Yes, I believe that is correct. It becomes lye.
Marshall
Ode Coyote wrote:
> If sodium chloride is used [salt] and silver chloride is produced...what
> happens to the sodium? My guess is sodium hydroxide [lye]
> Ken
>
> At 09:48 PM 10/7/01 -0400, you wrote:
> >How much salt is used? I think o
If sodium chloride is used [salt] and silver chloride is produced...what
happens to the sodium? My guess is sodium hydroxide [lye]
Ken
At 09:48 PM 10/7/01 -0400, you wrote:
>How much salt is used? I think only a few grains, right? I would guess it
>is less than 5 ppm, so it would get reacted o
Marshall wrote:
> You are assuming a spherical particle. There is no assumption of shape in the
> above paragraph. If a silver atom is .2nm then if the atoms were stacked end
> to
> end, making a rod, it would be 5 atoms long for a 1 nanometer particles. A
> sphere
> would contain 31 as you
Frank Key wrote:
> >Properly made
> > Ag(e) should contain particles approximately 0.01 to 0.001 microns in
> > diameter (1 micron=one millionth of a meter, or 4/100,000 inch). At this
> > tiny size, each particle is a cluster of perhaps 5-20 Silver atoms, with a
> > positive electric charge."
>
How much salt is used? I think only a few grains, right? I would guess it
is less than 5 ppm, so it would get reacted out fairly fast.
Marshall
Terry Chamberlin wrote:
> Marshall wrote:
> The problem is that in the process of making CS, the
> silver leaves the wire as ions. Ions are very react
Thank you very much Frank for bringing this to my attention. I shall hit
the books again, and adjust my thinking.
- Original Message -
From: "Frank Key"
To:
Sent: Sunday, October 07, 2001 11:32 AM
Subject: Re: CS>Re: Thoughts and comments
> A.V.R.A. wrote:
>
>
A.V.R.A. wrote:
> According to Peter Lindemann ( whom I personally view as a good source of
> information for more than just CS ), adding salt as a primer results in
> particles sized from .05 to .14 microns, as determined from electon
> microscope photography. Particles this size, according to P
According to Peter Lindemann ( whom I personally view as a good source of
information for more than just CS ), adding salt as a primer results in
particles sized from .05 to .14 microns, as determined from electon
microscope photography. Particles this size, according to Peter, are too
large to fo
Marshall wrote:
The problem is that in the process of making CS, the
silver leaves the wire as ions. Ions are very reactive
and will react immediately with many things. Once the
ions combine and form colloid then the silver becomes
very non-reactive. So if your water has 50 ppm of salt
in it, the
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