Practically speaking, I can make 25 PPM ionic/particulate mix with LVDC but the PPM drops back a few points in storage over night and the TE gains in intensity.
I have not been able to make a totally ionic sol over about 13 PPM in very warm water as it starts to develop a TE around that point or sooner and the TE intensifies as the water cools...and conductivity drops.
So, my question is, what would the practical limits of ionic silver be using a given process, at what temperature. And, doesn't any solute precipitate [form a TE] when the temperature drops if it was saturated at a higher temperature?
What happens when the charge leaks off? [ions gain back their electrons from the outside, be it from cosmic rays or radio transmissions or whatever...maybe even from dissolved oxygen?] Wouldn't it go particulate?
I don't think there should be a difference between a HVAC produced ion and a LVDC produced ion. The numbers may be different due to differing energy levels in production but what happens when that energy dissipates?
Ole Bob, you say you make a highly ionic sol that stays stable? What is the PPM? [I forgot] If no one has made higher, that might be the practical limit.
IMO, since no one really knows which works better for what [ionic or metallic], it would seem that a mix would be the best of both worlds. All bases covered.
PS The statement below doesn't make mention of ionic solution or colloidal suspension or ionic to colloidal ratios. All are fruit. Which are the apples?
Does the 32,000 PPM CS have stabilizers or should it be shaken, not stirred? What does it look like?
Ken Semi-layman
At 10:26 AM 9/28/01 EDT, you wrote:
>>>>
In a message dated 9/28/2001 10:20:27 AM Eastern Daylight Time, [email protected] writes:<<<<
The solubility issue is another matter. I meant to repond to Roger's post with the following: we've seen and worked with products from concentrations of 3ppm on the low side to 3,200ppm at the upper end -- the latter one of several formulations that range to 32,000ppm. So....
Stephen
Stephen: Perhaps you've missed the discussion -- over the last several months -- in which it was put forward (and apparently readily believed by most) that the solubility limit of ionic silver is 13 PPM. Roger
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