I don't see how doing the salt test can display any quantitive results unless the exact amount of salt were known and the exact amount of precipitate. It might be a useful addition to looking at the TE with a laser, but like looking at TE, there's no way to really communicate what "heavy" or "Lite" "Strong/weak" is in a meaningful manner. Just how milky is very milky? Opinion based on observation is always personal and relative. Interpretation will have to be broad based. Sometimes when two people are looking at the very same item in the same room in the same light from the same angle, even then they argue.

Faradays calculations could give a theoretical maximum PPM.
I would agree that if a lab test went over that max, something could be amiss.
There are many things that could account for a result under the calculated PPM.
Not everything is visible and available to the eyeball.

Ode

At 05:44 PM 6/19/2003 -0400, you wrote:
url: http://escribe.com/health/thesilverlist/m60387.html
Re: CS>Re: Nebulizing CS for SARS Redux
From: M. G. Devour
Date: Thu, 19 Jun 2003 04:27:53

  > I may have missed it, but, Mike, have you had analyses done yet to
  > determine    the   ionic/particulate   ratio   and   total  silver
  > concentration?

  Mike,

  Thanks for bringing this to everyone's attention.

  No, I have not sent anything to a lab. I agree with Ken:

    "Welcome to the wonderful world of infallable science where no two
    labs can agree on anything and no two processes even come close."

    "A PWT  only reads ions for sure...maybe correctly and  maybe not.
    Depends on what lab results you compare the readings to."

    http://escribe.com/health/thesilverlist/m60223.html

  However, I have asked Robert to make the same thing and let  us know
  his results.

  In the  final analysis, what we are looking for  is  consistency and
  repeatability.

  Three feet  of 12 ga wire cut in half should give  about  3.8 square
  inches of wetted area for the anode and cathode. I run at 335 uA, so
  the current density is around 87 uA/sq. in.

  With medium  quality dw, a current regulator would be  nice,  but is
  not needed.  A simple resistor to 12 Volts or  more  should regulate
  the current  to 20% or better. This is good enough.  It  will repeat
  the same curve as long as the dw is the same.

  If we use 1/2 litre of water or so, all we need is to  calculate the
  time needed to reach a target ppm.

  Here's the  equations  and results for 425 millilitres of  dw  on my
  system:

  I   = 335e-6                  ; current in Amperes
  k   = 107.88 / 96500          ; electrochemical equivalent of silver
  lt  = 0.425                   ; liters
  ppm = 20                      ; desired ppm

  C   = I * sec                 ; Coulombs
  gm  = lt * ppm / 1000         ; grams of silver deposited
  sec = (lt * ppm) / (1000 * k * I)
  hrs = sec / 3600

  Solution

  I   = +0.0003350000000
  k   = +0.0011179274611
  lt  = +0.4250000000000
  ppm = +20.000000000000
  C   = +7.6033555802744
  sec = +22696.583821714
  gm  = +0.0085000000000
  hrs = +6.3046066171429

  Six hours  might seem a long time compared to current  practise, but
  as long  as  the production rate exceeds  the  consumption  rate, it
  really doesn't matter how long it takes. If you only need a mouthful
  every three or four days, 1/2 litre should serve a small  family for
  a week.

  One advantage of the long brew time is you don't have to worry about
  going shopping  and  returning an hour late. The cs  will  be  a bit
  stronger, but  you  won't  have to throw it out  as  you  would with
  higher current densities.

  Very little  black crud is deposited on the electrodes. I get  a bit
  on the  anode and none on the cathode. The cs is crystal  clear, and
  nothing plates out on the glass containing it. So you don't  have to
  spend time cleaning with H2O2.

  The salt  test is excellent confirmation of the  strength.  From the
  dissociation of salt in water:

    NaCl(s) + H2O ---> Na(+)(aq) + Cl(-)(aq)

  A silver ion reacts with a chlorine ion to form silver chloride:

    Ag(+)(aq) + Cl(-)(aq) ---> AgCl(s)

  The silver chloride is insoluble in water and precipitates out  as a
  white solid.  This creates a dispersion that indicates  the strength
  of the cs. At 20 ppm calculated, the effect is quite strong.

  So, anyone  with  a dvm and some salt should  be  able  to duplicate
  these results fairly well.

Best Regards,

Mike Monett


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