If you look at slide 36, he seems to be supplying H2/H2O into the hot chamber not far from the electrodes. When the system is pretty cold, perhaps H2 is added as the atmosphere so that it is everywhere in the chamber when he starts discharging through the Ag droplets. After it gets to several hundred C, perhaps then the H2O is introduced and would instantly become high temperature steam which would also be present as an atmosphere around the droplets when they are fired.
Since he is injecting molten Ag droplets from a molten Ag reservoir with an EM pump, colloidal Ag is not possible - except, as you say, for keeping up his health. On Sun, Feb 7, 2016 at 11:32 AM, Russ George <[email protected]> wrote: > As a high school freshman I won a blue ribbon at a science fair for my > electrostatic generator wherein I dropped water drop by drop past my two > electrical contacts which in turn made a tiny neon tube light up in a > flash. > > > > Perhaps Randy has been dropping drops of water with colloidal silver. From > his healthy appearance on camera he doesn’t have a case of argyria, so he’s > not been taking too much of the medicinal colloidal silver internally. > > > > I am ever more convinced that what is being produced is ‘cooled fusion’ > perhaps hydrino cooled fusion. > http://atom-ecology.russgeorge.net/2016/02/04/cooled-fusion/ > > > > *From:* Bob Higgins [mailto:[email protected]] > *Sent:* Sunday, February 7, 2016 8:02 AM > *To:* [email protected] > *Subject:* [Vo]: BLP demo video > > > > When Mills described his latest device, it wasn't clear to me how he was > delivering the water along with his molten silver droplets. In the > previous incarnation of his machine, he has porous solid pellets that were > delivered into the discharge with water in the porosity. Now he has > switched to droplets of molten silver as his "Mills catalyst" and discharge > switch. From what I can gather from analysis of the pictures of his > machine, he introduces hydrogen and/or water directly into the large > reaction chamber - either of which would be a gas cloud in the reaction > chamber after startup heating. With the explosive convection created by > the discharge through the silver drops, evaporating them, it is not clear > how much hydrogen or water vapor is actually in the discharge area. It > left me with a couple of questions: > > Did Mills ever show the discharge without the water vapor or hydrogen for > comparison? I.E. would plain silver behave the same? > > Does Mills' catalytic action to shrink the hydrogen require that the > silver and hydrogen both be present in the discharge or would it be enough > to have the hot silver vapor co-mingled with the hydrogen or water to cause > the catalytic release of energy? >
