Impossible
> > Frankly, I don't see how the current could remain constant, and the >volts remain constant, while the conductivity is changing. ##You got the idea. Impossible. I did it 3 times in a row with one DVM continuously monitering voltage, another monitering current and a PWT taking conductivity every ten minutes, jotting down other readings just before using the PWT for an average of +/- 3 hours per batch running 8 oz of water. At .96 ma the voltage more or less leveled off at around 4.7 volts after 26 uS [it wobbles some] At 1.02 ma it leveled off at around 5.5 volts after 30 uS [I stopped at 34 uS / 5.3 volts] Typical data string: 7.02v / 1.02 ma / 24.3 uS 6.70v / 1.02 ma / 25.3 uS 6.51v / 1.02 ma / 26.4 uS 6.33v / 1.02 ma / 27.7 uS 6.08v / 1.02 ma / 28.7 uS 5.95v / 1.02 ma / 29.3 uS 5.89z / 1.02 ma / 29.9 uS 5.57v / 1.02 ma / 30.2 uS 5.59v / 1.02 ma / 30.6 uS 5.34v / 1.02 ma / 31.5 uS 5.52v / 1.02 ma / 32.5 uS 5.44v / 1.02 ma / 33.1 uS 5.52v / 1.02 ma / 32.9 uS [PWT read error? ..didn't let it completely stop 'hunting' I suppose] 5.45v / 1.02 ma / 33.5 uS 5.30v / 1.02 ma / 34 uS end [This batch went pale yellow overnight. Conductivity dropped to 18.9 uS The other two stopped at 30.1 and 30.7 uS and run at .96 ma and .95 ma did not, with final conductivity at 18.0 and 18.8 uS TE looks the same in all three batches.] Conductivity rise slows down a little but not nearly as fast as voltage drop levels off. I suspect a number of things are going on, some electronic and some electrochemical with Mr Ohm playing hide and seek in the mix. Conductivity rise starts to slow right around 13 uS [supposed saturation point of silver ions in water?] turning the curve a little. Who wants to see the graphs? Ode > Someone is confused here, and I don't think it is me. That does in >fact defy Ohms law, and every other law and formula I have ever studied. > > Let me repeat what I though I heard........ > > The volts remains constant at 4.0 volts. The current remains >constant at 2 ma or so, > ( no matter what the value ) > > while the conductivity keeps changing. ( conductivity increases >while resistance decreases ) > Again, this does defy ohms law is why I don't think this is what is >actually happening. > > > I always though there was something magic about this CS. Now I think >you guys have found it. <grin> > > Likely the instrumentation is not fully compatible with the >application. Response time of instruments often produce errors. > > Wayne > > >-- >The Silver List is a moderated forum for discussing Colloidal Silver. > >Instructions for unsubscribing are posted at: http://silverlist.org > >To post, address your message to: [email protected] >Silver List archive: http://escribe.com/health/thesilverlist/index.html > >Address Off-Topic messages to: [email protected] >OT Archive: http://escribe.com/health/silverofftopiclist/index.html > >List maintainer: Mike Devour <[email protected]> > >
