There are two other HVAC methods. The most popular one the electrodes are placed just above the water, and the voltage attacts the water to form a small mound under the electrode, providing contact. No arc is intentional formed, but if the mound drops aware for a split second it can. The second method, which I used, the electrodes are submerged,with glass tubing over them, exposing only the very tip, with only about 1/8 inch extending out. This reduces the electrode area sufficiently that it can maintain the 10,000 volts AC.

Marshall

This would obviously have been discussed in days gone by but if anyone is willing to indulge me, feel free to do so.

Excuse the simplicity in choice of wording and/or explanation, but it uses the least amount of available writing space.

LVDC:
1. Silver is expelled from electrode in the form of ions...Yes/No?
2. Those ions are atoms minus 1 electron which give then a positive electrical charge...Yes/No? 3. Those ions will collide with each other forming a form of 'liquid' particle if you like, which are clusters of those ions...Yes/No? 4. As ALL those ions will not form into clusters we are left with both an ionic and particulate solution...Yes/No? 5. Upon this form of particle entering the body/blood they would be broken apart again by whatever constituents are in our system. This is a comment, thus doesn't require an answer, as this is my belief. 6. Those particles have the ability to be broken apart due to the fact that they are not 'solid' metallic particles as such, rather they are a result of chemistry more than a physics result ie; they are not actually solid metal particles.

HVAC:
The only method I have read about is the arc discharge method whereby the electrodes don't actually penetrate the water, so I'm going to stick to this one, and I only have four questions at this point in time.

1. Silver is expelled from the electrode in the form of actual solid metallic particles...Yes/No? 2. These solid metallic particles consist of a positive electrical charge...Yes/No? 3. These particles are in much more profusion/density/amount/ppm or whatever than LVDC produces...Yes/No? 4. As these are solid metallic particles, as opposed to atomic ion clusters, they cannot be broken apart upon entering the body/blood and remain as solid metallic particles throughout their journey through our system...Yes/No?

N.


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