By request.

 Bless you,   Bob Lee

--
oozing on the muggy shore of the gulf coast
  [email protected]
 

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Hello Ken, Andrew and other paragons of CS,

   The Starved Electroded was discovered quite by accident while during
experiments for constructing current density tables. Any good meters
will be satisfactory, however I was using an RS model 174B LCD Digital
Auto-ranging multimeter, a couple of RS model 803 LCD Digital
Auto-ranging multimeters, a Simpson 260 multimeter and a Calectro model
H3-361 multimeter. The RS 174B also measures temperature.
  The thing to do is get the electrode potential at 13.3% above the
electron ionization potential. For the Ag atom the Potentials are ;
  Ag I    7.542v   13.3% over is 8.5v
  Ag II  21.4v     13.3% over is 23.8v ( in the range of 3 nine volt 
                                            batteries)
  Ag III 35.9v     13.3% over is 40.7v 

 I would select a current I wanted to run at,such as 3 ma ( in my case
that would be 4.5ua/mm2 of wetted electrode area) and keep the current
at 3ma or under during the run. Start the run and let the current build
up to the limit you have selected for the experiment. Begin increasing
series resistence to the electrodes ,alway keeping the current at 3ma
(any current you select). As the conductivity of the CS becomes higher
the current will try to rise and you need to keep increasing the series
resistance. Monitor the electrode voltage and current all the time and
tabulate it as you go. If you don`t have time to stay with it don`t
bother to try, as it needs constant monitoring. Every 5 minutes stir the
water CCW and record the current before and after stirring. Normally
after each stir the current will drop as the CS is dispersed from the
vicinity of the electrodes.I use four sets of electrodes, located around
the edge of the vessel. My stirring is in the middle of the CS
solution.  Your tabulation (charting) will look like a series of
sawteeth. As the solution becomes saturated and the electrode voltage
reaches the target potential a strange thing will happen. Each time you
stir the CS the current will INCREASE  (instead of decreasing) and you
will find that the tabulated sawteeth will be reversed from the previous
sawteeth. Each time you stir the saturated CS the solution is increasing
(adding to) the energy of the circuit and the current rises momentarily.
Once the the sawtooth reversals are evident the current will no longer
increase, it becomes self regulating. The CS ppm will level off and
remain steady. I usually let it run another 30 minutes to ensure
complete saturation. The solution is now saturated, will not accept any
more ions. The ionic potential is now 13.3% above the ionization
potential. It is maintaining a status quo, the ionic potential is
balancing the external potential applied to the electrodes. Under this
condition the ionic potential will cause the ppm to begin to rise when
external power is removed. The energy stored in the CS being used to
continue the CS making process. This was also discovered not too long
ago by another of our experimenters. :-)
  Sometimes I would stop and let the solution set for many hours and
start it again to see what would happen. It always started where I had
left off. The self ppm rise will only happen after the solution is
saturated and at high energy.

    Bless you  Bob Lee  
-- 
oozing on the muggy shore of the gulf coast
  [email protected]


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