url: http://escribe.com/health/thesilverlist/m61444.html
Re: CS> Requests For Lab Test on ULVDC CS
From: Dan Nave (view other messages by this author)
Date: Wed, 23 Jul 2003 10:37:23

  Dan wrote:

  > I pretty  much  confirmed this. Last week I did 2  runs  using the
  > same setup but with different current densities and times. I don't
  > have the actual data in front of me but generally, I ran one batch
  > at 1ma for about 3 hours and one at about .07ma for 24  hours. The
  > currents were  actually  less  since  I  calculated  the resistors
  > without regard to the resistance of the cell.

  > Anyway, the  1ma batch showed a lot of buildup  on  the electrodes
  > and gave a salt test that you really couldn't see at  room ambient
  > light but  was visible as a light blue in a darkened  room  with a
  > flashlight shining  through  it. The .07 ma  batch  had  much less
  > buildup on the electrodes and it also had a different quality. The
  > salt test  showed  it  to  be  a  light  blue  in  room  light and
  > substantially more  color  and cloudiness  in  darkened  room with
  > flashlight. It  was at least "twice" as cloudy as the  1ma sample.
  > Obviously, the  salt  test is a bit subjective,  but  it certainly
  > seems to have merit.

  > Dan

  Hi Dan,

  Thanks for  the  info. Golly, that is the weakest salt  test  I have
  ever seen. It has to be well below 10 ppm.

  Can you try integrating the current vs time curve to get the average
  current, then do the Faraday calculation?

  An example of integrating a current/time curve is on my web  page in
  Figs 3 and 4:

  http://www3.sympatico.ca/add.automation/misc/130vdc.htm

  The integral intercepts the right Y-axis at a value of about 32. The
  time is 30 minutes, so the average current is 32/30 = 1.066 mA

  You can do this in WPlot. Just give it a table of current values and
  the time since starting the brew.

  Just plug that into Mercury and let us know the predicted  ppm. I'll
  bet it is pretty low:)

Best Regards,

Mike Monett


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