Is this the same system as Ode's Silver Puppy Mike? dee
On 22 Feb 2012, at 02:06, Mike Monett wrote: >> asif nathekar >> Tue, 21 Feb 2012 14:40:14 -0800 > >> For those who asked. > >> http://silvercentral.org/systems/130vdc.htm > > OMG! That is so obsolete it is not even funny. > > I'm Mike, the author. I just happened to drop in and noticed this > post. > > That was written many years ago. I never intended it to appear in > today's threads since the data is so old. > > There is a much better way of doing things. It turns out there is a > definite threshold in current density. If you stay below this level, > which I call the Nernst Threshold, there will be no silver hydroxide > produced at the anode, no matter how long you run the brew. > > This means you can run the brew much longer than before, and it > won't turn yellow. You can get a much higher silver ion > concentration than conventional brwing methods, and there is no > AgOH, and no Tyndall. > > The trick is to use 12 ga silver in a U-shape, with at least 1/2" > between the legs and preferably 5/8". > > I favor a 400ml borosilicate beaker with a coroplast lid to hold the > electrodes. They should be 1.5 inches apart, centered in the beaker. > > I prefer a TL431 regulator driving a high voltage NPN transistor. > The diagram is very simple and is in the datasheet. > > For iontosphoresis, I prefer resistive stabilization as shown in the > 130VDC file since semiconductors usually fail shorted, for example > due to ESD events, but resistors usually fail open. This protects > you against a short circuit applying high current to your flesh. > > Run at a current density of about 275uA/sq.in. You need to > desulfurize the electrodes by connecting both to the negative > terminal of your supply, and use a strip of aluminum or titanium > foil for the anode. Apply current for no more than 60 seconds to > avoid releasing aluminum ions into solution, which will form > aluminum hydroxide at the cathode. > > When the electrodes are clean and free of sulfur contamination, > start the brew. Wait until tiny whiskers appear at the bottom of the > cathode. This point may be reached in 12 to 17 hours or so, but the > timing is not critical like it is in a 3 nines. When they are about > 1/8" long, swap the polarity. > > Check to see if there is any tyndall in a completely dark room with > your eyes dark-adjusted. There should be none. > > Wait for the whiskers to disappear and reappear at the new anode. > When they are about 1/8" long, terminate the brew and pour the cs > into your PETE storage container. I prefer a new Dasani bottle that > has been drained and flushed. > > I call this the SilverCell process, and will provide much more > information on the http://silvercentral.org site very soon, as soon > as I finish killing the mold spores that have plagued me for over a > decade. > > Check the ion concentration with a COM-100. You should see 35uS to > 37uS. It may drop to around 32uS or 33uS after 48 hours and stay > there. If it drops more than that, there is still some contamination > on the electrodes. > > The metallic taste that people often mention is due to the sulfur > contamination. It is the same thing that turns cs purple if you get > a bit of saliva in the solution or give some to your cat. If you > eliminate the sulfur contamination, the metallic taste disappears > and the cs will not turn purple. > > Check the ion concentration with the Salt Test using pure canning > salt. You should see a very strong dispersion appear instantly and > grow so it completely obscures objects behind the glass. > > I use 12 minutes sublingaul absorption, then spit the cs out. You > should see a definite silver chloride dispersion in the solution. > > You can compare the dispersions of the original cs and the solution > that has been in the mouth for 12 minutes. The sublingual solution > will be a bit darker, but the concentration will be very close to > the original dispersion. I estimate about 10% less. > > A quick calculation shows that less than 20 parts per billion was > absorbed into the blood stream. This is far below the amount needed > to kill viruses and bacteria, but it is all that is needed to > prevent flus and colds. > > This says the immune system must somehow be involved in using the > silver ions, which means we are limited by the same things that > limit the immune system. The cs cannot help for deep infections such > as the roots of a tooth, or in joints, or for pathogens that have > developed techniques to hide from the immune system like Lyme, or > for viral infections that have already had time to become > established in body cells. > > This says we need to keep taking the SilverCell cs regularly as a > preventative to keep pathogens from establishing a foothold. > > As far as deep tooth infections, copper iontophoresis may be the > best answer. This means applying a small current so fresh copper > electrodes that are aligned close to the tooth root. The 130V > current source is an excellent way to provide the needed current > since the high compliance will tolerate large changes in resistance > and still deliver the needed current. Start with less than 200uA to > prevent the possiblity of damage or electrode burns due to high > current level. > > Copper ions have been analyzed and found to be second only to silver > ions. The advantage of copper is it does not produce an insoluble > precipitate with chlorine like silver does. So it can penetrate the > flesh and deal with the pathogens much better than silver. > > The Zappers that are so popular assume that electrons are flowing in > the blood and will kill the pathogens. Unfortunately, electrons > cannot flow in an electrolyte. As soon as you introduce an electron > into water or blood, a waterm molecule grabs it and forms a hydrogen > atom and a hydroxide ion. The equation is > > H2O + e- --> H + OH- > > Two hydrogen atoms will combine to form hydrogen gas, which escapes > to the atmosphere. > > However, at the anode, copper atoms will give up two electrons and > form a copper ion. The equation is > > Cu - 2e- --> Cu2+ > > This is how the copper ions are produced. They will penetrate a > little bit into flesh, perhaps 1/2" or so. This means they are ideal > for combating tooth root infections. > > Lots more to tell, but I need to get back to work. Good luck. > > Mike M. > > > -- > The Silver List is a moderated forum for discussing Colloidal Silver. > Rules and Instructions: http://www.silverlist.org > > Unsubscribe: > <mailto:[email protected]?subject=unsubscribe> > Archives: > http://www.mail-archive.com/[email protected]/maillist.html > > Off-Topic discussions: <mailto:[email protected]> > List Owner: Mike Devour <mailto:[email protected]> > >
