Mike Monett wrote: > Re: CS>ppm meters > From: Info > Date: Sat, 26 Mar 2005 12:29:25 > http://escribe.com/health/thesilverlist/m78932.html > > > Mike Monett wrote: > > >> The particulate content is of no interest. The oxides are inert > >> and have no biological activity. You can see this in Steve > >> Quinto's report on Mesosilver: > > > There are no oxides in Mesosilver, only silver nanoparticles. > > > Steve Quinto's studies are as bogus as his use of TEM images to show > > particles in ionic silver. See: > > http://www.silver-colloids.com/Pubs/TEM.html > > > Frank Key > > Colloidal Science Lab. > > www.colloidalsciencelab.com > > Frank, > > According to Ivan Anderson, Mesosilver is made of oxides. This makes > sense, since your tan color is similar to diluted silver hydroxide. >
Have you never seen Mesosilver (I have a bottle)? Have you never looked at what happens when you have a solution containing silver oxide? Have you never looked at a solution with a silver oxide precipitate? Obviously not!. Silver oxide dissolved in water is crystal clear. At about 13 ppm, it will form a precipitate, the water will appear milky, not tan. When you let it stand, the precipitate will settle out and form a tan layer on the bottom. Meso silver is clear and tan, it cannot be silver oxide. Silver oxide could be present, but would not contribute to the color, and could not be present in quantites greater than about 13 ppm, or it would precipitate out and collect on the bottom, which it does not. > > You can see the tan/brown color in these photos of misting: > > http://www.utopiasilver.com/images/gen3.jpg > > and > > http://www.silverpuppy.com/resource/ionpud1.jpg > > > Elemental silver is gray or black in solution. Huh? Elemental silver is insoluable and cannot form a solution. Finely divided elemental is black whether in a suspension, or dry like it is on a used electrode.. > You can prove this by adding pickling salt to 36uS cs to make > silver chloride. The > dispersion is white, but it turns dark gray after exposure to light. That is small silver particles in suspension not a solution, and is black as I pointed out in a previous email when you were identifying black fine silver powder on the cathode as silver hydroxide. It is easy to prove it is fine silver power, if you press or rub it, it will malleably aggregate to form a silver colored mass. > > > Mesosilver is the wrong color to be silver particles. Not true. Look at the graphs of the wavelength of color absorbed vs particle size for silver particles I have posted to this group before. To get the tan color requires particles absorbing in the blue and blue-green range. Marshall
