This sure seems logical, to me anyway. I believe that higher voltage and/or
current would more violently separate the silver from the electrodes,
causing larger particles to break off. Conversely, using a small current
(possibly regulated for consistent results) will draw off the smallest
particl
>That has been my feeling for quite sometime Nancy. The SURFACE
>area of smaller particles is quite astonishing. Maybe the math
>pros around here could give us an laymans example of surface
>area of particles that are 100ppm at .001 verses .005 for example.
>I thought Reid was going to say somethin
>Nancy & List,
>A post from Christian von Wechmar earlier this spring is worth noteing;
>he related making CS with a high voltage AC process, and with a ~27 VDC
>process, and having the particle size of each analized with an electron
>microscope at a university research facility. As I remember the
com/trisha
~
-Original Message-
From: Bruce K. Stenulson
To: silver-list@eskimo.com
Date: Saturday, August 01, 1998 9:17 AM
Subject: Re: Smallest Particle CS: Key to killing Lyme?
>Nancy B. wrote:
>>
>> The info at t
Nancy B. wrote:
>
> The info at the CSPro site & regarding the Motherlode
> regarding smaller particle size could certainly have
> significance to those treating Lyme disease with CS.
>
>
Nancy & List,
A post from Christian von Wechmar earlier this spring is worth noteing;
he related making CS w
Nancy B. wrote:
>
> The info at the CSPro site & regarding the Motherlode
> regarding smaller particle size could certainly have
> significance to those treating Lyme disease with CS.
>
> In recent scientific literature from Lyme Disease
> Foundation, as well as a couple lectures I went to, I
> l
The info at the CSPro site & regarding the Motherlode
regarding smaller particle size could certainly have
significance to those treating Lyme disease with CS.
In recent scientific literature from Lyme Disease
Foundation, as well as a couple lectures I went to, I
learned that borrelia burgdorpheri
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