--- [email protected] wrote: > Hi Harvey, > > That's quite the elaborate set up you have there. I > hope no one in your house > uses a heart pacer. What is the reason for using all > of the magnets and > induction? > > Andy > The north magnetic pole of a magnet is often cited as responsible for "water structuring" whereby the phase angle of the H2O molulecule is enlarged. This is said to make any "carrriers" in the water, (ie silver colloids) more assimulatable. So I brew my CS over N magnets. The large induction coils are used to "current limit" the currents through the CS itself. They have a high impedance at AC, (20,000 ohms apiece) so that the internal resistance of the source is probably comparable to the actual resistance across the CS solution.
Last night's single cell batch was tried using single bar electrodes at 1 1/4 inch spacing at battery 20.5 volt open circuit, becoming 20 volts enabling 1.01 ma on battery test. The induction coil system was set for a 1.04 current limit between coils with a 9 volt variac input. Initial tests read 19.3 volts enabling 1.01 ma. 13 hours later the coil system then reads a 2.4 volt input enabling 1.03 ma.( this will not exceed 1.04 ma because of the current limited source) A battery test is then again made to note the increase of conductivity. The coil system will not tell you this info, it only shows the amount of voltage drop from start to finish, but the battery system instead shows only a very small voltage drop, but with an increased amperage reading due to increased conductivity. Thus the battery test gives an indicator of % of conductivity increase. The finished battery test shows 19.2 volts enabling 4.3 ma, so the conductivity from start to finish has increased 430 %, not taking into context the voltage drop of the source. For some reason when batches are made in bulk with 5 cells in parallel, after two days or so the combined solutions give a gold tint. Normally the single cells come out with very little tint at all for the amount of conductivity being registered, and in fact at ~ 1 ma C.L. the solution seems very clear for that amount of registered conductivity. The single cell solutions are consumed soon after production, so I have not had a chance yet to determine if this gold discoloration is common to those single cells made with the same technique. One of the possible discrepancies here is the fact that with cells in parallel, one might have one cell consuming more amperage then another cell, but again in the 5 cell batches, which then use a ~5ma current limit from the input by variac after going through coil system, all the cells show approximately equal oxide deposits, so the currents are thought to be near equal. HDN __________________________________ 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]>
