Marshall Dudley wrote:
> 
> It appears that for optimum results you need for the voltage/frequency = 150 
> or
> so.  Thus for 60 htz, optimum voltage is about 10K, and for 30 volts the 
> polarity
> reversing should be about .2 hertz or once every 10 seconds or so (assuming a
> linear relationship).  It has to do with the diffusion rate from the cathode,
> reversal should occur when the ions near, but have not reached the cathode 
> yet.
> If course the distance between the electrodes is very important since the 
> closer
> they are together the quicker the ions can move across the distance.
> 
Marshall, this is really interesting! I use stirring and have very
little build-up (my "sludge" appears to be pure silver, not an oxide),
but I'd like to make my CS faster without having to heat the water (I
decided to stop microwaving the water until I get done with a bean
growing test and see if beans grow worse or not when watered with
previously microwaved water v/non-microwaved). 

How did you arrive at v/f=150 as being optimum, at least for your setup?
What qualities of your CS were you testing? What is your preferred
voltage, electrode seperation, quantity of water, temperature, current
cutoff, submerged electrode surface, whatever you're willing to tell? 

Above you said ".2 Hz or... 10 seconds or so.". I sometimes get so
confused by this when decimals appear, but if .2Hz is a full cycle (360
degrees) then wouldn't there be a full cycle every 5 seconds, hence each
electrode would be at one polarity or the other for 2.5 seconds? Or did
you mean every ten seconds? Could you please restate this for me:-).

Thank You,
Ron KC7ZWA


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

To join or quit silver-list or silver-digest send an e-mail message to: 
[email protected]  -or-  [email protected]
with the word subscribe or unsubscribe in the SUBJECT line.

To post, address your message to: [email protected]
Silver-list archive: http://escribe.com/health/thesilverlist/index.html
List maintainer: Mike Devour <[email protected]>