What about 'repelled?' If I understand the process correctly, doesn't it
require a minimum voltage to cause the silver to be 'repelled' from the
electrode in the form of ions?
As those ions are in constant rapid movement in the water {I believe that's
called Zeta potential} they collide with each other and some 'stick' to each
other {I believe that's called van der Waals force of mutual
attraction/repulsion} forming atomic clusters of those silver ions...commonly
referred to as 'particles', and as some may collide more than others that's
where larger 'particles?' are formed.
Howzat Sir/Maam? Am I close? Do I get a star? <g>
N.
> Date: Fri, 1 Oct 2010 20:36:03 -0700
> From: [email protected]
> Subject: Re: CS>Silver particles on bottom of jar
> To: [email protected]
>
> Hi Dan. Thanks for that information. I was using (and have been, for years)
> a
> term that is used in my CS manual for describing the process by which silver
> particles leave the electrodes. Oddly enough -- when I Googled it, they
> didn't
> even have that word spelled that way. They have he word *sinter* -- and it
> does
> have a different meaning, you're right. I will check a dictionary as well.
>
> So -- OK -- large particles of silver aren't disseminated (howzat?) from the
> electrodes *as* large particles, but the rapid dissemination results in
> agglomeration which becomes large particles. Right?
>
> MA
>
>
>
> ----- Original Message ----
> > From: Dan Nave [email protected]
> >
> > First of all, "scinter" or "scintering" is the wrong word for what you
> > are trying to describe. It is inappropriate to use that word in this
> > context. Look it up in a dictionary, or Google it.
> >
> > Even so, I don't believe that large particles of silver are undercut
> > and break off the electrodes in any significant way.
> >
> > On Tue, Sep 28, 2010 at 7:34 AM, MaryAnn Helland
> > <[email protected]> wrote:
> > > Hi Jan. Usually when there is silver laying at the bottom of the jar,
> > > that
> > > is silver that scintered off the silver bars too fast, and is therefore
> > > too
> > > large-particle to remain suspended in the distilled water. It could have
> > > been aided by some kind of film on the interior of the jar, or something
> > > less than perfect in the distilled water.
>
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