I agree. Any experiment such as this should have a control, and what you say would be the control needed. They should really be run together, the air quality can vary signinficantly over time, so running then sequentially could result in a false positive or negative.
Marshall David Bearrow wrote: > Please do a 3rd experiment. Use the same glass container, fill it with the > same source of distilled water and let it sit for 7 days. Put nothing in > the water (no silver rods or anything). Then check the conductivity after 7 > days. This will show if your getting impurities added via the air. > > At 01:57 AM 10/20/03, you wrote: > >Hi: > > > >Experiment #1, Posted before said: > > > >The positive silver electrode is introduced into a DW container, > >300cc, the other is outside the glass container. > > > >DW measures 1.0 u Siemens Voltage = 34V supply: Sota constant current set > >a 1mA. > >After 2 days, 2.4uS After 5 days, 14.0 uS and a heaviest, by far, Tyndall > >I have ever seen. > >The final product have zero taste. The electrodes have no darkening or > >coating what so ever. > >There was no sediments. > >The container was glass 2" in diameter by 7.5" high > >Electrodes 12 Ga, 5.5" sum merged. > >The voltage stay constant at 34V, there was no measurable current. > > > >This experiment was performed on a glass container, with electrodes, that > >were previously used (4 times) to make CS. > > > >The enormous Tyndall was due , in - today's- my opinion to: > >The release of silver particles from the container walls. > >Since silver clusters seem to be formed from several silver molecules so > >arranged as to present a negative charge to the outside world, when a > >positive charged electrode is introduced in the water, the particles > >trapped in the wall get released. > >For the high conductivity exhibited in that experiment I have no guess at > >this time. > > > >Experiment #2 > > > >Electrode: 6 feet long coiled on a 4 inches tight coil, wiped with clean > >paper towel and rinsed twice with DW. Never used before. > > > >Container : Glass 4" diameter, 4" deep, never used before. > > > >PS: 58 V Wall wart. no second electrode anywhere. > > > >Staring conductivity = 1.0 uS > >1 day = 1.7 uS > >3 days = 2.4 > >5 days = 3.3 uS > >7 days = 3.8 uS > >The meter was cleaned in DW before measurements. > >Very slight Tyndall in a dark room was noticed. > >There was no sediments, taste or change in the electrodes. > > > >This is not a very impressive show but the change in conductivity , still, > >must be explained without invoking Faraday or any electromagnetic > >phenomenon, since a microamp meter was connected from the electrode to the > >glass and no current was registered. > > > >This of course has no use as CS production goes, perhaps it can be used to > >clean container without solvents or touching them. > >Further investigations may help to answer some of the very perplexing > >questions found in the production of CS. > >Regards > > > >Peter R > > > > +----- Bentonite Clay for sale -----+ > http://pages.sbcglobal.net/davebe/clay.html > ¦ David Bearrow ¦ > ¦ dav...@sbcglobal.net ¦ > +---- Phone: (972)722-8319 ----+ > > -- > 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: silver-list@eskimo.com > > Silver-list archive: http://escribe.com/health/thesilverlist/index.html > > List maintainer: Mike Devour <mdev...@eskimo.com>
