I refer to the 5 glass in parallel method as the "bulk" method, because 5 batches in parallel are made simultaneously. I also employ these 5 identical size glasses over a row of 3 front SrFe magnets, as I usually always brew the CS over N magnetic poles, to make the solution more effective, as literature suggests. The large 60 henry coils used to "current limit" the solution by the impedance of those coils on either side of the process can be seen in the background. This particular single glass batch was finished off by 19 volt battery method to show an observer the process of colloid formation by battery method, which increased the conductivity of solution 4 fold in about 20 minutes of exposure, from the initial 10 hr exposure in bulk method where the finished product was just over 3 fold conductivity. However this gold color was present before that additional exposure was made, but the tint was exaggerated by this additional treatment. This is not the normal procedure, as then larger colloids are being formed since then ~ 4 ma is sent through the solution, whereby in the current limited approach, the solution should not have more then 1 ma in its long brewing process. The battery test is normally only made at the end of batch time only breifly, to get an idea of how the ratio of conductivity has been improved from an initial test that shows the initial conductivity. The difference in these methods, from a single cell approach that does not appear to cause the gold discoloration, is that for the bulk method of employing 5 cells in parallel, silver bar electrodes at slightly higher separtion of ~ 1 inch are used, and additionally more surface area of electrodes is then exposed to the distilled water, vs the use of silver rounds instead for a single cell. These bar electrodes, each showing different positive and negative oxide deposits on electrodes, and immersion level of electrodes is also shown in jpeg. Thus one "might" speculate that more surface area, and a slightly higher separation between electrodes might be responsible for this difference of product. I will have to try just a single cell using bar electrodes at higher spacings to determine if this is the cause for these differences. But as things stand now, only the "bulk" batches have come out with this gold discoloration, vs the more familiar white cloudy solution.
Gold colloidal solution from 5 glass bulk method http://groups.yahoo.com/group/teslafy/files/MED/Dsc00484.jpg Later it was observed that when the entirely different high voltage Rife/Lakhovsky magnet stimulation is used, those front magnets could be felt by hand to be vibrating, thus actually we then have a magnetic transmision of energy between the 3 wafer stack, and that of the front wafers. Coils can be placed on the front wafers, and be scoped out for resonant frequency signatures. John P, who takes the high voltage neon treatment for back boils, brought over a round smaller magnet ring, that produces a different type of signal vs that of the wafers, where the round magnet better shows the background 60 hz signal, and also produces an entirely different effect of voltage polarity separation of high frequency scope monitored signals at higher sweep rates. The AC high voltage process where top silver electrode rounds are in contact with the water can also produce colloids if the distilled water is already somewhat "mineralized" with silver deposits. In this case we could call this a "polar " CS since only one high voltage electrode is immersed into the solution. A wire connection between the two coins is also made, so that both are in contact with the resonant high voltage source, near some 10,000 volts AC. However colloids do not fall from both coins, only the coin where the actual electrical connection is established, even though both coins are electrically connected by a radio shack clip wire. The shortest path of electrical connection between potentials obviously takes precedence in the colloid formation. The high voltage CS is not used for humean consumption, only for plants used in gardening, since there may be danger of nitrous oxides being formed, although this is only suggested by others in the field, and is also normally associated with actual arcing to water methods, which this does not employ. But to show that this single electrode method also works, but very innefficiently compared to low voltage DC methods, the following jpeg shows some more conventional whitish colloids falling from a single silver round in the high voltage process; Polar CS from high voltage method http://groups.yahoo.com/group/teslafy/files/MED/Dsc00483.jpg Sincerely HDN ===== Tesla Research Group; Pioneering the Applications of Interphasal Resonances http://groups.yahoo.com/group/teslafy/ __________________________________ Do you Yahoo!? The New Yahoo! Search - Faster. Easier. Bingo. http://search.yahoo.com -- The silver-list is a moderated forum for discussion of colloidal silver. Instructions for unsubscribing may be found at: http://silverlist.org To post, address your message to: [email protected] Silver-list archive: http://escribe.com/health/thesilverlist/index.html List maintainer: Mike Devour <[email protected]>
