to utilize
> the
> >>silver electrode much more efficiently. It is obviously much more stable
> >and
> >>exhibits a strong Tyndal effect, and does not seem to "drop out" or get
> >more
> >>and more yellow upon sitting. ( I think yellowing and dropout are a sign
> of
> >>larger particles)
> >>If you are interested in making your own CS, you may find that this
simple
> >>arrangement can make a yellowish product that compares much more
favorably
> >>to the product produced by the high quality 10,000v AC machines you may
> >have
> >>heard about on the internet selling for over $700, than does the product
> >>produced by the 30volt
> >>DC (9v battery process)
> >>
> >>John
> >
> >
> >
> >--
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>
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> To join or quit silver-list or silver-digest send an e-mail message to:
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>
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>
> To join or quit silver-list or silver-digest send an e-mail message to:
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>
> To post, address your message to: [email protected]
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To join or quit silver-list or silver-digest send an e-mail message to:
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To post, address your message to: [email protected]

List maintainer: Mike Devour <[email protected]>


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To join or quit silver-list or silver-digest send an e-mail message to: 
[email protected]  -or-  [email protected]
with the word subscribe or unsubscribe in the SUBJECT line.

To post, address your message to: [email protected]

List maintainer: Mike Devour <[email protected]>