Wherever the input power resistor is, its gradual surface deterioration and fractal cracking will accelerate the flow of electric current along the outside of the resistor, increasing the direct transfer of heat energy into the input cooling water, 2 cc/sec into a perhaps 200 cc interior volume, so 1 % mass of the contained H2O is forced in as liquid by the input pump every second, while 1 % of the contained H2O mass exits every second as a complex chaotic mixture of hot water, froth, bubbles, mist, invisible dry steam, H2 and O2 from water electrolyzed by the electric currents on the surface of the heating resistor -- the thermometer happens to be in a hot spot that measures a location within the chaos that is, well, hotter... always possible for there to be a stable hot spot in a complex fractal chaos witch's pot.
For too high input electric power, the resistor corrosion results eventually in direct shorting, arcing, and explosion, as Rossi admits happened 17 times, if my feeble wits be trusted... Be careful, O ye would rush to run your very own witch's pot! In mutual service, Rich Murray rmfor...@gmail.com 505-819-7388 On Thu, Jul 21, 2011 at 5:28 AM, Daniel Rocha <danieldi...@gmail.com> wrote: > Damon, > > This is what I tried to explain before. Discussing about wetness of > the steam is a moot point. The mass of  liquid in any of those video > is visually less 5%, if that much. More than that, the liquid hose > would pour bubbles. But forget about it, people won't listen to this. > It seems they forgot these experiments can still have hidden power > sources.
