Given the electrode setup stays constant:
Electrochemical products begin to form around 1.5 to 2 volts
Increasing the voltage without changing the electrodes increases the
current..and thus..the current density, which will concentrate more
Electrochemical products made more by more current flow in that area.
Volts, once over a threshold that starts making Electrochemical products,
controls ion velocity which is nearly irrelevant after entering a moving
body of liquid.
Current, controls how much Electrochemical product is produced over a
period of time.
You could increase electrode area, keep both current and voltage constant
and do the same thing over a wider area, preventing high concentrations in
areas where flow doesn't distribute them very fast.
These people obviously don't know or aren't saying how this stuff
works..but "patents" are often written to protect ideas, not convey
specific methods, so that's no big surprise.
They are legal, not scientific documents.
Interesting that they say that either adding or removing electrons from
DNA will break it up, disregarding that BS about "Free electrons" when in
fact electrons are donated or removed by ionic electron exchanges..ionizing
that substance in turn.. and are never "free" and floating around on their own.
Ode
On Wed, May 19, 2010 at 10:58 AM, Norton, Steve <[email protected]>
wrote:
> Thanks Bob. It is very interesting. Here is an excerpt from the link
you provided:
>
> "Most Beneficial Voltage Range
>
> Free radicals are known to be formed in a biological medium when it is
subjected to any voltage in excess of 1.2 volts. Electrochemical products
begin to form around 1.5 to 2 volts (8) but these products may not be
significant in concentration until the voltage is raised to, say, 3 or 4
V. If the anti-tumor effect of electrotherapy is due to the disabling of
the pivotal enzyme RR through free radical interactions, voltage between
1.2 to about 3 V should be most beneficial. Higher voltage, for this
mechanism, would be undesirable for two reasons: (i) more and more
electrons would engage in electro-chemical processes, leaving less and
less electrons free or as free-radicals, and (ii) concentration of toxic
electrochemical species would increase steadily.
--
The Silver List is a moderated forum for discussing Colloidal Silver.
Rules and Instructions: http://www.silverlist.org
Unsubscribe:
<mailto:[email protected]?subject=unsubscribe>
Archives:
http://www.mail-archive.com/[email protected]/maillist.html
Off-Topic discussions: <mailto:[email protected]>
List Owner: Mike Devour <mailto:[email protected]>
