The hypothesis that I would like to see tested in the water cluster theory of cavitation. This idea goes as follows: Cavitation produces water clusters of H2O, H, and O atoms in various configurations
http://en.wikipedia.org/wiki/Water_cluster Evanescent *surface plasmon polariton* nano - reactions will then produce over unity heat generation in the cat converter. If the solutions of water clusters are pre prepared via cavitation, addition types of nano-particles can be included in the colloid that from which the HHO is generated. Potassium carbonate would be a good addition to that colloid. Different nano-particle combination colloid mixtures could be tested that vary in particle micro/nano size and/or chemical composition; for example, single and multiple wall carbon nanotubes, and Bucky balls are a must to try. On Fri, Mar 21, 2014 at 3:47 PM, Jones Beene <[email protected]> wrote: > *From:* Jed Rothwell > > > > That is great! I have been thinking for a long time that catalytic > converts should be used in cold fusion. They are engineered to be robust, > and to expose all of the catalytic metal to the gas. > > Off the shelf hydrogen filters have been used to good effect. Hydrogen > filter palladium is engineered to be robust. In this case, to withstand > high loading without cracking. > > > > If the gain is really from LENR then it makes more sense to use hydrogen > from a tank - there is no need for electrolysis and the risk of explosion > from HHO. And no need for a very expensive hydrogen filter. And no need for > oxygen either. > > > > Of course, many of the proponents think that HHO as a mixed gas is more > potent than is the same amount of H2 from a tank, but that is not proved. > > > > A meaningful experiment to test for LENR would be an Arata - Cravens type > of unpowered experiment with low pressure hydrogen filing a sealed > catalytic converter (flushed of air so no combustion). > > > > Do you get a small temperature gain with no power input? > > > > Based on Cravens demo, there could be a significant thermal gain given the > very large amount of catalyst in contact with H2. > > >
