Ph waiot, silver is not magnetic is it? Is their any analogous concept one
can think of to make silver ions migrate to one side of a jar?
On Fri, Mar 16, 2012 at 2:10 PM, David AuBuchon wrote:
> Can one use a magnet to make silver ions conregate on one side of a jar,
> and then suck of water fro
Can one use a magnet to make silver ions conregate on one side of a jar,
and then suck of water from the other side of the jar with a syringe?
Could this leave the remaining solution with a higher ion concentration?
David
In my opinion it would need to be stated from the outset what method was used
to introduce that silver into solution. I doubt it was LVDC. I'm not a
subscriber to any medical or research journal but I haven't found any
information which relates to the method we produce our product in any publ
Yes I know, but would the fact that the metall silver particles were
used in the study make any difference? If metall silver particles is
dangerous, then would not presumly LVDC be dangerous in relevantly
similar amount?
/André
2012/3/16 Neville Munn :
> No, not quite right, they are *predominant
No, not quite right, they are *predominantly* ionic silver solutions. Simply
put it means over time some of those ions will stick to each other forming
atomic ion clusters, which are commonly referred to as 'particles'. Hence you
end up with a ions *and* particles in that solution. The ion c
45-50 minutes is about all the time it takes for mine, but I use 3 nines.
It shows a faint line with a laser in the dark and is clear.
Debbie
On Thu, Mar 15, 2012 at 2:55 PM, David AuBuchon wrote:
> I am helping someone in India who I got to buy this unit:
> http://alchemist.co/
> (scroll down
100 micrograms per ml is the same as 100,000 micrograms per liter, is the
same as 100mg per liter, is the same as 100PPM. That is higher than will
ever be reached in the body. But the last chart writes a concentration as
low os 12.5micrograms per ml, which is 12.5PPM. This is also not really
att
Roughly 5 to 20% of the silver ends up in particles actually.
2012/3/16 André Juthe
> But most brews are simply ionic silver solutions, you make it via
> electrolysis i distilled water.
>
> 2012/3/16 David AuBuchon :
> > The particles that appear in our home brews some here would say are not
> >
100 μg ml−1 NPs for 24 h
http://www.sciencedirect.com/science/article/pii/S0300483X11004616
/André
2012/3/16 David AuBuchon :
> Someone needs to get the full text and see what concentrations of
> nanoparticles they are talking about.
>
> David
>
>
> --
> The Silver List is a moderated forum fo
But most brews are simply ionic silver solutions, you make it via
electrolysis i distilled water.
2012/3/16 David AuBuchon :
> The particles that appear in our home brews some here would say are not
> metallic silver but are clumps of silver compounds like AgOH. They just are
> not the same thing
The particles that appear in our home brews some here would say are not
metallic silver but are clumps of silver compounds like AgOH. They just
are not the same thing.
David
2012/3/16 André Juthe
> What is LVDC particles? The article talk about silver nano particles,
> are those metallic silve
What is LVDC particles? The article talk about silver nano particles,
are those metallic silver?
/André
2012/3/16 David AuBuchon :
> Seeing as how LVDC particles arent metallic silver anyway, this does seem
> not apply. But perhaps there is relevance to other types of silver
> products?
>
>
> On
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