Hi Mike,
Interesting posts.
I have tried to go through the dimensions in your calculation below but
there is not enough information. Perhaps you could post the dimensions of
Faradays electrolysis equation? I was wondering about the volume in
milliliters. The standard I would use would be litres of course but if you
are being consistent then millilitres would be OK.
Regards,
Tony


Mike Monett wrote:
url: http://escribe.com/health/thesilverlist/m60344.html
Re: CS>Re: Nebulizing CS for SARS Redux
From: C Creel
Date: Wed, 18 Jun 2003 07:52:17

  [...]

.......

  Catherine,

  Your caring shows in each letter of each word you write.

  A question: if they are willing to try licorice in vitro, would they
  be willing to try cs?

  I would  recommend  making  it at a current density  of  100  uA per
  square inch or less.

  I now  make  425  ml of 19 ppm calculated in 6  hrs  with  a current
  density of 87 uA per square inch. There is very little black deposit
  on the anode and none on the cathode.

  I find  this  much  more effective against  Shingles  and  cold sore
  viruses than  the cs I previously recommended to you made at  1.4 mA
  per square inch.

  Here are the equations:

  hrs = 6                       ; hours
  mnt = 0                       ; minutes
  I   = 335e-6                  ; current in Amperes
  ml  = 425                     ; milliliters
  x   = 1e6 * 107.87 / 96485    ; Faraday's electrolysis equation
  sec = hrs * 3600 + mnt * 60   ; seconds
  C   = I * sec                 ; coulombs
  ppm = x * C / ml              ; parts per million
  ppmhr = x * I * 3600 / ml     ; ppm per hr

  Here are the results:

  Solution Variables:
  hrs      = +6.00000000000000
  mnt      =  0.00000000000000
  I        = +0.00033500000000
  ml       = +425.000000000000
  x        = +1117.99761620977
  sec      = +21600.0000000000
  C        = +7.23600000000000
  ppm      = +19.0348958844563
  ppmhr    = +3.17248264740938

  Residuals and derived equations:

  { 0 }  hrs   = 6
  { 0 }  mnt   = 0
  { 0 }  I     = 0.000335
  { 0 }  ml    = 425
  { 0 }  x     = 1117.99761620977
  { 0 }  sec   = 21600
  { 0 }  C     = 7.236
  { 0 }  ppm   = 19.0348958844563
  { 0 }  ppmhr = 3.17248264740938

  Largest residual is 0
  Method: Exact
Best Regards,

Mike Monett




--
The silver-list is a moderated forum for discussion of colloidal silver.

Instructions for unsubscribing may be found at: http://silverlist.org

To post, address your message to: silver-list@eskimo.com

Silver-list archive: http://escribe.com/health/thesilverlist/index.html

List maintainer: Mike Devour <mdev...@eskimo.com>