Mike wrote << Perhaps if we limited the current to a few milliamps like we do on some of our current rigs the particle size would improve? Might be an answer to the tapwater question. Anybody wanna try an experiment? Be well, Mike >>
There has been a some postings about limiting current flow to get smaller particles in the past. Experience has shown me that even as little as 27VDC does produce larger particles, when using non distilled water of any kind. But voltage doesn't cause it, current flow it the problem. Would limiting the voltage, say to 12VDC, reduce current flow? Would it be best to start with 27VDC and then reduce the voltage as current flow begins to increase, like you can do with a light bulb to increase and decrease the brightness? If I remember correctly there was some postings on monitoring the process until it reached a set milliamps. What if we could control the current flow at an optimal level? Would we be able to produce small particle high PPM batches even with LVDC units? (Was I the one that said we were making things to complicated?) :-) Still I think Mike has an exciting idea. To bad I don't know much about electricity. I too would like to see a discussion on this "limiting current" in relation to how it can be done on the simple low voltage units. Once a person knows how to limit current it should work equally well with distilled or non distilled water. Then, of course, will come the questions of how much current limiting should be done, as we seek the optimal levels, and the time increase for making a batch. But that is the cost of progress and, in my view, one of the reasons for this list. Sadly, as Mike has said, we have lost many of our high tech members, but I think there are enough minds still on to tackle this. Larry -- 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] List maintainer: Mike Devour <[email protected]>
